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FIBC/Big Bags

Introduction

FIBC/Big Bags

FIBC (Flexible Intermediate Bulk Containers) are most popular form of bulk goods packaging bags in market. FIBC Bags are commonly known as Big bags, Jumbo Bags, Bulk Bags which are used for transporting various types of industrial materials.

FIBC’s are three dimensional bags made for weight carrying capacity ranging between 0.5 ton to 2 ton (sometimes more) and are made of flexible UV stabilised woven fabric.

Why Choose

FIBC/Big Bags

The FIBC Big bags has fabric that is flexible & facilitates the material with the space that it demands. Moreover, the FIBC jumbo bags we manufacture are tailor-made & thus fulfill the demands of the customer in the best ways possible. 

Expert Team

Our expert team specializes in manufacturing high-quality PP woven fabrics, ensuring exceptional durability and versatility for diverse industrial applications.

Fast Service

Our efficient processes ensure rapid production of high-quality, durable polypropylene woven fabrics, meeting your urgent needs promptly.

Customer Support

Our customer-centric approach ensures responsive assistance throughout the production process, addressing your specific needs and concerns promptly.

Features

Our Features

High Load Capacity

FIBCs can typically hold approximately 1,000 to 1,300 liters, with a maximum filling weight often around 1,000 kg, making them suitable for bulk materials.

Durable Construction

Made from thick woven strands of oriented polypropylene, FIBCs offer high tensile strength and durability, ensuring safe handling of heavy loads.

Flexible Design Options

Available in various designs, such as U-panel, circular, and four-panel constructions, FIBCs can be tailored to specific application needs, enhancing versatility.

Efficient Handling

Equipped with lifting loops, FIBCs facilitate easy handling and transportation using forklifts or cranes, streamlining logistics operations.

Space-Saving Storage

When empty, FIBCs can be folded flat, optimizing storage space and reducing transportation costs.

Environmental Benefits

Manufactured from 100% virgin polypropylene, FIBCs are environmentally friendly, as they can be reused and recycled, promoting sustainability.

Specifications

Technical Specifications

Specification
Details

Material

Woven polypropylene fabric, either coated or uncoated, offering high tensile strength and durability.

Dimensions

Base dimensions typically around 35" x 35" (89 cm x 89 cm), with heights varying up to 96" (244 cm), customizable based on specific requirements.

Fabric Weight

Ranges from 50 to 265 grams per square meter (gsm), depending on the required strength and application.

Coating

An additional polypropylene layer of 18-30 gsm can be applied to make the fabric waterproof and prevent leakage of fine materials.

Lifting Mechanism

Equipped with standard 10" lift loops, lifting sleeves, single-point crane lifts, or stevedore straps for easy handling.

 

UV Resistance

Treated with UV inhibitors to resist degradation from sunlight exposure, typically effective for approximately 1,600 hours, depending on environmental conditions.

Coating

Available in coated (laminated) or uncoated variants.

Gallery

Our Product Gallery

FAQ's

Frequently Asked Questions

An FIBC, or Flexible Intermediate Bulk Container, is a large, flexible bag made from woven polypropylene, designed for storing and transporting dry, flowable products like sand, fertilizer, and plastic granules.

FIBCs typically measure around 45–48 inches in diameter and vary in height from 100 to 200 cm. Their capacity is usually around 1,000 kg (2,200 lbs), but larger units can store even more.

FIBCs are equipped with one, two, or four lifting loops, allowing them to be lifted using forklifts or cranes. They can also be transported on pallets.

Yes, FIBCs can be reused, provided they are designed for multiple uses and have been properly inspected and maintained to ensure safety and integrity.

FIBCs offer several advantages, including high load capacity, durability, flexibility in handling various materials, and cost-effectiveness in packaging and transportation.