Top Reasons Why FIBC Bags Are the Smart Choice for the Construction Industry

Grab any busy site today and you’ll see big piles of sand, gravel or cement waiting to move. That’s where bulk-handling really matters and why halfway through your supply chain FIBC Bag Supplier steps in suppliers like Sudarshan Addpack making sure your materials arrive safe, on time and ready to go, without headaches or hidden costs.

Why FIBC Bag Matter on Construction Sites

• Bringing Strength Under Pressure
  Think about lifting a ton of gravel. Standard sacks rip, drop loads and slow you down. The best suppliers use high-tenacity polypropylene yarn, weave it tight and test seams until they’re sure those bags can handle 500 kg…1,000 kg…even 2,000 kg. No burst seams, no surprise spills.
• Sticking to the Rules
  Construction sites juggle tons of regulations, safety, food-grade materials, transport laws. Reputable FIBC Bag Suppliers like Sudarshan Addpack carry ISO 9001:2015, a BRC A+ grade from TÜV NORD and Halal India approval. That means every batch ticks all the boxes, whether it’s a local road project or an export contract.
• Designs That Fit Your Work
  Maybe you need UN-rated bags of chemicals, or liner bags on moisture-sensitive mixes or UV stabilized units to go out in the sun-baked yards. You can get what your project requires in terms of style, strength, and all of the extras instead of being content with the off-the-shelf. That reduces downtime, waste, and creep in costs.

Benefits of Top FIBC Bag Suppliers

1. Better Pricing as You Scale
   Buy in bulk from large-scale manufacturers and you get volume discounts that shave off serious cash. At Sudarshan Addpack, they churn out over 20 million bags each year, enough to land you the kind of tiered pricing that makes big buys less scary.
2. Just-in-Time Delivery
   No one would like deposits that congest the yard. When you have a supplier who does its own warehousing and has a nationwide network it allows you to schedule delivery by the pallet, not by the month. That maintains your facility slim, your cash spending healthy and your group concentrated on building as opposed to having to go and take care of inventory.
3. Hands-On Support
   Ever tried filling FIBCs for the first time? It takes practice. Good suppliers provide on-site training, safety tips and troubleshooting so your crew isn’t guessing how to stack, lift or off-load those giant bags.
4. Quality You Can Track
   Traceable test reports, inspection certificates and batch numbers give you the ability to know exactly what went into each bag. The extent of transparency also means that when something just feels wrong, you can use the data to clear it up in no time, no finger-pointing, no site-shutdowns.

Why Sudarshan Addpack Stands Out Among FIBC Bag Suppliers

• Established Expertise
  More than 10 years company experience working with focused solutions to the infrastructure, mining and bulk- handling industries.
• Certified Excellence
  – ISO 9001:2015 for quality management
  – BRC A+ grade for packaging materials
  – Halal India certification for food-grade applications
• Cutting-Edge Manufacturing
  The latest extrusion, weaving, and lamination capabilities bring consistency and innovation- both in standard jumbo bags, and high-spec UN-rated containers.
• Customer-Centric Approach
  Devoted account managers, quick prototyping of unique designs and 24/7 call center are just some of the ways you feel supported throughout.

Conclusion

In an industry where material mishandling can cost time, money, and reputation, partnering with reliable FIBC Bag Suppliers is not just smart, it’s essential. FIBC bags save money and are made of good quality, certified material; as well as deliver high-load capacity sustainability and cost-saving during construction site bulk-handling. For unparalleled expertise, compliance, and service, trust Sudarshan Addpack to deliver the perfect FIBC solution for your next project.

Navigating Bulk Bag Handling: Essential Dos and Don’ts

You need to look after FIBC bags properly to keep everything safe and efficient. No matter if you’re storing, moving, or pouring a product into plastic bags, making sure you use the right procedures will prevent accidents and keep your product safe. Trusted FIBC bags supplier Sudarshan Addpack offers this basic guide on the right and wrong ways to handle bulk bags.

What Makes Handling FIBC Bags Properly Important

FIBC bags find common use in agricultural, chemical and food processing industries. The bags are both hard-wearing and inexpensive, although overhandling can cause unwanted spills, rips or injuries. Putting strong practices in place can lengthen their life and keep everything operating without issues.

Dos of FIBC Bag Handling

1. Before using your bag, inspect its inside and outside.

Before putting anything inside, always look at your FIBC bags for damage. Just one small crack in joints could get worse if loads are too heavy.

2. Make sure you use the right way to place the filling method

• Distribute pocket contents equally so weight is balanced.

• Leave some empty space near the top to avoid having something fall off when you are carrying it.

3. Lift and Move Bags Correctly

• Lift items using a forklift or crane and link the lifting device to the correct loops.

• Dragging FIBC bags should be avoided because it can tear the material.

4. Keep Your Bags In a Good Place

• Find a place where they are safe, out of reach from sharp objects and as dry and clean as possible.

• Place the boxes in a stack that will not tip over.

5. Follow Safety Guidelines

• Educate employees on how to move the goods securely.

• Keep your hands and body, protected by gloves and safety gear when working with such materials.

Don’ts of FIBC Bag Handling

1. Don’t put too many items in your bags.

If your bags are too heavy, their material or their lifting loops might tear. Always look at how much the bag can hold before you put things inside.

2. Keep in Mind the effects of your environment

Do not use FIBC bags in excessive heat or wetness except if they were made for these applications.

3. Don’t use damaged bags

More often than not, even tiny holes can result in leaking or a total breakdown. Dispose of damaged bags straight away.

4. Don’t lift bags improperly

Do not lift a laundry bag by its body—always use the place where the loops are to pick up the bag.

5. Don’t Mix Incompatible Materials

A number of chemicals or powders may cause a reaction with the bag material. It’s important to verify compatibility before you fill in the items.

Choosing the Right FIBC Bags Supplier

You can expect strong and reliable bags for your needs when you buy from a reliable FIBC bags supplier, Sudarshan Addpack. We provide:

• Bags that match the weight capacity of the aircraft you are flying on.

• Safe forms of design for food, resistant to chemicals and other materials.

• Advice from experts on managing and preserving flowers.

Final Thoughts

Correct use of FIBC bags ensures safety, lowers the amount of waste and keeps office processes working well. If you stick to these simple rules, you’ll avoid typical issues and get the most out of your bulk bags.

If you need excellent FIBC bags and expert help, look no further than Sudarshan Addpack.

Got questions? Call us immediately for help with safe and efficient bulk bag views!

What Does an FIBC Bag Calculator Do and Why Does Every Buyer Need One?

Choosing the right FIBC bags (Flexible Intermediate Bulk Containers) can be confusing — especially when dealing with different weights, sizes, and features. That’s why Sudarshan Addpack offers a smart and easy-to-use FIBC Bag Weight Calculator tailored to your exact needs.

Whether you’re looking for U+2 Bags, Circular Bags, or Baffle Bags, our calculator helps you determine the ideal bag specifications in just a few clicks — no guesswork, no errors.

How Does Our FIBC Bag Weight Calculator Work?

Our advanced bulk bag weight calculator helps you get accurate measurements and weight instantly. Here’s how it works:

Step 1: Choose Your Bag Type

Start by selecting the type of FIBC bag you want to calculate:

• U+2 Bag Calculator
• Circular Bag Calculator
• Baffle Bag Calculator

Each bag type has a unique structure, and our calculator adjusts automatically to match.

Step 2: Enter Key Specifications

For accurate results, you’ll be asked to input the following details:

• Input Unit – Centimeters (cm) or Inches
• Measurement Type – Internal or External
• Length, Width, Height – Dimensions of the bag
• SWL (Safe Working Load) – Example: 1000 kg
• SF (Safety Factor) – Example: 5:1 (Single Use)
• Reference Number – Auto-generated for your records

These inputs ensure you get a precise weight calculation based on your actual requirements.

Step 3: Add Custom Features

You can also customize the FIBC bag with additional options:

• GSM (Material weight in grams per square meter)
• Coating – Coated or uncoated
• Liner – Required or not
• Dust Proofing – Optional based on your application
• Top & Bottom Attachments – Choose filling and discharge options
• Loop Specifications – Enter loop height, short leg, and long leg
• Stitching Details – Denier, stitch type, and pattern
• Labeling – Include label or document pouch if needed

Step 4: Instant Results Delivered

Once you’ve filled in the form, the FIBC bag calculator will instantly process your data and send you the results — including estimated bag weight and specification summary — directly to your email.

Why Every Buyer Needs a Bulk Bag Weight Calculator

Here’s why using our FIBC weight calculator is a smart move:

1. 100% Accurate Calculations
   No guesswork — just precise results based on the exact dimensions and materials.
2. Tailored to Your Requirements
   Choose from 15+ custom features and 3 different bag types — all in one place.
3. Saves Time and Avoids Mistakes
   Skip manual calculations and reduce human errors. Our calculator gives you instant, reliable data.
4. Prevents Costly Buying Errors
   A wrongly chosen bag can lead to serious financial losses. Our tool helps you make the right choice the first time.

Industry Facts That Matter

• 85% of bulk bag failures are due to incorrect specifications (Source: FIBCA)
• Optimizing bag size can improve container loading efficiency by 30%
• Selecting the right FIBC bag can reduce total logistics cost by 15–20%

Try the FIBC Bag Calculator Anytime

At Sudarshan Addpack, we’ve developed this advanced FIBC bag calculator to simplify your procurement process:

• Fast – Get instant results without waiting.
• Flexible – Supports U+2, Circular, and Baffle Bags.
• Accurate – No risk of human error

How Are Conductive FIBC Bags Different?

A Flexible Intermediate Bulk Container (FIBC) or bulk bags are examples of bags used to carry and store dry products such as grains, chemicals and powders. Conductive FIBC bags are a certain type of FIBC bags that is special because they prevent the buildup of dangerous static electric charges.

What Is Static Electricity?

Static electricity is defined as a small amount of electric charge that is produced when certain materials rub against each other. One of the most well-known examples is that when a balloon rubs on someone’s hair, it gets stuck due to static electricity. In an industrial context, static electricity is a much greater threat in conjunction with other safety measures that are put in place at a workplace. Built-up electricity when filling up or emptying bags with flammable materials can spark fires or even explosions.

What Are Conductive FIBC Bags?

Type C FIBC bags are made by weaving conductive threads of static electricity into the fabric of the bag. These threads are attached to the ground, enabling the discharge of the static electricity stored in the bag and therefore preventing sparks. Proper guiding of these conductive threads will remove any charge buildup safely.

How Are They Different from Regular FIBC Bags?

Conductive FIBC bags are different from regular FIBC bags with the sole difference of not interweaving the conductive threads that are commonly done with polypropylene fabric. Regular FIBC bags only use polypropylene fabric.

Regular FIBC bags serve most non-flammable materials, which do not need to be concerned about static electricity.

The main purpose of conductive FIBC bags is to manage materials that are flammable and operate in spaces with risk factors involving static electricity. The effective operation of these bags requires them to remain grounded while they are in use.

Where Are Conductive FIBC Bags Used?

The following sectors make use of these protective bags because they work with flammable materials:

• Chemical manufacturing

• Pharmaceuticals

• Food processing

• Mining

These specific industrial operations require conductive FIBC bags since they aid in preventing static electricity-related accidents, which could result in harm to personnel.

Choosing the Right FIBC Bag Suppliers

When selecting FIBC bags, it’s essential to partner with reputed FIBC Bag Suppliers who understand the specific needs of your industry. Sudarshan Addpack, a leading supplier of FIBC bags that offer specialized products suitable for different applications. Professionals at their company ensure that clients obtain products that conform to safety specifications and operational specifications.

Why Choose Sudarshan Addpack?

Sudarshan Addpack stands as a reputable industrial institution that specializes in delivering premium FIBC bag products to markets. They offer:

• Conductive FIBC bags are designed for safety

• Customizable options to meet specific needs

• Compliance with international safety standards

Choosing the Right FIBC Bag Suppliers

Selecting Sudarshan Addpack guarantees safe and effective material handling operations for your business needs.

Final Thoughts

Conductive FIBC bags are essential for safely handling flammable materials. They differ from regular bags by having special threads that prevent static electricity buildup. The performance of these products requires proper grounding for successful operation. Applying these bags within appropriate industries serves two purposes: preventing accidents and ensuring safety. The reputable supplier Sudarshan Addpack conductive FIBC bags.provides high-quality and durability.

The Impact of PP Woven Fabric: Transforming Industries from Food Packaging to Geotextiles

Polypropylene (PP) woven fabric offers strength and durability at an affordable cost through different markets. Its unique properties—such as high tear resistance, low moisture absorption, and excellent chemical stability—make it a favorite among manufacturers. We will explore major industries using PP woven fabric and explain why this material has become popular in their production.

Packaging and Transportation

PP woven fabric finds its largest application in packaging structures. PP woven bags keep their integrity as strong protective packaging. The worldwide PP woven bag sector expects to achieve US $6.67 billion by 2034 accompanied by a 4.1% compound annual growth rate (CAGR). PP woven bags work efficiently to hold fertilizers and grains plus they guard chemical and cement materials during transportation. The bags offer excellent protection against moisture damage and tearing to keep heavy items intact during transportation and lower transportation costs.

Agriculture

PP woven fabric protects farmers’ produce and helps them get more from their lands for agricultural use. Farmers make PP woven fabric into storage bags to hold crops and transport carriers while building shade nets and crop protection covers. These nets both shield plants from sunlight damage and pests while permitting air to flow through the vegetation naturally. Tests show that products kept in storage will retain their quality due to this fabric type’s minimal moisture absorption which stands between 0.01% and 0.1%. The result benefits large farming operations by saving money.

Construction and Geotextiles

The construction business sees major gains by using PP woven fabric mainly as geotextiles. PP woven fabric supports soil stabilization and prevents erosion when used in road and embankment drainage systems. Their strong material can handle big loads and stays strong under environmental exposure thanks to tear resistance values between 25 and 70 Newtons. Urban development growth results in higher demand for cheaper and trustworthy geotextiles which will drive more use of PP woven fabric in construction projects.

Food Industry

Organizations across the food sector prefer PP woven fabric because it does not release harmful substances and will not change the flavor or scent of manufactured products. The fabric produces specific food bags designed to hold rice, flour, and sugar products for storage. The non-absorbent fabric design keeps food items safe from wetness and prevents deterioration during distribution. Its low weight assists in decreasing transport expenses and lowering environmental impact during transport. The need for sanitized and safe packaging drives food manufacturers to prefer PP woven fabric as their main packaging material.

Chemical and Industrial Applications

PP woven fabric performs well against chemical substances so the chemical industry uses it frequently. PP woven fabric proves effective in making physical barriers and vessels that protect items from damaging chemical materials. PP woven fabric serves as material for industrial purposes in the production of tarpaulins and conveyor belts to protect machines and stored items. The substance remains dependable in conditions that depend on defense and enduring quality.

Automotive and Beyond

PP woven fabric helps build car interior components and works within airbag and filtration equipment in automotive industries. The product weighs less to save fuel and holds up for many years to serve effectively. PP woven fabric delivers effective results beyond its main applications into water protection projects and military gear production while remaining suitable for furniture cushion materials.

A Trusted Partner

To access excellent quality PP woven fabric select a trusted business partner. Sudarshan Addpack positions itself as the top pp woven fabric manufacturer to satisfy demanding industrial requirements.

PP woven fabric finds success in multiple businesses because it provides strong resistance to moisture and chemicals at affordable prices. The increasing demand in these industries will continue to rely more heavily on PP woven fabric production.

How to Minimize FIBC Bags Transportation Risks?

People use Flexible Intermediate Bulk Containers (FIBC) bags to transport bulk materials with good safety and good results. Standard transportation methods cause risks to the FIBC bags by creating damage and usage problems. The secure transportation of FIBC bags must be our priority to keep operations running optimally and stop funds from disappearing. This blog explains how to lower transportation hazards when working with FIBC bags while keeping the products safe through every step.

Choose High-Quality FIBC Bags

The best way to lower transportation risks is by selecting high-quality FIBC bags. These bags need to contain materials that stay strong under product weight. Choose FIBC Bag Suppliers who sell bags that meet all safety and industrial requirements. Strong bags hold materials properly and block the deployment of seals to maintain secure transfers. Bags approved for international safety purposes keep a strong and dependable performance during transport.

Ensure Proper Filling and Handling

Disrupted stability occurs when FIBC bags receive either too many or too few transport materials. Apply an equal amount of content inside the FIBC bags to keep them balanced and avoid shape distortion. Extra weight in the bag may break it open whereas inadequate fill levels make the contents unsettled on movement. Use the suggested bag-filling methods approved by the product supplier. When you move the bags make sure to use proper equipment including forklifts and cranes to prevent excess strain on your body. Dragging the bags across rough surfaces will make the fabric weak and potentially harm them.

Use the Right Transportation Method

Selecting proper ways to carry goods is necessary for protective measures against injury. Whether transporting by truck, ship, or train, the bags should be secured properly to avoid movement. Any movement of unstable bags creates transportation safety risks. Placing bags in tall stacks or on unlevel surfaces raises the danger of them tipping over. A transportation method that matches the specifications of FIBC bags will protect against safety risks.

Protect Bags from Weather Conditions

Excessive weather exposure makes FIBC bags less strong. Excessive exposure to sunlight and water lowers the fabrics’ strength which makes the bags more prone to breakage. Shield the FIBC bags from outdoor elements by putting them in covered areas or covering them with tarpaulins during transport. Keep the moisture-sensitive bags in dry storage areas before and while you transport them. You can install waterproof liners on top of materials that need dry storage environments.

Conduct Regular Inspections

Inspect FIBC bags for harm both before and after transportation takes place. Check the bags for any damage by looking at their seam tears and thread looseness. Transportation of materials will be unsafe whenever a bag reveals visible damage since the loading capacity might be impaired. Routine checks let us find problems right away to stop mishaps from happening. Regular inspections and replacements of broken FIBC bags guard against operation disturbances and safety risks.

Use Proper Labeling and Documentation

Putting essential bag labels on FIBC bags that state weight limits and safe handling steps ensures proper treatment. The necessary safety rules must continue to be enforced when you keep all safety records updated. Marking systems are needed most to protect goods with safety concerns during transportation. Labeling correctly guides transportation staff to understand the material contents and manage it securely to decrease the hazard likelihood

Partner with Reliable Suppliers and Transporters

You need to partner with proven supplier and transport companies to keep transportation risks in check. Business that obtain goods from professional suppliers will receive well-made bags and working with shipping experts with safety training helps protect against damage. Businesses need to select trustworthy partners to deliver their goods without issues and protect them from harm during transportation. Companies that frequently handle FIBC bags have demonstrated competence and their partnership will help you avoid damages to your products.
These basic methods effectively protect FIBC bags during their transportation. Good storage methods along with careful monitoring and handling techniques help guard FIBC bags from harm during their delivery route. Sudarshan Addpack delivers FIBC bags that satisfy industry specifications and provide dependable material bulk transportation. Using safe FIBC bag solutions provides proper transportation techniques that benefit companies through reduced risks and better operation results.

What are the raw materials used in FIBC Bags?

Transporting and storing a variety of products would not be possible without FIBC bags which are also termed pile fabric bags, jumbo bags, or bulk bags. These are extremely tough — and widely used — ranging from agriculture to construction. Understanding what raw materials are used in the manufacture of these bags is a great help in understanding their quality as well as their functional properties.

Polypropylene: The Core Component

The primary component in FIBC bags is Polypropylene (PP). Storage bags which are required to be flexible and strong can be manufactured using this thermoplastic polymer, which is lightweight and resistant to environmental factors. First the polypropylene is woven into a fabric, followed by melting and extrusion to form the base of the FIBC bags. The bags are strong such that they have very high tensile strength which enables them to withstand massive amount of load without shattering or changing shape.

Additives for performance enhancement

The diverse needs of industries can not be met using polypropylene only. To enhance certain properties of the bags during the manufacturing process, various additives are added. These include:

• UV Stabilizers: It is applied to shield the bags from damage caused by excessive sun contact.
• Antioxidants: For the long-term stability of the polymer, it is necessary to introduce antioxidants into the polymer.
• Color Pigments: Give the bags specific colors or patterns for customization and branding.

Fabric Construction: Woven and Laminated Options

Polypropylene is turned into fabric once it is processed. For nonstandard uses, the fabric may be left uncoated or laminated, for moisture resistance or fine particle containment.

• Woven Fabric: It gives the basic structure and strength.
• Laminated Fabric: It adds extra protection to moisture and dust.

Liners: For Extra Protection

Polyethylene (PE) lined FIBC bags provide an extra barrier against moisture, contamination, or chemical leakage. But these liners are especially critical for transporting food-grade materials, chemicals, or powders.

Types of Liners

• Form-Fitted Liners: Made specifically to fit the shape of the bag to get the most out of it.
• Tubular Liners: General-purpose simple tube-like inserts.
• Barrier Liners: High-performance liners for the prevention of penetration of gases or moisture.

Sewing Materials: Strong and Secure Seams

The strength of the FIBC bag seams is very important as they depend almost entirely upon the seams. The stitches are done with high tension so the thread that is used for stitching is strong enough to bear the weight on these bags but still does not crumble.

Additional Features: Enhancing Functionality

To meet specific industrial needs, FIBC bags often include additional components made from various materials:

• Lifting Loops: These loops are made from woven polypropylene so they are easily handled by cranes or forklifts.
• Discharge Spouts: Attaches at the bottom for emptying of contents.
• Baffle Panels: To keep the bag’s shape and stability straight out of transport.

This is ‘Sustainable Alternatives in Manufacturing’.

These days, FIBC bags manufacturers have begun to use recycled polypropylene in the manufacture. This makes a great alternative without the excess waste and in the cause of sustainability, while not losing out on quality. Furthermore, the use of bio-based polypropylene is being established as a renewable raw material alternative.

We also reduce the environmental footprint of FIBC bags through modern production techniques to optimize energy usage during manufacturing. Not only are these practices cost-effective, but they also complement global eco-friendly solutions initiatives. With growing industrial awareness of environmental impact, the need for greener FIBC bags rises.

Applications

The bags of FIBC are used extensively across industries for strength and versatility. They carry grains, seeds, and fertilizers in agriculture. They are used in construction to manage sand, cement, and gravel. They are useful for work in food processing, chemistry and especially pharmaceuticals where hygiene and contamination prevention are important. The importance of choosing high-quality materials in production is demonstrated by these diverse applications.

Why Choose Sudarshan Addpack?

Sudarshan Addpack has been manufacturing leading FIBC bags as a leading FIBC bags manufacturer, each one is made of the best raw materials and best techniques. We are committed to quality, innovation, and sustainability. Whether it is standard designs you need or customized solutions, we pride ourselves on being able to do this with precision and excellence.

FIBC Bags Manufacturing Process & Material Guide

FIBC bags, also commonly known as Flexible Bulk Containers, are a long-lasting and highly useful containers to transport and store large and loose materials. These bags are very light and still strong enough to hold so much, and this makes them be used in areas such as farming, construction, food processing, and the chemical industries.

When in search of quality bulk packaging materials, having an FIBC manufacturer in India like Sudarshan Addpack guarantees quality and customized FIBCs. Now it is time to move to the details of the technology and materials involved in the production of FIBC bags.

What Are FIBC Bags Made Of?

FIBC bags are mainly made from polypropylene (PP), a thermoplastic polymer described for its durability, versatility, and ability to withstand moisture and chemicals. This material makes the bags very light yet strong enough to hold lots of load.

To enhance their functionality, additional materials and components are used:

• UV Stabilizers: Preventing the bags from exposure to sunlight to enhance their use outdoors.
• Liner Films: Place an added lining in the bag to safeguard delicate products from being ruined by wetness inside the bag.
• Additives: Increase the bag’s load-bearing capacity, its ability to withstand wear and tear and damaging effects of environmental factors.

FIBC Bag Production

FIBC bags are produced by a series of steps which is a complex and delicate process of manufacturing. Each of the steps guarantees the bags are fit to meet the industry strength and performance requirements.

1. Extrusion

The first stage is the heating of the polymer granules specifically polypropylene granules and then the formation of the same into fibers in the form of thin and long strands through a process known as extrusion. These threads are also known as tapes and are created by drawing and cooling the threads to make them stronger.

2. Weaving

This woven fabric is also used in the production of FIBC bags, which are the focus of this article. The bag’s intended use determines whether the fabric is laminated or not, to make it resistant to water or not.

3. Cutting

The woven fabric is then chopped into pieces in accordance with the size of the bag as planned. This is important in order to achieve an equal standard of the final product that is being produced.

4. Printing

Most of the FIBC bags come with printed information such as labels, logos, or handling instructions. Printing is done using the latest techniques so as to make sure that the designs made are visible and can withstand various conditions.

5. Sewing and Assembly

The fabric pieces are then sewn into the bag. This involves sewing loops, spouts, and liners in a bag depending on the design of the bag in question. Professionals make sure the seams are both strong and even so that the structure can effectively bear the load that is expected of it.

6. Quality Testing

The bags are well-checked before they are shipped out to the market. This involves a load bearing test, ultraviolet check, and also for stitch or fabric fault. This makes sure that only the right quality bags are delivered to the customers.

Why Choose Sudarshan Addpack?

Sourcing for the best FIBC bags is therefore eased when you turn to Sudarshan Addpack as a company with a good track record. The company is one of the top FIBC manufacturers in India and aims to provide long-lasting, efficient, and tailored solutions for your bulk packaging requirements. Using the latest and the most efficient equipment and with high regard to quality, Sudarshan Addpack makes sure that every bag produced is of high quality.

Conclusion

The following is a guide on how FIBC bags are made, from the choice of materials to quality control. These bags are used especially in the handling of bulk materials and provide strength, flexibility, and low cost. When you know how they are made it makes it easier to know why they are useful in so many industries.

Only the best FIBC bags? Look no further than Sudarshan Addpack – an industry leader in the provision of bulk packaging solutions.

5 Factors to Consider When Choosing FIBC Bags

FIBC bags, also called bulk bags, are popular across industries like agriculture, construction, chemical industry, and many more for containing and transporting large quantities of products. Here are some tips to consider when choosing the right FIBC bag for your business, as they are essential for ensuring the bags you purchase are safe, durable, and efficient. Top FIBC bag manufacturers such as Sudarshan Addpack offer a variety of products to meet these needs.

1. Bag Type and Style

There are several types of FIBC bags, each with a specific purpose. The most common types include:

• Standard bags: These are one-time, all-purpose bags used to contain nonhazardous wastes.
• Baffled bags: These bags have internal dividers and retain a square shape when filled, saving storage space and improving stability.
• UN-certified bags: Designed for transporting dangerous goods, these bags comply with United Nations guidelines for handling such items.
• Conductive (Type C) bags: Suitable for areas with flammable materials, these bags are designed to be conductive for safety.

2. Load Capacity

The load capacity of an FIBC bag is crucial as overloading can lead to tearing or dangerous situations during transport. FIBCs typically support weights between 500 kg and 2000 kg, so selecting the appropriate capacity for your product is essential. Look for the bag’s Safety Factor (SF), which is its tested weight limit. Bags with an SF of 5:1 are generally for single use, while bags with an SF of 6:1 can be reused if maintained well. Determine the average load for each trip and ensure it matches the bag’s handling capacity to prevent mishaps.

3. Material of Construction

The material used in FIBC bag construction affects the bag’s strength, durability, and chemical compatibility. Most FIBC bags are made from woven polypropylene, a light yet durable material that is water-resistant and UV-resistant. For sensitive materials, UV-treated bags provide extra protection. Food-grade bags, made from virgin polypropylene resins, are produced in sanitized facilities to meet quality standards.

4. Liner Requirements

Some FIBC bags come with liners, particularly useful when handling dusty or moisture-sensitive products. Liners, made of polyester, polyethylene, or polypropylene, add a layer of protection to prevent contamination, manage moisture, and secure the contents. If your material is sensitive to humidity, air exposure, or contaminants, consider using bags with liners.

5. Requirements for Storage and Use

FIBC bags come with different handle types depending on how they are moved and stored. The bag’s lifting design, such as one, two, or four lifting loops, allows it to be transported by forklift, crane, or other handling equipment. Bags with reinforced loops offer safer handling for heavy items. Additionally, consider the storage configuration—some bags can be stacked, while others cannot.

These six factors can help you make informed decisions for safe, strong, and efficient storage and transport operations. Sudarshan Addpack is a provider of various FIBC bags tailored to meet diverse industrial needs.

How Many Types of FIBC Bags Are There?

FIBC bags also referred to as Flexible Intermediate Bulk Containers, are a type of container that is used to store and transport bulk products in many industries. These are common because they are among the most flexible, most affordable, and most efficient panels on the market. In India, the FIBC manufacturer in India such as Sudarshan Addpack produces numerous kinds of these bags for various industries. To get a clearer idea of which type of FIBC bag would be most suitable for your needs, it is helpful to look at the different types of FIBC bags and their uses.

What Are FIBC Bags?

FIBC bags are also commonly known as bulk bags or big bags and are large, woven sacks that can hold between 500-2000 kilograms of product. They are normally constructed from polypropylene fabric, making them very light yet strong. FIBC bags are employed in different sectors such as agriculture, chemical, construction, and food sectors among others, as they are suitable for carrying large volumes of material. According to the requirements of an industry, different kinds of FIBC bags are designed to meet certain specifications.

Types of FIBC Bags

Type A FIBC Bags

Overview: Type A bags are the simplest FIBC bags, manufactured from plain woven polypropylene or other non-conductive material.

Usage: Type A bags do not have any static guarding, so they are used to transport products that are non-flammable and in an environment where there are no flammable gases or dust.

Common Applications: Ideal for carrying materials such as sand, gravel, and other materials that do not create static problems.

Type B FIBC Bags

Overview: Type B bags have a lower breakdown voltage than Type A bags but minimize the chances of highly energetic propagating brush discharges to dissipate static electricity.

Usage: Type B bags are used for transporting dry, flammable powders but should not be used in an environment with flammable gases or vapors.

Common Applications: Widely used in industries that need to contain dust or powder products, such as the food or pharmaceutical industries.

Type C FIBC Bags

Overview: Type C bags, also known as conductive or groundable FIBC bags, have woven conductive threads. These bags must be connected to the earth when filled or emptied to prevent accidents.

Usage: Type C bags are applied in industries where the materials are combustible, and the risk of static charge during loading and unloading is high.

Common Applications: Suitable for carrying flammable powders, these bags are commonly used in industries like chemicals and minerals to transport sensitive materials.

Circular FIBC Bags

Overview: Made of circular woven polypropylene, these bags don’t require a side seam, enhancing the strength and durability.

Usage: Their construction makes them ideal for heavy-duty use with materials.

Common Applications: Common in industries that handle large materials such as construction, minerals, and chemicals.

Ventilated FIBC Bags

Overview: FIBC bags with vents have panels designed to let air in and out, preserving the contents’ freshness.

Usage: Great for items that need protection from moisture while requiring aeration to avoid spoilage.

Common Applications: Used in agriculture to transport products such as potatoes, onions, and firewood that need to be aired.

Conclusion

Depending on the material that the FIBC bag is to carry, there are five standard types: Type A for non-flammable materials, Type B for flammable liquids, Type C for hazardous materials, Type D for flammable powders, and Type E for miscellaneous materials. If you require an FIBC bag with anti-static properties, ventilation, or stackability, there is a bag to fit your needs. For those who desire the best, Sudarshan Addpack provides efficient and durable FIBC bags made to meet the needs of various industries, thus guaranteeing the safe handling of materials.