FIBC Jumbo Bag – Complete Guide, Types & Specifications
What Is an FIBC Jumbo Bag?
The jumbo bag or the bulk bag or flexible intermediate bulk container (FIBC Jumbo Bag) is one of the most efficient, cost effective and versatile forms of packaging used to transport the dry bulk materials.
The maximum and minimum weight that can be transferred through these woven polypropylene bags is 500 kg to 2000 kg; this is why such bags are vital in agriculture, chemicals, construction, mining, food processing industries among others.
As demand is rising across the globe, particularly with the manufacture of the FIBC bags, jumbo bags, and so on, the buyer would have to know the specifications, types, safety concerns, and test requirements before making a purchase.
This point-by-point guide will ensure that you select the appropriate FIBC jumbo bag in business.
FIBC jumbo bag is a huge but flexible bag constructed out of a woven polypropylene (PP) fabric.
These bags will have the ability to store, lift and safely transport the bulk materials of heavy weight.
Technical definition:
A Flexible Intermediate Bulk Container (FIBC) is a polypropylene woven container of 500 to 2000 kg, that has been designed to be mechanically handled using lifting loops mounted on forklifts or cranes.
Common names globally:
- Jumbo bag
- Bulk bag
- FIBC bag
- Big bag
- Super sack
Why FIBC Bags Are Used
Companies choose FIBC jumbo bags because they are:
- Lightweight yet high-strength
- Reusable and recyclable
- Weather-resistant
- Cost-effective vs drums or cartons
- Safe for storing powders, granules, flakes, and fertilizers
FIBC Jumbo Bag vs Regular Jumbo Bags
Although they are both employed to store large quantities, the FIBC Jumbo Bags are not similar to the conventional jumbo bags in their durability, compliance and handling capabilities.
Frequent bags can be easily torn during the heavy loading, but in the case of the FIBC bags, they are UN-certified, and they are tested under loads that assure safety of industrial materials.
Comparison Table:
| Feature | FIBC Jumbo Bag | Regular Jumbo Bag |
|---|---|---|
| Material Strength | High-density woven polypropylene | Standard polypropylene or fabric |
| Load Capacity | 500–2,000+ kg | Up to 1,000 kg |
| Safety Standards | UN Certified | Usually no certification |
| Reusability | Can be reused multiple times | Limited reuse |
| Customization | High (liners, loops, discharge spouts) | Low |
Components of an FIBC Jumbo Bag
An FIBC jumbo bag consists of several critical components. Each part impacts the bag’s safety, load capacity, and performance.
1 Woven Polypropylene Fabric
- Made from high-strength PP tapes
- Fabric weight typically 160–240 GSM
- UV-stabilized for outdoor use
- Can be coated (laminated) or uncoated
Coated fabric: Protects from moisture and fine-powder leakage
Uncoated fabric: Used for grains, stones, fertilizers
2 Lifting Loops
These are essential for loading and unloading.
Popular loop configurations:
- 4-loop bags (most common)
- 2-loop bags
- 1-loop bags (used for cement, fertilizer industry)
- Stevedore straps (extra lifting option for containers)
Loop materials:
- Polypropylene multifilament yarn
- High-tenacity polyester
3 Filling Options (Top Construction)
Different industries need different filling methods:
Open Top
- Basic design
- For products not requiring sealing
Spout Top
- Circular spout for controlled filling
- Used for powders, resins, fine chemicals
Duffel Top / Skirt Top
- Full opening
- Easy filling
- Can be tied or closed with a rope
Flap Top
- Full cover sheet
- Protects materials from dust and moisture
4 Discharge Options (Bottom Construction)
Flat Bottom
- Most economical
- Product must be manually removed
Spout Bottom
- Easy drainage
- Used for sand, flour, sugar, powders
Full Discharge / Conical Bottom
- For sticky materials
- No wastage
5 Inner Liners
A liner provides:
- Moisture protection
- Air tightness
- Contamination prevention
Types of liners:
- LDPE liners
- Aluminum liners (for moisture-sensitive products)
- EVOH barrier liners
3. Types of FIBC Jumbo Bags (A, B, C & D)
Electrostatic safety matters—especially when handling powders.
Here is an in-depth understanding:
1 Type A FIBC Bags
- Standard, non-conductive bags
- No electrostatic protection
- Made from plain PP fabric
Use for:
Materials that do not cause sparks, such as:
✔ Sand
✔ Gravel
✔ Rice
✔ Fertilizers
✔ Limestone
Avoid using for: flammable powders or gases.
2 Type B FIBC Bags
- Similar to Type A
- Do not ignite explosive dust clouds
- BUT cannot dissipate static electricity
Use for:
✔ Dry powders that do not produce flammable vapors
✔ Food grains
Do not use for:
Flammable environments.
3 Type C FIBC Bags (Conductive Bags)
- Made with conductive threads
- Must be grounded during filling/discharging
- Prevent electrostatic buildup
Use for:
✔ Chemicals
✔ Pharmaceutical powders
✔ Combustible materials
Safety note:
Ungrounded Type C bags can cause explosions.
4 Type D FIBC Bags (Anti-Static Bags)
- No grounding required
- Prevent brush discharges
- Most advanced and safest
Use for:
✔ Petrochemical powders
✔ Hazardous materials
✔ Fine flammable dust
4. FIBC Jumbo Bag Specifications Explained
Knowing specs helps you choose the right bag for your application.
1 Fabric GSM
Common range: 140–240 GSM
Higher GSM = stronger bag.
2 SWL (Safe Working Load)
Standard weight categories:
- 500 kg
- 1000 kg
- 1500 kg
- 2000 kg
Choose SWL based on:
- Product density
- Handling method
- Stack height
3 Safety Factor (SF)
Measures the strength of the bag.
- 5:1 → Single use
- 6:1 → Multi-trip / Reusable
- 8:1 → Heavy-duty, special applications
International standards often require:
- ISO 21898
- UN certification
4 Shape Options
- U-panel bags
- Circular bags
- 4-panel bags
- Baffle bags (ideal for maximizing container space)
5 Printing & Branding Options
FIBC bags can be printed with:
- Company logo
- Product information
- Safety warnings
- UN certification numbers
FIBC Jumbo Bag Applications (Industry-Wise Use Cases)
FIBC jumbo bags are used across 20+ industries. Here are the main sectors:
1 Agriculture
- Seeds
- Pulses
- Wheat
- Rice
- Grains
- Fertilizers
Benefits:
- Prevents external contamination
- Fast loading & unloading
- Ideal for exports
2 Food Industry
- Flour
- Sugar
- Salt
- Spices
- Starch
- Edible powders
Need:
Food-grade certified FIBC with cleanroom manufacturing.
3 Chemical Industry
- Plastic granules
- Resins
- Polymers
- Petrochemicals
- Fertilizer powders
Often need Type C or Type D bags.
4 Construction
- Sand
- Cement
- Aggregates
- Crushed stones
Best choice:
High-strength 4-loop, 1-ton jumbo bags
5 Pharmaceuticals
- Fine powders
- Active pharmaceutical ingredients
Needs:
- Anti-static (Type C or D)
- Cleanroom production
6 Mining
- Ores
- Minerals
- Limestone
- Silica sand
Needs:
- Strong SWL (up to 2000 kg)
- UV protection
FIBC Bag Testing & Quality Standards
Manufacturers follow strict international testing procedures.
1 Top Lift Test
Bag is filled to SWL and lifted for 5 minutes.
2 Drop Test
Filled bag dropped from 30 cm height.
3 Tear Test
Ensures fabric resists ripping under load.
4 UV Testing
Simulates sunlight exposure.
5 Cyclic Load Test
Repeated lifting cycles to check durability.
6 UN Certification
Required for:
- Dangerous goods
- Hazardous chemicals
Ensures the bag meets global safety standards.
Why Choose an FIBC Bags Manufacturer in India?
India is the largest exporter of jumbo bags due to:
1 High-quality polypropylene
Indian PP is known for strength and consistency.
2 Cost-effectiveness
Prices are 30–40% lower than Europe/USA.
3 Advanced manufacturing
- Cutting
- Weaving
- Lamination
- Printing
- Liner insertion
- UN testing
4 Custom designs
Manufacturers provide:
- Size customization
- Logo printing
- SWL variations
- Industry-specific designs
How to Choose the Right FIBC Jumbo Bag (Buyer’s Checklist)
Before ordering, evaluate:
✔ Product type
Powder, granule, flakes, food, chemical?
✔ Weight per bag (SWL)
500 kg, 1 ton, 1.5 ton?
✔ Safety factor
5:1? 6:1? 8:1?
✔ Electrostatic safety
✔ Weather conditions
Outdoor storage needs UV protection.
✔ Liner requirement
Moisture-sensitive materials need liners.
✔ Top & bottom design
Spout, duffel, flap, open?
FAQs About FIBC Jumbo Bags
1. What is the full form of FIBC?
Flexible Intermediate Bulk Container.
2. How much weight can a jumbo bag carry?
450 kg to 2000 kg depending on fabric GSM and design.
3. What are jumbo bags used for?
To store and transport bulk materials like grains, sand, chemicals, powders, minerals, fertilizers, resins, etc.
4. Can FIBC bags be reused?
Yes — 6:1 safety factor bags are reusable.
5. Which FIBC type is best for powders?
Type C or Type D bags according to the requirements of electrostatic safety.
6. Are FIBC bags waterproof?
Not by default.
For moisture protection → Use coated fabric + liners.
7. Are FIBC bags recyclable?
Yes, they are made of 100% PP material.
Conclusion
FIBC Jumbo Bag is very crucial in every industry that requires bulk handling of materials in a safe and effective manner. Such bags have unparalleled strength, flexibility, cost and safety over drums, sacks or wooden crates.
Do you require jumbo bags, bulk bags, FIBC bags, or manufacturer of FIBC bags in India? And you do not have a clear picture of the types, specifications, safety aspects and scope of application to make the right purchase decisions.
An appropriate chosen FIBC jumbo bag will:
- Reduce packaging cost
- Improve handling efficiency
- Ensure safe transport
- Protect materials
- Increase profitability
Flexible Intermediate Bulk Container Bags (FIBC Bags): Complete Guide for 2026
Flexible Intermediate Bulk Container bags (FIBCs) are woven polypropylene bags designed to safely transport 500–4,000 lb (225–1,800 kg) of dry bulk material.
These bags are not generic plastic sacks, they are custom-crafted to carry a lot of weight, discharge without any movement, UV and long term storage.
A 28-year plant manager tells you the updated specifications as at 2025-2026, UN-certified load tests, cost-saving tips, and the buying tips of an expert so that you can save freight costs up to 32 percent without loss in products.
What Are Flexible Intermediate Bulk Container Bags (FIBCs)?
FIBCs are bulk containers that are constructed of woven polypropylene, constructed to:
- Bulk solid, powder, and granule transportation that is safe.
- Easy handling with forklifts or hoists
- Reusable and stackable storage
They find application in such industries as agriculture, food, chemicals, mining, pharmaceuticals.
| Term | Industry Meaning | Floor-Level Translation |
|---|---|---|
| Flexible | Fabric folds flat | Save 80% storage vs. rigid IBCs |
| Intermediate | 500–4,000 lb (225–1,800 kg) | One bag ≈ 10 × 25 kg sacks |
| Bulk Container | Holds free-flowing solids | Cocoa nibs, frac sand, fishmeal |
Common Look-Alikes That Are NOT FIBCs:
25 kg paper valve sacks – burst at ~80 kg
PE-lined landscape "jumbo bags” – SWL only 300 kg
Anti-static types A, B, C, D – straight from the guy who wrote the standard
| A | plain PP | none | sand, gravel |
| B | thin dielectric film | none | flour, sugar (prevents brush) |
| C | conductive tapes | mandatory <10⁷ Ω | solvents, resins |
| D | dissipative yarns | not needed | pharma, fine chem |
Pro Tip: If relative humidity drops below 50%, switch to Type C or D, even for “safe” products like sugar.
11 Critical Numbers We Certify on Every Lot
Every lot is tested and certified to ensure safety and compliance.
| Specification | Value | Notes |
|---|---|---|
| Safe Working Load (SWL) | 1,500 kg | 5:1 safety factor → 7,500 kg rupture |
| UV Life | 1,600 h @ 150 kLy | ≈ 12 months Florida sun |
| Fabric Weight | 180 g/m² ±5 % | Ensures tensile strength |
| Seam Tensile | ≥ 1,050 N | ASTM D4884 |
| Static Decay (Type C) | <0.5 s | IEC 61340-4-4 |
| Food Contact | EU 10/2011 & FDA 177.1520 | Safe for food-grade bulk |
| Top Spout Diameter | 35 cm ±2 mm | Ensures consistent filling |
| Loop Tensile | ≥ 2,900 N each | Handles heavy lifting |
| Dust-Proof Stitching | 7 stitches/inch, 1,200 D thread | Minimizes contamination |
| Pallet Pack Height | 120 cm | 1,000 bags per pallet |
| Net Tare Weight | 2.1 kg | Liner adds 0.25 kg |
Rupture Test Proof: 1 bag per 500 is destroyed on a 50 kN Lloyd tester. A 1,500 kg SWL bag ruptured at 7,620 kg, proving overbuild.
Buying Guide: How to Choose the Right FIBC
1. Match Bag Type to Material
- Powders: Type B or C for anti-static protection
- Granules: Type A for non-static materials
- Chemicals & Pharma: Type D for fine or hazardous powders
2. Consider SWL vs. Safety Factor
A 5:1 safety factor ensures that bags are overbuilt for unexpected loads.
3. Verify Certification
- UN-certified for transport of hazardous goods
- ISO-compliant manufacturing processes
4. Check UV and Weather Resistance
- If stored outdoors: UV life ≥ 1,500 h
- Covers or liners for rain, sunlight, and dust
5. Inspect Stitching and Fabric Weight
- Minimum 7 stitches per inch with high-denier threads
- Fabric weight ≥ 180 g/m²
6. Evaluate Cost-Per-Trip
- Over multiple trips → savings from reusable FIBCs
- Heavier bags → more expensive upfront
FIBC Advantages at a Glance
| Feature | Benefit | Example |
|---|---|---|
| Foldable & Flexible | Space-efficient storage | 5,000 empty bags per pallet |
| Heavy Load Capacity | Safe transport of 500–4,000 lb | 1,500 kg SWL bags tested to 7,620 kg |
| Reusable | Reduced operational cost | Multiple trips per bag |
| Customizable | UV-resistant, food-grade, printed logos | Pharma, chemicals, grains |
Maintaining FIBC Quality
- Store off the ground to avoid moisture damage
- Inspect loops and stitching before each trip
- Clean bags before reuse, especially for food-grade applications
- Replace UV-exposed bags after 12–18 months
Frequently Asked Questions About FIBCs
What is the Safe Working Load (SWL) of an FIBC?
Most standard FIBCs are designed with a Safe Working Load (SWL) of 1,500 kg, using a 5:1 safety factor.
This means that while the bag can safely handle 1,500 kg of material, the fabric itself only ruptures at approximately 7,500 kg, ensuring a significant safety margin.
Can FIBCs be reused?
Yes. When well maintained, FIBGs can be re-used several times. Before reusing, it is important to check any holes in the stitching, loops, and the fabric to see whether or not it is worn or destroyed.
The life of the bag can be prolonged through proper handling and storage which will reduce the overall costs of operation.
Which FIBC type is suitable for powders prone to static?
Type C FIBCs with conductive tapes are required in the case of powders that produce a static electricity.
Fine chemicals and pharmaceutical powders can also be packed in type D bags with dissipative yarns and this is particularly effective when the relative humidity is less than 50%.
Are FIBCs safe for food products?
Absolutely. FIBCs that meet the EU 10/2011 and FDA 177.1520 are safe to food grade products, including sugar, grains, and cocoa nibs.
To ensure further hygiene, liners are possible to avoid contamination and assure products quality.
How long can FIBCs last outdoors?
Every project can last between 12 to 18 months in direct sunlight in UV-resistant FIBCs. Its durability is determined by the weight of the fabric and the intensity of the UV.
Bags kept inside in an environment without access to UV radiations, moisture as well as harsh temperatures will have a much longer life.
How should FIBCs be stored?
Store FIBCs off the floor, not in direct sunlight, rain or excess moisture to maximize lifespan and ensure the safety of the product.
Do not over-stack bags above recommended heights of pallets because the bags can be deformed and lessen the performance.
Can FIBCs be used for hazardous chemicals?
Yes. The UN-certified FIBCs are actually meant to carry hazardous materials.
Under the conditions of shipping hazardous goods, it is always necessary to make sure that the type of bag, the grounding, and the certifications correspond to the type of material that is being delivered.
What materials can be shipped in FIBCs?
FIBCs are suitable with free flowing solids, granules, powders and flakes.
Typical ones are sugar, flour, cocoa nibs, frac sand, fishmeal, among other large volumes of agricultural, chemical, or construction products.
How do I choose the right FIBC supplier?
In choosing a supplier, seek transparency, certification (ISO, UN, FDA/EU compliance), technical advice and readiness to supply sample bags.
A small test before a bulk order will make sure that the bag fits your needs and operational quality.
Conclusion
FIBCs are much more than just large plastic bags. They are very designed, strong and efficient ways of carrying bulk goods safely.
By knowing the types, certifications and specifications of the FIBCs, buyers can save a lot of money as a result of freight, prevent the products against contamination or harm, as well as assure adherence to the safety and food grade requirements.
The reuse of FIBCs, the correct type of the collection and proper storage guarantees the maximum life and cost-saving.
The type of FIBC to use, combined with the best practice, is a sure way of receiving safe (and reliable) bulk shipping, regardless of what you are transporting agricultural products, chemicals, pharmaceuticals, or construction materials.
Pro Tip: When buying in large quantities, never neglect to ask to have certified load tests, technical data sheets and confirmation of manufacturer specification.
An effectively selected FIBC is a cost-effective investment, which is rewarded by saving costs, expediency, and product security.
Jumbo Bags: Complete Guide to Types, Uses, Specifications & How to Choose the Right One
What Are Jumbo Bags?
Jumbo bags or Flexible Intermediate Bulk Containers (FIBC bags) are large durable polypropylene bags used in storing and transportation of bulk materials like grains, chemicals, fertilizers, construction material, plastic granules, and minerals.
They are programmed to be able to hold 500 kg to 2000 kg without breaking or damaging thus they are also one of the most economical industrial packaging in the world.
Unlike small packaging bags, jumbo bags reduce manpower, loading time, wastage, and transportation costs — which is why industries prefer them today.
Why Jumbo Bags Are Popular: Real-World Benefits
These benefits are based on practical, actual usage in industries:
1) Huge Cost Savings
One jumbo bag replaces 20–40 small sacks, reducing packaging cost and labour time.
2) Safe Handling & Storage
The rightly sewn FIBCs ensure that the products are not leaked, contaminated, or wet.
3) Reusable & Eco-Friendly
Most jumbo bags are recyclable. Some can be reused depending on safety factors (SFR).
4) Easy to Transport Bulk Material
Jumbo bags can be loaded and off loaded very fast by use of forklifts, cranes or hooks.
5) Custom-Made for Your Material
You can choose specifications such as:
– Fabric GSM
– Coating
– UV protection
– Liner
– Loops
– Spout design
This makes jumbo bags adaptable for food, pharma, agriculture, construction, mining, chemical and more.
Types of Jumbo Bags
Most buyers get confused because websites show too many technical terms.
Here is a simple, practical explanation:
1. U-Panel Jumbo Bags
Made using two side panels and a bottom panel shaped like a U, giving strong support for heavy material.
Best for:
✔ Cement
✔ Sand
✔ Minerals
✔ Plastic granules
2. Circular Jumbo Bags
Woven in a tube form, so no vertical seams on the body. Ideal for fine powders because fewer stitch holes.
Best for:
✔ Powder chemicals
✔ Flour, sugar
✔ Light-density materials
3. Four-Panel Jumbo Bags
Made with four stitched panels for strong vertical support.
Best for:
✔ High-weight materials
✔ Sharp edged materials
4. Baffle Jumbo Bags (Q-Bags)
Contain “baffles” inside that maintain shape and improve stability.
They save up to 30% more space during shipping because the bag doesn’t bulge.
Best for:
✔ Food grade items
✔ Rice, flour, sugar
✔ Export shipments
Key Specifications You MUST Check Before Buying Jumbo Bags
This is where most buyers get confused.
Here is a simple expert-style checklist:
1. SWL (Safe Working Load)
How much weight the bag can safely carry — 500kg to 2000kg.
2. SFR (Safety Factor Ratio)
5:1 (single use) or 6:1 (multiple use/reusable).
For detailed technical guidelines on SFR and load testing, you can refer to the official FIBC safety standards.
3. Fabric Material & GSM
Higher GSM = more strength.
4. Coated vs Uncoated Fabric
• Coated bags prevent moisture
• Uncoated bags for general materials
5. Loops Type
• 2 loops
• 4 lifting loops
• Cross-corner loops
Your loading method decides the correct loop type.
6. Liner (Inner Poly Liner)
Used when product must not touch the outer PP fabric.
Required for:
– Food
– Fine powder
– Hygroscopic materials
7. UV Protection
Very important for outdoor storage.
Uses of Jumbo Bags Across Industries
These are real, practical use-cases from industries:
Agriculture
✔ Grain storage
✔ Seeds, fertilizer, animal feed
Chemical Industry
✔ Powder chemicals
✔ Plastic granules
✔ Mineral powder
Food Industry (Food-Grade Bags)
✔ Sugar
✔ Flour
✔ Salt
✔ Spices (with liners)
Construction & Mining
✔ Cement
✔ Sand
✔ Stones
✔ Metal powder
How to Choose the Right Jumbo Bag
1. Know your product material
Powder? Granule? Moisture sensitive?
Your product type defines fabric, liner, and coating.
2. Know how the bag will be handled
Forklift? Crane? Manual?
This decides loop style.
3. Ask for a test report
A genuine manufacturer will share:
✔ SWL test
✔ UV test
✔ Top lift test
This is a trust signal.
4. For export – choose baffle bags
They save container space and improve cargo stability.
5. Evaluate safety ratio
Use 5:1 for single use
Use 6:1 for reuse
Why Good Manufacturing Matters
A high-quality jumbo bag depends on:
- Fabric weaving quality
- Stitching accuracy
- Loop strength
- Clean production environment
- ISO/FSSC certification (if food-grade)
Poor-quality bags burst during transport — causing massive product loss.
That’s why choosing the right manufacturer is critical.
Who Should Buy Jumbo Bags?
This blog is specially written for:
✔ Manufacturers
✔ Exporters
✔ Traders
✔ Logistics companies
✔ Agriculture and food industries
✔ Chemical & construction industries
Jumbo bags are the most economical and secure way of packing when dealing with bulk materials.
Conclusion: Are Jumbo Bags the Right Packaging for You?
Yes, jumbo bags would be the most appropriate in case you want to have safe, cost-effective, and efficient bulk packaging.
They minimize the man power, damage to products and decrease the transportation cost.
After reading this guide, you now understand:
✓ Types of jumbo bags
✓ How they are used
✓ Key specs you must check
✓ How to select the right type
Flexible Intermediate Bulk Container (FIBC)
The flexible Intermediate Bulk Containers, also referred to as, FIBCs bulk bags, jumbo bags, flexible intermediate bulk containers, are now the standard worldwide when it comes to transportation and storage of dry and flowable bulk materials.
They are the most preferred in industries in terms of strength, cost-effectiveness and versatility in sectors like agriculture, chemicals, construction, food processing and mining.
This is a full-fledged guide to history, manufacturing, types, applications, benefits, frequently asked questions, and why Pursuit is one of the reputable companies in the proposed solutions of the FIBC.
Flexible Intermediate Bulk Container
History
The introduction of flexible intermediate bulk containers started in the 1940s, and became widely used by industrial application in the 1960s.
FIBCs are woven polypropylene based and thus soon substituted the traditional methods of packaging, such as drums, paper sacks, and rigid IBCs, because of the lightweight, strong, and malleable design.
Manufacturing
The production of modern FIBC is very accurate to provide the product with strength, safety and that it meets international standards.
Raw Material
Woven polypropylene (PP) is mostly used as the material of FIBCs. Good quality PP granules are melted and extrusion is done to create flat tapes.
Tape Extrusion
Polypropylene resin is melted and drawn into tapes and wrapped around bobbins. These are tapes that constitute the main framework of the bulk container.
Weaving
The tapes are woven by the circular or flat weaving machines in order to produce powerful and thick fabric that will sustain weight up to 500 kg to 2000+ kg.
Lamination (if applicable)
Certain flexible intermediate bulk containers are laminated against moisture in order to protect fine powders, chemicals and hygroscopic items – these are frequently used in the storage of hygroscopics.
Cutting and Printing
The branding, safety and handling instructions and the woven fabric are printed to the size.
Sewing and Assembly
Stitched patterns, panels, loops, filling spouts and discharge spouts, make up the entire bag of the FIBC.
Quality Control and Testing
Each FIBC undergoes:
- Load testing
- Drop testing
- UV resistance testing
- Safety factor testing (5:1 or 6:1)
- Anti-static performance testing (for Type B, C, and D FIBCs)
For a full overview of bulk packaging, you can also read our Ultimate Guide to FIBC Bags: Types, Uses, Benefits & Specifications.
What are flexible intermediate bulk containers?
A flexible intermediate bulk container is an industrial bulk bag that is comprised of woven polypropylene, which is used to hold and transport dry, flowable substances such as grains, powders, sand, chemicals, and minerals.
These bags have the capacity to hold a thousand times their weight hence being very efficient.
To know FIBC meaning and full form, check our dedicated guide: FIBC Full Form: Flexible Intermediate Bulk Container (Meaning, Types & Uses Explained).
What is the difference between IBC and FIBC?
| Feature | IBC (Rigid) | FIBC (Flexible) |
|---|---|---|
| Structure | Hard plastic or metal | Flexible woven polypropylene |
| Weight | Heavy | Lightweight |
| Storage | Requires more space | Collapsible & compact |
| Cost | High | Cost-effective |
| Applications | Liquids & chemicals | Dry bulk products |
What is an intermediate bulk container?
An intermediate bulk container (IBC) is a container with large capacity that is used to store or transport bulk material. These containers are of the flexible type, which are known as FIBEs.
What are the different types of FIBC bags?
FIBCs come in several structural variations:
- U-panel bags
- Circular bags
- 4-panel bags
- Baffled bags
- Single-loop & double-loop bags
Materials Used in FIBCs
- Polypropylene fabric
- Conductive threads (for Type C FIBCs)
- PE liners (for powders or food-grade material)
- UV-stabilizing additives
Types of FIBCs
Below are the industry-standard types:
Here are some common types of FIBCs:
- Type A FIBC
- Type B FIBC
- Type C (Conductive) FIBC
- Type D (Antistatic) FIBC
Flexible intermediate bulk container types
01. Type A flexible intermediate bulk containers (no electrostatic protection)
Primary Uses for Type A FIBCs:
- Sand
- Gravel
- Non-flammable materials
Do NOT use for:
- Flammable powders
- Combustible atmospheres
02. Type B FIBC bulk container bag (Surface breakdown voltage < 6 kV)
Primary Uses of Type B FIBCs:
- Dry, flammable powders
- Materials that don’t release high levels of static
Do NOT use for:
- Environments containing flammable gases
03. Type C flexible intermediate bulk container (Grounded & electrically conductive)
Type C conductive FIBCs main uses:
- Solvents
- Chemicals
- Explosive environments
Do NOT use for:
- Situations where grounding cannot be guaranteed
04. Type D bulk container bags (CROHMIQ static dissipative or antistatic)
Type D antistatic FIBCs uses:
- Highly combustible powders
- Locations where grounding is impractical
We have covered each bag type in detail here: Types of FIBC Bags: Complete Guide to FIBC Bag Types, Uses & Specifications.
Flexible Intermediate Bulk Containers Manufacturers
Pursuit Industries, one of India’s trusted and professionally recognized FIBC manufacturers, brings years of real production experience, advanced polypropylene processing systems, and globally compliant quality standards.
With expertise across Type A, B, C, and D bulk bags, Pursuit ensures consistent strength, safety, and customization for industries like chemicals, agriculture, construction, food processing, and mining.
Our ISO-certified manufacturing environment, rigorous testing, and customer-focused approach make Pursuit a reliable partner for high-performance Flexible Intermediate Bulk Containers.
If you want to explore the entire manufacturing process of jumbo bags, check our article: Jumbo Bags (FIBC Bags): Complete Guide, Types, Sizes & Manufacturing.
Benefits of using Pursuit as FIBC manufacturers
- Strict material quality control
- Advanced manufacturing environment
- Food-grade and pharmaceutical compliance
- Ability to customize bulk containers
- Global supply capability
- High durability and strength
For food-safe packaging solutions, refer to our guide: Food-Grade FIBC Manufacturers in India — Complete Guide.
Why Choose Pursuit As Your FIBC Bags Manufacturer?
Pursuit provides highly competitive and sustainable global compliant, flexible solutions to intermediate bulk container, which can be customized and environmentally friendly and sustainable to all industries.
How do flexible intermediate bulk containers compare to other solutions?
Replacing Paper Containers
FIBCs carry tons of product, replacing thousands of paper bags.
Replacing Plastic Carrying Containers
Lighter, safer, and eco-friendly.
Enhancing Shipping Containers
FIBCs maximize container space and reduce product handling.
Replacing or Enhancing Hoppers
Ideal for powders and granules.
Replacing or Enhancing Liquid Loaders
With liners, FIBCs can safely hold liquids.
Replacing or Enhancing Liquid Containers
Reduces cost and improves efficiency.
What Are the 5 Most Common Types of FIBC Bags?
Understanding FIBC Types
Different materials require different construction. The top 5 types include:
Top 5 Different Types of FIBC Bags
1. U-Panel Bulk Bags
Three-panel design with high strength.
2. Circular Bulk Bags
Seamless tubular body — excellent shape retention.
3. 4-Panel Bulk Bags
Offers maximum stability.
4. Baffled Bulk Bags
Perfect for space-saving & shape retention.
5. Single Loop and Double Loop Bags
Used in agriculture and fertilizer industries.
Other Considerations When Choosing a Flexible Bulk Container Type
Top Style
Open top, duffle top, spout top.
Coated vs Uncoated
Coated: prevents moisture.
Uncoated: breathable for agricultural use.
Lift Loops
Single-loop, double-loop, 4-loop.
Static Protection
Choose Type A, B, C, or D based on industry safety needs.
Which Type of Bulk Bag Is Right for You?
Depends on:
- Material type
- Safety requirements
- Industry
- Handling environment
Industry-Specific FIBC Bulk Bag Use Cases
Benefits of Pursuit’s FIBC Containers
1. Superior Durability and Strength
Engineered with high-tensile PP fabric.
2. Compliance with Strict Standards
ISO, FSSC, and food-grade certifications.
Every bag is produced under ISO management systems, FSSC food-safety frameworks, and verified food-grade certifications, ensuring reliability for sensitive industries.
3. An Eco-Friendly Solution
Reusable, recyclable, and reduces packaging waste.
4. Versatility Across Different Applications
Suitable for dry, powdered, granular, and semi-flowable products.
Applications in Various Industries
1. Chemical Industry
Static-protected FIBCs for safe handling.
2. Construction
Cement, sand, aggregate transport.
3. Agriculture
Seeds, grains, fertilizers.
4. Food Industry
Food-grade bulk bags with liners.
5. Mining
Ore, minerals, and metal powders.
For detailed industry applications and FIBC solutions, read: Leading FIBC Bags Manufacturer in India — High-Quality Bulk Packaging Solutions.
How to Select the Right Pursuit FIBC Container for Your Industry
- Identify material behavior
- Check for static hazards
- Decide on loop and top/bottom styles
- Confirm environmental requirements
Benefits of FIBC :
Cost-Effective Transportation and Storage
Carries up to 2 tons at minimal cost.
Space Efficiency
Collapsible and stackable.
Customizable
Available in multiple sizes, coatings, and loop styles.
Environmentally Friendly
Reusable and recyclable.
Improved Safety
Reduces manual handling.
Versatility
Suitable for countless applications.
Ease of Handling
Forklift and crane-friendly.
Protection from Contamination
PE liners ensure hygiene.
Global Compliance
Meets ISO, UN, and industry standards.
Reduced Packaging Waste
Less disposal compared to sacks or boxes.
Frequently Asked Questions
1. What is a Flexible Intermediate Bulk Container (FIBC)?
A Flexible Intermediate Bulk Container (FIBC) is a large, woven polypropylene bag designed for storing and transporting dry, flowable bulk materials such as grains, sand, fertilizers, chemicals, powders, and construction materials. It is also known as a bulk bag, jumbo bag, or super sack.
2. What is an Intermediate Bulk Container (IBC)?
An Intermediate Bulk Container (IBC) is a rigid, reusable industrial container used for transporting liquids, semi-liquids, chemicals, oils, and other fluid-based materials. Most IBCs are made from HDPE plastic with a protective steel cage.
3. What is the difference between FIBC and IBC?
The principal distinction is the content and use:
- FIBC Flexible, woven polypropylene bag of dry material.
- IBC Rigid tank-like containers are containers of liquids and fluid materials.
FIBCs are able to fold when empty whereas IBCs do not.
4. What are the common sizes of FIBC bags?
FIBC bags are available in large sizes which are custom made, though most common dimensions are:
- 90 × 90 × 110 cm
- 95 × 95 × 125 cm
- 100 × 100 × 120 cm
Capacity ranges from 500 kg to 2000 kg, depending on the bag type.
5. What are the standard sizes of Intermediate Bulk Containers (IBC)?
Common IBC tank sizes are:
- 1040 liters (275 gallons)
- 1250 liters (330 gallons)
They are very commonly applied in the field of chemicals, food and industries.
6. What materials are FIBC bags made of?
FIBC bags are made from woven polypropylene (PP) fabric.
They may consist of:
- Coating (lamination)
- Filling/discharge spouts
- Baffles
- Electrostatic protection (Type C / Type D)
7. What industries use FIBC bags?
FIBCs are commonly used in:
- Agriculture
- Chemicals
- Construction
- Food processing
- Mining
- Pharmaceuticals
- Fertilizers
- Plastic resins & powders
8. Are FIBC bags reusable?
Yes, it is possible to use some of the FIBC bags again, however, they should be:
- Multi-purpose (Multi-trip FIBC) certified.
- Handled properly
- Inspected for damage
- Cleaned as per standards
FIBs that have been used single time (one trip) are not reusable.
9. What are the different types of FIBC bags?
Common types include:
- U-panel bags
- Circular bags
- Baffle bags (Q bags)
- Ventilated bags
- Conductive Type C bags
- Anti-static Type D bags
Every type is specific to industries.
10. How much weight can an FIBC bag carry?
FIBC bags normally have 500kg to 2000kg according to:
- Bag design
- Fabric strength
- Safety factor (SF 5:1 or 6:1)
11. Can FIBC bags be customized?
Yes, they can be customized for:
- Size
- Fabric strength
- Liner type
- Printing
- Spouts (filling & discharge)
- Colors
- Baffles or conductive properties Special features
12. Why are FIBC bags preferred in industries?
Because they offer:
- High strength
- Lower cost
- Easy handling
- Lightweight and foldable structure
- Customization
- Safe bulk material storage
They also minimize the wastes of packaging, and storage space.
13. What is the lifespan of an FIBC bag?
An average one-time-use FIBC remains in service one cycle of handling, whereas reusable bags can be used in several trips, again, depending on maintenance and environmental factors.
14. Are FIBC bags safe for food products?
Yes–There are Food-grade FIBC bags.
They are manufactured in clean-room plants, according to:
- GMP (Good Manufacturing Practices)
- HACCP guidelines
- ISO 22000 standards
15. What certifications are important for FIBC manufacturers?
Common certifications include:
- ISO 9001 (Quality Management)
- ISO 22000 / FSSC 22000 (Food Safety)
- UN Certification for hazardous goods
Jumbo Bags (FIBC Bags): Complete Guide, Types, Sizes & Manufacturing
Jumbo Bags commonly referred to as FIBC (Flexible Intermediate Bulk Containers) has emerged as the surest and cost effective method of transporting and storing bulk materials.
These are industrial grade bags which have a capacity of carrying heavy weights of between 500 kg and 2000 kg making them suitable in manufacturing, agriculture, chemicals, construction and export businesses.
In the modern supply chain systems, 1 ton jumbo bags and other high strength FIBG bags have taken the form of a global standard since they are durable, safe, and cost-effective.
This all inclusive guide explains all about Jumbo Bags, their types, uses, sizes, costs and the reason why businesses use them.
Introduction to Jumbo Bags (FIBC Bags)
A Jumbo Bag is a large, woven polypropylene (PP) bulk bag used for storing and transporting powder, granules, flakes, and other bulk materials.
These bags are strong, reusable, and designed for heavy-duty industrial applications.
They are also called:
- FIBC Bags
- Bulk Bags
- Big Bags
- Intermediate Bulk Containers
- 1 Ton Bags
Jumbo Bags are widely used because they:
- Reduce packaging cost
- Carry large volumes in a single bag
- Are lightweight yet extremely strong
- Safe lift/Transport Forklifts or cranes.
Industries use them in preference in fertilizers, grains, cement, minerals, chemicals and sand, aggregates, polymers among others.
For high-quality bulk packaging solutions, manufacturers like https://pursuitind.com/ supply premium-grade Jumbo Bags across multiple industries.
Types of Jumbo Bags
Standard FIBC Jumbo Bags
These are the most common bags used in industries for 500 kg to 2000 kg material carrying capacity. Types include:
- Circular Jumbo Bags
- U-Panel Jumbo Bags
- Four-Panel Bags
- Baffle Bags
These bags are widely supplied by companies such as Leading FIBC & Jumbo Bag Manufacturer for bulk packaging.
Specialty Jumbo Bags
Special packaging industries use these advanced variants:
- Conductive / Type C Bags – Prevent static electricity
- Antistatic / Type B Bags
- Food Grade Jumbo Bags – For sugar, grains & food products
- UN Certified Bags – For hazardous materials
- Ventilated FIBC Bags – For potatoes, onions & vegetables
Single & Two Loop Jumbo Bags
Used mostly in fertilizers, seeds, and cement industries. They are ideal for crane and hook lifting.
Plastic & Poly Jumbo Bags
These include:
- Jumbo Poly Bags
- Jumbo Plastic Bags
- Polyethylene-lined FIBC Bags
- Jumbo Polythene Bags
Jumbo Garbage Bags
Used for industrial waste, municipal waste, and large-scale disposal operations.
Jumbo Bean Bags & Other Variants
These include:
- Jumbo Bean Bags
- Jumbo Bean Bag with Beans
- Bean Bag Jumbo Size
These are consumer products but fall under the keyword category.
Jumbo Bag Sizes & Dimensions
Sizes vary based on volume, capacity, and application.
Most Common Sizes:
- 1 Ton Jumbo Bag – 90 x 90 x 110 cm
- 1 Ton (Large Volume) – 95 x 95 x 125 cm
- 500 kg Bag – 75 x 75 x 90 cm
- 2000 kg Bag – 105 x 105 x 135 cm
Typical range of dimensions:
- Length: 80–120 cm
- Width: 80–120 cm
- Height: 90–180 cm
Manufacturing Process of Jumbo Bags
FIBC bags are produced in several phases:
Raw Material Preparation
Polypropylene granules of good quality are woven.
Fabric Weaving
Circular weaving or flat weaving machines create woven PP fabric.
Cutting & Printing
Fabric is cut precisely, and custom branding is printed.
Stitching & Loop Attachment
Strength stitching is high so that it holds loads.
Liner Insertion
PE liners may be inserted for moisture-sensitive products.
Testing & Certifications
Global manufacturers like Pursuit follow:
- ISO standards
- Food-grade certifications
- UN hazardous material standards
Top Jumbo Bag Manufacturers in India
India is one of the world’s biggest exporters of FIBC bags. Leading manufacturers supply domestic and export markets.
Major Manufacturing Regions
- Gujarat
- Maharashtra
- Rajasthan
- Tamil Nadu
Industries Using Jumbo Bags
Jumbo Bags are used globally across:
Agriculture
- Seeds
- Grains
- Fertilizer
- Animal feed
Construction
- Cement
- Sand
- Concrete mix
- Aggregates
Chemicals & Minerals
- Powdered chemicals
- Minerals
- Pigments
- Polymers
Food & Pharma
Food-grade bags are used for hygienic packaging.
Waste Management
Large jumbo garbage bags help with bulk waste storage.
Bitumen Packaging
Companies like Pursuitind supply 1-ton and FIBC bags for bitumen and industrial chemicals.
Applications & Use Cases
Jumbo Bags are used alongside systems like:
- Jumbo Bag Filling Machines
- Jumbo Bag Packing Systems
- Jumbo Bag Unloading Systems
- Conveyor-based filling solutions
These machines enhance speed and safety in bulk operations.
Technical Specifications of Jumbo Bags
GSM Range
120–240 GSM depending on strength requirement.
SWL (Safe Working Load)
500 kg – 2000 kg.
Safety Factor (SF)
Standard: 5:1
Heavy-duty reusable: 6:1
Loop Types
- Corner loops
- Cross corner loops
- Sleeve lift loops
Bottom Designs
- Flat bottom
- Spout discharge
- Conical discharge
Jumbo Bag Branding & Companies
Pursuit Industries – A Trusted Manufacturer for High-Quality Jumbo Bags
When it comes to premium, export-quality Jumbo Bags, Pursuit Industries stands out as one of the most reliable manufacturers in India.
Pursuit Industries specializes in producing strong, durable, and customizable FIBC Jumbo Bags that meet the requirements of multiple industries including construction, agriculture, chemicals, minerals, polymers, bitumen, and food-grade applications.
Why Pursuit Industries Is Trusted for Jumbo Bags?
✔ High-Strength Material
Pursuit uses top-grade woven polypropylene (PP) fabric with excellent load-bearing capacity for 500 kg to 2000 kg materials.
✔ Customized FIBC Bag Designs
They offer multiple types of jumbo bags such as:
- U-panel bags
- Circular woven bags
- Baffle bags
- Food-grade bags
- UN certified bags
- Liner-integrated bags
✔ Advanced Manufacturing Excellence
The company follows strict quality standards including:
- ISO-certified processes
- Multi-level fabric inspection
- UV stabilization
- International export guidelines
✔ Trusted Across Industries
Industries rely on Pursuit for:
- Fertilizers
- Minerals & powders
- Grains & seeds
- Cement & sand
- Bitumen handling
- Chemical packaging
✔ Bulk & Export Capabilities
Pursuit Industries has strong production capacity, ensuring timely supply for both domestic and international markets.
✔ Reliable Customer Service
Their team provides complete support—from selecting the right bag type to custom sizing, printing, and logistics assistance.
Rishi FIBC Solutions Pvt. Ltd.
One of India’s leading FIBC manufacturers with a strong global export presence.
They specialize in food-grade bags, conductive bags, UN bags, and ventilated jumbo bags.
Known for strict hygiene standards and advanced manufacturing technology.
Singhal Industries Pvt. Ltd.
A major producer of PP woven packaging materials including Jumbo Bags, PP sacks, liners, and HDPE products.
They offer customized FIBC solutions for chemicals, agriculture, construction, and industrial bulk packaging.
Bulk Corp International
Recognized for export-quality FIBC bags across Europe, the Middle East, and the USA.
They manufacture a wide range of Jumbo Bags such as U-panel, circular, baffle bags, and pallet-based bulk bags, all meeting global quality standards.
Related Jumbo Bag Products
- PP Woven Bags (25–50 kg)
- HDPE Bags
- Multi-wall paper bags
- FIBC liners
- Sling bags
- Pallets
- Two-loop bulk bags
These complement Jumbo Bag packaging solutions.
How to Store, Handle & Transport Jumbo Bags
Forklift Handling
Use loops for safe lifting.
Palletization
Bags must be stored on pallets in dry areas.
Safety Guidelines
Avoid dragging or dropping bags.
UV Protection
UV-stabilized fabric increases outdoor storage life.
Jumbo Bags vs Other Packaging Solutions
| Packaging Type | Capacity | Cost | Safety | Reusability |
|---|---|---|---|---|
| Jumbo Bags | Very High | Low | High | Yes |
| Plastic Bags | Low | Medium | Low | No |
| Drums | Medium | High | High | Yes |
| Cartons | Low | Low | Medium | No |
Jumbo Bags offer the best cost-to-capacity ratio.
FAQs
Q1. What is a jumbo bag?
A big PP woven bag that was used to transport 500-2000 kg materials.
Q2. What is the size of a 1 ton jumbo bag?
Typically 90x90x110 cm, but customizable.
Q3. What is the price of a jumbo bag?
Individual prices of between 250-900 per type and strength.
Q4. Which is the most appropriate jumbo bag company in India?
Industrial buyers prefer reliable manufacturers like https://pursuitind.com/ for bulk and export supply.
Conclusion – Why Choose FIBC Jumbo Bags?
Jumbo Bags represent the best package in the bulk material packaging across industries, which is economical, secure, and long-lasting.
They have a high load capacity, can be custom made, and are strong woven constructions which make them suitable to be used in long distance transportation and bulk storage.
Manufacturers like https://pursuitind.com/ play a vital role in supplying high-strength, export-quality FIBC Jumbo Bags suitable for chemicals, agriculture, construction, food, and bitumen industries.
Whether you need 1 ton jumbo bags, food-grade FIBCs, UN certified bags, or custom bulk packaging, Jumbo Bags continue to be the most dependable solution in 2025 and beyond.
Bitumen
Premium Bitumen Solutions for Modern Infrastructure – Pursuit Industries
Pursuit Industries proudly participated in the 5th Edition of the Global Road Construction Conference 2025, showcasing our complete range of high-performance Penetration Grade Bitumen and Viscosity Grade Bitumen designed for modern infrastructure and heavy-duty road applications.
Our bitumen solutions are engineered to deliver exceptional stability, durability, and performance under varying climatic and traffic conditions. With consistent quality and international certifications, Pursuit Industries supports large-scale construction companies, road contractors, and government infrastructure projects worldwide.
Penetration Grade Bitumen
Our Penetration Grade Bitumen is formulated to meet international standards, offering excellent binding strength, temperature resistance, and long-lasting pavement performance.
Available Grades:
- 40/50
- 50/70
- 60/70
- 70/100
- 85/100
- 160/220
➤ Bitumen 40/50
Characteristics:
- Hard grade
- Best for extremely hot climates
- Highly resistant to rutting
Applications:
- Heavy-duty pavements
- National highways
- Sea-port roads
- Industrial zones
➤ Bitumen 50/70
Characteristics:
- Balanced hardness
- Good resistance to traffic stress
- Suitable for hot to moderate climates
Applications:
- Standard highways
- Asphalt concrete
- Base & binder courses
➤ Bitumen 60/70
Characteristics:
- Most widely used penetration grade
- High durability
- Excellent adhesion
Applications:
- Flexible pavements
- Expressways
- Airport runways
- General road construction
➤ Bitumen 70/100
Characteristics:
- Softer than 60/70
- Suitable for cold regions
- Prevents cracking
Applications:
- Cold-climate roads
- Asphalt surface dressing
- Rural roads with low–medium traffic
➤ Bitumen 85/100
Characteristics:
- Soft and flexible
- Better low-temperature performance
- Reduces brittleness
Applications:
- Northern/cold regions
- Cracking-resistant pavements
- Maintenance works
➤ Bitumen 160/220
Characteristics:
- Softest grade
- Very high penetration
- Used where flexibility is needed
Applications:
- Freeze-prone areas
- Surface treatments
- Premix carpets and light-traffic roads
Applications:
- Wearing courses & surface dressing
- Asphalt pavements
- National highways
- Airport runways
- Dense bitumen macadam (DBM)
- Wearing courses & surface dressing
Viscosity Grade Bitumen (VG Bitumen)
Viscosity Grade Bitumen is widely used across India and the Middle East due to its consistent quality and reliable performance in hot climates and heavy traffic conditions.
Available Grades:
- VG-10
- VG-20
- VG-30
- VG-40
➤ VG-10 Bitumen
Characteristics:
- Low viscosity
- Best for cold and rainy regions
- Easy to spray and mix
Applications:
- Surface dressing
- Cold-climate roads
- Bitumen emulsions manufacturing
➤ VG-20 Bitumen
Characteristics:
- Medium viscosity grade
- Suitable for moderate climate conditions
- Good resistance to rutting
Applications:
- Semi-dense bituminous concrete
- State highways
- Base & binder courses
➤ VG-30 Bitumen
Characteristics:
- Most commonly used viscosity grade
- High viscosity & strength
- Suitable for heavy traffic
Applications:
- National highways
- Airport runways
- Hot mix asphalt (HMA)
- Heavy-load roads
➤ VG-40 Bitumen
Characteristics:
- Highest viscosity
- Extremely strong & durable
- Ideal for industrial and high-load zones
Applications:
- Industrial roads
- Container yard roads
- Toll expressways
- High-temperature regions
Applications:
- Flexible pavements
- High-traffic highways
- Industrial and commercial paving
- Hot Mix Asphalt (HMA) manufacturing
Why Choose Pursuit Industries?
- Premium & consistent quality bitumen
- Global supply capability
- Bulk packaging options: drums, tankers, bitutainers
- Technical assistance for grade selection
- Export-ready documentation & logistics support
Contact Us for Bulk Orders & Export Pricing
For technical datasheets, bulk supply, or country-specific export requirements — contact Pursuit Industries today.
Types of FIBC Bags: Complete Guide to FIBC Bag Types, Uses & Specifications
In case you are looking into the variety of FIBC bags, there are four main types of bags: Type A, Type B, Type C, and Type D, which are to provide the different degrees of the electrostatic protection and even the specific industrial use.
These jumbo bags (also referred to as big bags, super sacks and jumbo bags) are applied in agriculture, chemicals, food, pharmaceutical, construction, and mining to handle bulk material safely.
What Are FIBC Bags? (Flexible Intermediate Bulk Containers)
Definition
Flexible Intermediate Bulk Containers Bags (FIBC) The bags are very large woven polypropylene bags that are used to store, transport and manipulate bulk material in the form of powders to granules to aggregates.
What They Are Made Of
They are produced in woven polypropylene (PP), which makes them lightweight, strong, waterproof as well as adjustable to suit different industrial needs.
Common Names
- Bulk Bags
- Jumbo Bags
- Big Bags
- Tote Bags
- Super Sacks
Where They Are Used
FIBC bags are widely used in:
- Agriculture
- Chemical & Petrochemical industries
- Construction
- Food & Pharma
- Mining & Minerals
- Plastic granules & resin industries
FIBC Full Form
FIBC means Flexible Intermediate Bulk Container
How Many Types of FIBC Bags Are There?
There are four major types of FIBC bags based on electrostatic safety classification:
- Type A – Standard, non-conductive
- Type B – Low breakdown voltage
- Type C – Conductive, grounding required
- Type D – Anti-static, no grounding required
Why This Classification Matters
This category guarantees the safety in the process of working with flammable materials, powdery substances, and the environment where the person may become a source of a current.
When to Choose Which Type
- For general materials → Type A
- For dry powders with surface discharge risk → Type B
- For flammable environments → Type C
- For industries needing safety without grounding → Type D
Types of FIBC Bags (Electrostatic Classification)
Type A FIBC Bags (Standard, Non-Conductive)
Construction
Made from plain woven polypropylene without special electrostatic properties.
Safe Uses
The product is appropriate in non-flammable goods like:
- Sand
- Gravel
- Plastic granules
- Cement
Not Suitable For
- Handling flammable powders
- Areas of exposures to explosive vapors.
Industries
Construction, mining, agriculture, general industrial use.
Type B FIBC Bags (Low Breakdown Voltage)
Difference vs Type A
Type B bags look similar to Type A but have low breakdown voltage (<6kV) to prevent energetic propagating brush discharges.
Limitations
Still not safe for environments having flammable gases/vapors.
Best Applications
- Dry powders
- Fertilizer
- Starch
- Pharmaceuticals
- Fine chemicals
Type C FIBC Bags (Conductive, Groundable Bags)
When Grounding Is Required
These bags must be grounded during filling and discharge to eliminate static charges.
Industries Using Type C
- Petrochemical
- Pharmaceuticals
- Chemical powders
- Explosive environments
Safety Requirements
- Always connect to grounding system
- Regular resistance testing
- Only used in controlled industrial setups
Type D FIBC Bags (Anti-Static, No Grounding Required)
CROHMIQ / Dissipative Fabric Explanation
Made from antistatic fabrics such as CROHMIQ, which safely dissipates static charges without grounding.
Ideal Conditions
Best suited for industries where grounding is difficult or impossible.
Benefits Over Type C
- No grounding needed
- Safer for operators
- Higher efficiency in fast-paced environments
FIBC Bag Construction Styles (Shape & Build Types)
U-Panel Bags
Made from three panels: one U-shaped panel + two sides.
- Strong structure
- Economical
- Widely used
4-Panel Bags
Four panels stitched together.
- Better shape retention
- Ideal for stacking
Circular (Tubular) Bags
Woven in a circular loom; minimal seams.
- Stronger
- No side seams
- Used for fine powders
Baffle (Q Bags / Form-Stable Bags)
Internal baffles maintain cube shape.
- Maximum space efficiency
- Best for container loading
- Reduces bulging
Top Styles of Flexible Intermediate Bulk Containers
Loop Varieties
1-Loop FIBC
Used mainly for fertilizer & cement.
2-Loop FIBC
Suitable for crane or hook lifting.
4-Loop FIBC
Most common; used with forklifts.
Cross-Corner Loops
Easy lifting when bag is full.
Corner Loops
Standard lifting option for most industries.
Top Closures
Open Top
For easy filling of materials like sand, stones, grains.
Spout Top
For precise filling of powders.
Duffle Top
Offers full opening and closure flexibility.
Conical Top
Ideal for sticky or flow-challenged materials.
Bottom Discharge Types
Plain Bottom
For single-use bags with no discharge needs.
Discharge Spout
Controls material release.
Duffle Bottom
Quick and wide unloading.
Conical Discharge
For sticky powders & fine materials.
FIBC Bag Specification Options
- GSM (fabric weight)
- Coated vs Uncoated
- SWL (Safe Working Load: 500 kg–2000+ kg)
- SF (Safety Factor: 5:1, 6:1, etc.)
- Inner Liners (PE liners for moisture protection)
- Fabric Types (uncoated, laminated)
- Printing & Branding (logo, instructions, barcode)
Applications & Industries Using Different Types of FIBC Bags
- Agriculture & seeds
- Fertilizers
- Chemicals
- Food ingredients
- Pharma powders
- Cement, sand & aggregates
- Mining & minerals
- Plastic granules
- Recycled materials
- UN-certified hazardous products
How to Choose the Right Type of FIBC Bag
1. Consider Material Type
Powders, grains, granules, or hazardous material.
2. Load Capacity & SWL Requirements
Choose bags based on your required safe working load.
3. Flammability & Static Needs
Select between Type A, B, C, or D.
4. Storage & Handling Conditions
Stacking, humidity, method of transportation.
5. Environmental Factors
UV protection, exposure to moisture, exposure to dust.
Advantages of FIBC Bags (Why Businesses like Bulk Bags)
- Cost-effective
- High safety & strength
- Reusable & recyclable
- Space-saving
- Easy transportation & handling
- Reduced packaging waste
Frequently Asked Questions (FAQ)
What does FIBC stand for?
Flexible Intermediate Bulk Container.
Which type of FIBC is safest for flammable materials?
Type C (with grounding) and Type D (without grounding).
Do Type C bags always require grounding?
Yes, grounding is mandatory.
Can Type D bags be used outdoors?
Yes, if UV-stabilized.
What is the most common FIBC bag type?
4-loop standard Type A bulk bag.
Conclusion: Which Type of FIBC Bag Is Right for You?
The selection of the appropriate type of FIBC bag is based on the type of product, the risk at rest, the loading method, and the level of safety in the industry.
Type A is applicable in most general products. With powders and chemicals Type B, C or D may be required based on flammability and non-flammability conditions.
Why Choose Pursuit for FIBC Bags?
- Custom sizes, GSM & print options
- High-strength PP fabric
- Custom manufacturing
- Global supply capacity
- Food-grade & pharma-grade production
- ISO & UN-certified options
Intermediate Bulk Container (IBC): Types, Uses, Design, Safety & Industry Applications
Packaging solutions in the world used in the industrial sectors are safe, efficient, and cost effective. The Intermediate Bulk Container (IBC) is one of the solutions which have revolutionized the storage and transport of bulk materials.
IBCs are known to be very durable, have high capacity and are multifunctional in the sense that they have found use in most industries including the chemicals industry, food industry, pharmaceutical industry, agriculture sector, petrochemical industry, waste water treatment and many more.
This is the ultimate guide to intermediate bulk containers with all the information about the type, design, materials used, benefits, usage, safety, cleaning, reconditioning, lifecycle, sustainability effect and other key purchasing decisions.
What Is an Intermediate Bulk Container?
An Intermediate Bulk Container (IBC) is a reusable or single-use, industrial grade container that is used in the safe storage, handling, and transportation of liquids, semi-liquids, viscous, powders, pastes, and granulated substances.
The design of IBCs allows them to be very space-saving due to their high volume capacity, and their footprint size is comparable to a pallet.
Common Features of IBCs
- Cube-shaped design
- Capacity between 500 to 3000 liters
- Stackable frame
- Pallet-compatible base
- Top filling cap and bottom discharge valve.
- Constructed of economical substances (HDPE, steel, stainless steel, composite).
Why Are They Called “Intermediate”?
They fall between:
- Small drums (200L)
- Large tank containers (20,000L+)
Hence the name intermediate bulk container.
History & Evolution of Intermediate Bulk Containers
The solution to a significant industrial problem was the invention of IBCs:
The way to carry more bulk of items without the inefficiency of small drums and the rigidity of large tanks.
Key Milestones
- 1960s-1970s: Metal IBCs on chemicals were invented.
- 1980s: HDPE plastic IBCs were introduced.
- 1990s: Composite caged IBCs gain international standard.
- 2000s: Flexible IBCs (FIBCs) transform the process of handling dry bulk.
- 2020s: IBCs with RFID sensor tracking and internet of things sensors come in.
In the current day, IBCs have become indispensable in industries in which safety, efficiency and compliance are paramount.
Types of Intermediate Bulk Containers
There are various types of IBCs based on material, structure and purpose. A breakdown is provided below.
Rigid Intermediate Bulk Containers
Rigid IBCs are tough, strong units that are composed of:
- High-density polyethylene (HDPE)
- Carbon steel
- Stainless steel
- Composite (steel + plastic)
Features
- Integrated pallet base
- Stackable frame
- Ideal for hazardous and non-hazardous materials
- Capacities: 275 gallons (1040L) & 330 gallons (1250L) are most common
Applications
- Chemicals
- Oils
- Food liquids
- Pharmaceuticals
- Petrochemicals
Rigid IBCs have the greatest durability and have a life span of years when well maintained.
Collapsible Intermediate Bulk Containers
Collapsible IBCs have the ability to creep down when not in use and this saves on return-shipping cost as well as storage space up to 75%.
Benefits
- Space-saving
- Hygienic (replaceable liners)
- Lightweight
- Ideal for food-grade and pharma products
Industries
- Cosmetics
- Pharmaceuticals
- Dairy
- Beverage manufacturing
They usually contain inner bags of plastic and an outer frame that can be reused.
Caged Intermediate Bulk Containers
Caged IBCs are the most widely used IBC type globally.
Structure
- Blow-molded HDPE inner bottle
- Galvanized steel cage exterior
- Pallet base (wood, steel, or plastic)
- Top fill port (150mm or 225mm)
- Bottom discharge valve (2-inch)
Advantages
- Affordable
- Easy to maneuver
- Ideal for liquids & chemicals
- Reusable
- Available as:
- New
- Rebottled (new bottle + used cage)
- Reconditioned (cleaned and reused both)
Such industries as agriculture, paints, chemicals, food ingredients, and detergents are controlled by such IBCs.
Flexible Intermediate Bulk Containers (FIBCs)
Also known as:
- Big bags
- Jumbo bags
- Bulk bags
- Super sacks
Features
- Made from woven polypropylene
- Designed for dry, flowable materials
- Capacity: 500 kg to 2000 kg
- Options:
- U-panel
- 4-loop
- Circular
- Baffle bags
- Conductive bags (for static-sensitive materials)
Used For
- Grains
- Sugar
- Fertilizer
- Sand
- Minerals
- Plastic granules
FIBCs are quite lightweight, cost-effective and ideal with bulk dried goods.
Materials Used to Manufacture IBCs
The choice of material lies on its chemical compatibility, stability and cost, and other factors based on the industry needs.
High-Density Polyethylene (HDPE)
Most common material for plastic IBCs.
Benefits
- Resistant to chemicals
- Lightweight but strong
- Food-grade variants available
- BPA-free
- Cost-effective
HDPE can be used in general chemicals, water, non-corrosive liquids, and beverages.
Carbon Steel IBCs
Used for:
- Oils
- Solvents
- Petrochemicals
- Industrial liquids
Advantages
- High structural strength
- Good for flammable liquids
- Long lifespan
- Easy to repair
Stainless Steel (304/316)
Applied in the industries that require purity and corrosive industries.
Benefits
- Hygienic
- Corrosion-proof
- Perfect for food and pharmaceuticals
- Withstands extreme temperatures
Used for winery, distilleries, dairy, pharmaceuticals, and acids.
Composite IBCs
Made from:
- HDPE inner tank
- Steel cage outer body
Blends the toughness of steel and the chemical resistant attribute of plastic.
Engineering Design of IBCs
IBCs follow a highly engineered design to maximize space, efficiency, and safety.
Key Design Features
- Cube shape → 25% more capacity than cylindrical drums
- Stackable frame → Multiple IBCs can be stored vertically
- Pallet base → Compatible with forklifts and pallet jacks
- Top fill port → Quick loading
- Bottom discharge valve → Easy unloading
- Four-way forklift access
- UN/DOT certification for hazardous materials
IBIS needs to be subjected to strict tests that ensure the test is durable and spill-free.
Advantages of Using Intermediate Bulk Containers
The IBCs have numerous advantages over drums, barrels, and other industrial packaging solutions.
Space Efficiency
- Cube design utilizes warehouse space better
- Stacks easily
- 1 IBC = 5 drums (approx.)
Better Transport Efficiency
- Reduced shipment cost
- Pallet-sized footprint
- Easy handling with forklifts
Enhanced Safety
- UN approved hazardous materials.
- Designed to prevent leaks, spills, and contamination
Versatility
Stores:
- Liquids
- Powders
- Semi-solids
- Pastes
- Chemicals
- Food products
Cost Savings
- Reusable units
- Lower labor cost
- Reduced packaging waste
Environmental Benefits
- Many IBCs are recyclable
- Reconditioning programs reduce waste
- Lower carbon footprint than drums
Uses and Applications of Intermediate Bulk Containers
IBCs have applications across almost every industrial sector.
Chemical Industry
Used for:
- Acids
- Solvents
- Alkalis
- Hazardous liquids
- Detergents
- Additives
The certification of safety is essential in this industry.
Food & Beverage Industry
IBCs are used to transport:
- Corn syrup
- Fruit pulp
- Oils
- Vinegar
- Chocolate
- Juices
- Dairy ingredients
Stainless steel or food-grade HDPE is preferred.
Agriculture
Used for:
- Pesticides
- Fertilizers
- Liquid nutrients
- Animal feed liquids
FIBCs are used for dry products like grains.
Pharmaceutical & Cosmetics
Used for:
- Gels
- Lotions
- Liquid chemicals
- Intermediates
- Active ingredients
Cleanliness and hygiene standards are essential.
Petrochemical Industry
Stores:
- Fuel
- Lubricants
- Solvents
- Adhesives
- Resins
Carbon steel IBCs are common.
Water Storage & Treatment
Used for:
- Rainwater harvesting
- Emergency water supply
- Wastewater treatment
- Greywater systems
Aquaponics and hydroponics tend to use clean IBCs.
Construction & Mining
Used for:
- Sand
- Cement
- Aggregates
- Admixtures
FIBCs dominate this segment.
Choosing the Right Intermediate Bulk Containe
When selecting an IBC, consider:
Type of Product
- Liquids → Rigid or caged IBC
- Dry materials → FIBC
- Hazardous → UN-certified IBC
- Food → Stainless steel or food-grade plastic
Material Compatibility
Check chemical compatibility charts to avoid reactions.
Capacity Requirements
Common sizes:
- 500L
- 800L
- 1000L
- 1250L
- 1500L
New vs Reconditioned vs Rebottled
- New → Highest hygiene
- Rebottled → New bottle + used frame
- Reconditioned → Fully cleaned and reused
Industry Certification
Look for:
- UN/DOT
- IMDG
- FDA (for food grade)
- NSF
- ISO
Safety Standards for IBCs
Safety is a critical factor in the design and use of intermediate bulk containers.
Fire Safety
Plastic IBCs can melt in fire, releasing contents.
For flammable materials, use:
- Carbon steel IBC
- Stainless steel IBC
Handling Safety
- Always use forklifts or pallet jacks
- Follow weight limits
- Secure during transport
Labeling Requirements
Hazardous goods must display:
- UN number
- Hazard class
- Compatibility details
Leakage Prevention
Regular checks for:
- Valve integrity
- Cap tightness
- Cage stability
- Cracks or punctures
Maintenance, Cleaning & Reconditioning
Reconditioning prolongs life of IBCs and wastes are minimized.
Cleaning Process
- Emptying the container
- Steam or chemical cleaning
- Pressure washing
- Drying
- Inspection
- Valve replacement
- Leak testing
Reconditioning Types
- Rebottled IBC
- New plastic bottle + used cage
- Reconditioned IBC
- Cleaned bottle + cleaned cage
- Washed IBC
- Economical but not for sensitive materials
Environmental Impact & Sustainability
IBCs support sustainable industrial practices.
Environmental Benefits
- Reduced packaging waste
- Long service life
- Lower CO₂ output than drums
- Recyclable materials
- Supports circular economy
Future of Intermediate Bulk Containers
The future of IBCs includes:
- Smart IBCs with sensors
- Digital tracking (RFID, IoT)
- Stronger, lighter materials
- Enhanced safety features
- Sustainable manufacturing
Conclusion
The contemporary bulk material handling has turned into intermediate bulk containers. They are essential in almost all sectors of industries due to their durability, efficiency, versatility and safety.
IBCs are of incomparable value and performance whether they are involved in transportation of hazardous chemicals or storing of food ingredients and even in handling of dry materials.
Their affordability, space-saving nature, and the ability to fit into most industries make IBCs have the potential to remain a fundamental part of the global supply chain decades into the future.
FIBC Full Form: Flexible Intermediate Bulk Container (Meaning, Types & Uses Explained)
The FIBC full form is Flexible Intermediate Bulk Container.
- Flexible – The bag is soft-sided and foldable
- Intermediate – It carries 500–2,000 kg (medium/bulk capacity)
- Bulk – Used to store/transport bulk materials
The FIBC is a high capacity, robust, industrial bulk bag constructed of a woven polypropylene fabric, forming a bag that is used to facilitate, store and transport dry, flowing substances such as grains, powders, granules, sand, fertilizer, chemicals and building products.
They are lightweight, strong, recyclable and have a heavy capacity of up to 2,000–3,000 kg and therefore they are one of the most preferred bulk packaging solutions in the world.
This elaborate manual covers the definition of FIBC, varieties, manufacturing, dimensions, advantages, usage, safety standards and reasons why industries rely on the use of the bags.
What is an FIBC?
A Flexible Intermediate Bulk Container (FIBC) is an industrial all-purpose container to carry a bulk of material between 500 kg to 2000 kg.
Woven PP (polypropylene) fabric is used to make these bags and this provides the bag with high strength, flexibility, and durability.
The industries in which Fibc is mostly used include:
- Food & agriculture
- Chemicals
- Pharmaceuticals
- Construction
- Mining
- Plastics & resins
- Fertilizers
Their design allows easy lifting with forklifts, cranes, or pallet mechanisms, making them ideal for storage and transport.
Why Are FIBCs Called “Flexible Intermediate Bulk Containers”?
Every word in its entirety is meaningful:
1. Flexible
The bag material is of tough woven fabric which can be bent without snapping.
2. Intermediate
It is not too large or too small like sacks that are used by industries.
3. Bulk
Intended to transport high loads (in many cases more than 1 ton).
4. Container
It holds and carries such materials as a container though in a light form.
The name is ideal in describing the product.
Common Names for FIBC Bags
FIBCs can also be referred to as:
- Bulk Bags
- Jumbo Bags
- Super Sacks
- Big Bags
- Tote Bags
- WPP (Woven Polypropylene) Bulk Bags
These names are based on the usage in the regions yet they allude to the same product.
How FIBC Bags Are Made
FIBCs are made up of woven polypropylene of high strength. The production process usually entails:
- Extrusion of PP granules
- Weaving the polypropylene fabric
- Cutting and printing
- Sewing (U-panel, circular, or 4-panel design)
- Adding loops, spouts, or liners
- Quality testing for SWL and safety factor
Types of FIBC Bags
The knowledge of the kinds assists in choosing the appropriate bag depending on the material, environment and the static safety.
1. Type A — Standard FIBC
- No static protection
- For non-flammable products
- Used in general industries
2. Type B — Surface Breakdown Voltage
- Grabs propagating brush discharges.
- Applied to dry, combustible powders.
3. Type C — Conductive Bags
- knitted with conductive yarn.
- Should have a footing at the time of filling and discharge.
4. Type D — Anti-Static Bags
- Safe discharge of statical electricity.
- No grounding required
- Best suited in flammable surroundings.
FIBC Bag Designs
U-Panel Bags
U shaped design made of 3 panels; very common.
Circular Bags
Mostly woven in a tube form; no side seams.
4-Panel Bags
Constructed using four separate panels; holds its own better.
Baffle Bags (Form-Stable Bags)
Interior baffles are square in shape and space maximizing.
FIBC Liners
There are materials that need extra protection. Liners are added for:
- Food-grade products
- Moisture-sensitive materials
- Fine powders
- Chemical safety
Types of liners include:
- Form-fit liners
- Lay-flat liners
- Aluminum liners
- Conductive liners
Key Features of FIBC Bags
- High Safe Working Load (SWL) — 500 kg to 2000 kg
- UV-stabilized
- Moisture protection
- Reusable and recyclable
- Easy filling and discharge spouts
- Forklift-friendly loops
Applications of FIBC Bags
The industries that utilize the use of the FIBC bags are:
1. Agriculture
Grains, seeds, fertilizers, feed.
2. Chemicals
Powders, resin, pigments.
3. Construction
Sand, cement, gravel.
4. Food Industry
Sugar, flour, spices, starch.
5. Pharmaceuticals
API, bulk powders.
6. Mining
Minerals, ores.
Advantages of FIBC Bags
- Cheap in comparison with hard-packaged containers.
- Less storage space needed
- Light in weight yet very powerful.
- Adjustable in terms of size and functionality.
- Lower shipment and transport expenses.
- Reusable and eco-friendly
How to Choose the Right FIBC Bag
When selecting an FIBC, consider:
- Product type (powder, granules, food, chemicals)
- Required lifting style
- Static protection (Type A to D)
- Need for liners
- SWL & safety factor
- Filling & discharge mechanisms
- Environmental exposure
FIBC Full Form vs. Related Terms
| Term | Meaning |
|---|---|
| FIBC | Flexible Intermediate Bulk Container |
| Jumbo Bag | Common industrial name for FIBC |
| Bulk Bag | Refers to large capacity FIBC |
| Super Sack | Mainly used in the US |
| Big Bag | Commonly used globally |
FAQs About FIBC Full Form
1. What is the full form of FIBC?
Ans: FIBC stands for Flexible Intermediate Bulk Container.
2. Are FIBC and jumbo bags the same?
Ans: Yes, both refer to the same industrial packaging bag.
3. What material is used to manufacture FIBCs?
Ans: Woven polypropylene (PP).
4. What is the capacity of an FIBC bag?
Ans: Typically 500 kg to 2000 kg.
5. Why are FIBCs so popular?
Ans: They are strong, lightweight, reusable, and cost-efficient.
Conclusion
One of the most effective, reliable, and cost effective solutions in bulk handling of materials in any industry is the Flexible Intermediate Bulk Containers (FIBCs).
They are critical to contemporary industrial packaging because of their strength, customisability and versatility.
Food-Grade FIBC Manufacturers in India — Complete Guide
The world food supply chain is supported by safe packaging.
Whether exporting and/ or storing food ingredients (grains, sugar, salt, flour, starch, pulses, spices and edible powders) you will need to make sure your packaging requires zero contamination, zero exposure to moisture and one hundred percent hygiene.
This is where Food-Grade FIBC Bags become the No.1 choice globally.
India is a most reputable and largest food-grade FIBC manufacturer that supplies industries in USA, UAE, Europe, Australia and Africa with quality jumbo bags that are certified and meet the safety requirements ensuring export.
What Are Food-Grade FIBC Bags?
Food-grade FIBC bags are bulk packaging bags manufactured specifically for safe handling, transport, and storage of edible and food-related materials.
They are produced in clean, controlled environments to prevent:
- Contamination
- Dust & dirt exposure
- Microbial risks
- Foreign particles
- Odors or chemical contact
Companies that export food items require these bags for product safety and compliance with global regulations.
Why Food-Grade FIBC Bags Are Essential for Edible Products
Food products are extremely sensitive to:
- Humidity
- Bacteria
- Cross-contamination
- Packaging residue
- Insects
- Temperature
- Dust
A slight drop in hygiene can cause:
- Spoilage
- Infections
- Customer complaints
- Legal issues
- Shipment rejection
Jumbo bags with food grade are a barrier, keeping your product clean and exportable.
Key Features of High-Quality Food-Grade FIBC Bags
1. Manufactured in Hygienic Clean-Room Facilities
Quality manufacturers use:
- HEPA-filtered air control
- Pest-free controlled rooms
- Metal detection systems
- Cleaning & de-dusting stations
- Sanitized sewing zones
👉 To see examples of standard FIBC bags, visit: https://pursuitind.com/fibc-bags/
2. Compliant With Global Food Safety Standards
Reliable manufacturers follow:
- BRCGS (Food Safety Standard)
- ISO 22000 / HACCP
- GMP (Good Manufacturing Practices)
- FDA-compliant production processes
These certifications guarantee safe handling of edible goods.
3. Safe-contact fabric & components
The fabric, stitching, printing, loops, liners, and every component are selected to ensure:
- No chemical interference
- No odor transfer
- No contamination risk
4. Customization for Any Food Product
Foods have different handling requirements.
Manufacturers provide:
- Custom sizes
- Top & bottom options (spout, duffle, flap)
- Loops (side-seam, cross-corner, single loop)
- Liners for moisture-sensitive items
- Printing options
- Baffles for space optimization
Explore customizable bag options at: https://pursuitind.com/fibc-bags/
5. Strong for export handling
Food-grade bulk bags go through:
- Strength testing
- UV testing
- Lift test
- Drop test
- Seam inspection
This ensures safe transport across long distances.
Why India Is a Global Leader in Food-Grade FIBC Manufacturing
1. High-Quality Standards
Modern machines are used in Indian FIBC factories and they observe strict quality checks.
2. Competitive Pricing
India has cost-effective manufacturing which does not compromise on quality compared to USA and Europe.
3. Massive Export Network
Indian manufacturers export to:
- USA
- UK & Europe
- UAE
- Africa
- Australia
- South America
- Southeast Asia
4. Large Manufacturing Capacity
India has the world’s largest FIBC production zones, capable of supporting bulk and urgent orders.
5. Skilled Workforce
Manufacturing teams are trained in:
- Food hygiene
- Clean-room operation
- Quality inspections
- Packaging standards
Industries That Use Food-Grade FIBC Bags
Food-grade jumbo bags are used by:
- Rice mills & grain exporters
- Sugar manufacturing units
- Spices processors
- Salt manufacturers
- Flour mills
- Pulses exporters
- Coffee & cocoa industries
- Starch & powder businesses
- Animal feed suppliers
- Dairy powder companies
For industry-specific solutions, visit: https://pursuitind.com/industries-we-serve/
Types of Food-Grade FIBC Bag
1. Standard Food-Grade Bags
For grains, pulses, sugar, spices.
2. Baffle Bags
Ideal when you need shape stability and container optimization.
3. Bags With Liners
Appropriate to items that are sensitive to moisture such as starch or milk powder.
4. Conductive Type C Bags
Prevents static charge during handling.
5. Anti-static Type D Bags
Best for explosive and dust-prone environments.
Step-by-Step Manufacturing Process of Food-Grade FIBC Bags
A top-quality manufacturer follows this complete process:
Step 1: Material Preparation
To prevent contamination of the fabric, it is made according to food-safe guidelines.
Step 2: Yarn Extrusion & Weaving
Yarns are prepared and woven into fabric rolls used for bag body.
Step 3: Cutting & Printing
The cloth is cut to desired dimensions. Food-compliant safe inks are used in printing.
Step 4: Clean-Room Sewing Process
This includes:
- Air cleaning
- Dust removal
- Sanitized sewing machines
- Skilled workers wearing protective gear
This is the most important step in producing food-safe FIBC bags.
Step 5: Liner Fabrication (If Required)
Salt, starch, dairy powders and moisture sensitive food products are optional liners.
Step 6: Metal Detection & Quality Checks
Bags undergo:
- Metal detection
- Load test
- UV test
- Cleanliness check
- Visual inspection
Step 7: Final Packing
The bags are packed in uncontaminated containers that are well sealed to ensure that they are not contaminated in the process of transportation.
How to Choose the Best Food-Grade FIBC Manufacturer in India
1. Check Certifications
Prefer manufacturers with:
- BRCGS
- ISO 22000
- HACCP
- GMP
2. Inspect Manufacturing Environment
Ensure they have:
- Clean-room sewing
- Air filtration
- Pest control
- Metal detection systems
- Traceability records
3. Ask About Customization Options
Your manufacturer should offer:
- Custom dimensions
- Printing
- Loops
- Liners
- Baffles
- Safe working load options
4. Check Global Export Experience
A good manufacturer must understand export documentation & compliance.
5. Evaluate Communication & Support
Companies like Pursuit Industries offer excellent customer support and quick response times.
Know more: https://pursuitind.com/about-us/
Benefits of Food-Grade FIBC Bags
1. Ideal for Food Safety
Protects from impurities, microbial exposure, and dust.
2. Reduces Handling Costs
One bag can carry large volumes.
3. Easy to Transport
Forklift-friendly loops make stacking and movement simple.
4. Space-Saving & Efficient
Baffle bags help load more material in containers.
5. Eco-Friendly & Recyclable
Made from recyclable materials.
Applications of Food-Grade FIBC Bags
These bags are perfect for storing and exporting:
- Rice
- Wheat
- Sugar
- Salt
- Pulses
- Spices
- Coffee beans
- Cocoa powder
- Dry fruits
- Food-grade starch
- Dairy powders
- Additives & food ingredients
Why Importers Prefer Indian Manufacturers
- High-quality standards
- Better hygiene compliance
- Export-friendly documentation
- Competitive pricing
- Timely deliveries
- Advanced machinery
- Expertise in bulk manufacturing
FAQs
1. Are food-grade FIBC bags safe for direct food contact?
Yes, when produced under certified food-safe environments.
2. Can I request customized sizes and printing?
Yes, customization is available for all food-grade bags.
3. Which industries are the biggest users?
Rice, spices, grains, sugar, flour, salt, and powders.
4. Do Indian manufacturers export worldwide?
Yes, India exports to more than 30+ countries.
5. Are liners compulsory?
They are optional but recommended for moisture-sensitive items.
Conclusion
The production methods, clean room, world safety standards and competitive pricing have made India one of the most desired destinations of food grade FIBC bags in the world.
In need of a good supplier, Pursuit Industries is one of the reputable manufacturers in the provision of:
- High-quality FIBC bags
- Food-safe production
- Clean-room facility
- Custom packaging solutions
- Global export support