Dissipative FIBC Bags for Transport of Flammable Powders Safely

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Transportation of flammable powder is one of the challenging operations in the logistic industry. One of the biggest reasons behind this being hazard that flammable powders carried when stored in a bag during the process of transportation. The hazard reflects challenges pertaining to build up of static electricity which builds up between the flammable powder and the bag that has been used to store the powder for the purpose of transportation. One of the biggest reason behind this is reactive nature of friction that flammable powders have, which ultimately can result in development of fire or explosion during the process of storage and transportation of flammable powders. It is because of this reason, it is extremely important to select a proper bag for the storage and transportation of flammable powders. This in turn brings down the risk factor that rides with transportation and storage of flammable powders. In order ensure maximization of safety, FIBC bags that are used for this purpose is developed keeping in mind the internal material reduces or nullifies friction. This in turn brings down the possibilities of developing static electricity, which is a common challenging factor with storage and transportation of flammable powders.

If you are in flammable powder business and looking for a solution to transport and store flammable powder well in that case you are just in the right place.

There are many different types of FIBC bags available in the market today however, all bags are not ideal for transportation and storage of flammable powders. A comparison across all the bags will allow you to know, which bag is ideal to serve your purpose and why you should select it for transportation and storage of flammable powders. First let’s take a look at how Anti-static bags function.

Anti-Static Bags and How it works

Static electricity is made by a lopsidedness of electric charge inside or on the outside of a material. The charge stays until it can move away through an electric flow or electrical release. An electrical release is ordinarily addressed as a flash.

At the point when bulk bags are filled and released, the development of the material across the pack’s texture can cause a development of electricity produced via friction. Electrical sparkles can make extreme perils in those enterprises managing combustible substances, where a flash may light explosive combinations. Airborne fumes and residue billows of finely powdered substances can get explosive or combustible in such scenario. Every year manufacturing facilities and warehouses across the globe explode or catch fire due to the ignition of their products or raw materials, pertaining to static electricity spark or residue billows released from the bags.

Anti-Static Bulk Bags are designed to control friction based electricity along these lines essentially decreasing the danger of a fire or blast. The accompanying data is proposed to clarify the contrasts between the 4 bulk bag classifications or “types”: A, B, C, and D.

Type: A Bag

Type A bags are made of standard woven non-conductive texture and doesn’t give ANY assurance against static electricity.  Type A bags are alright for shipping NON-FLAMMABLE items. Combustible materials or gases should not be there outside of the bag. It is ideal for transportation of NON-FLAMMABLE products.

Type: B Bag

These bags are made of standard woven non-conductive texture with low breakdown voltage intended to forestall sparks and proliferating brush releases. Type B bags are ok for moving FLAMMABLE items. However, combustible materials or gases should not be present outside of the bags. Type B bags contrast from Type A bags in the ability to breakdown charges through the texture, including the coating, which will be sufficiently low enough to forestall electrostatic releases, for example, proliferating brush releases (< 4kV). Flash releases may happen from the outside of FIBC Type B in the event that they become sullied by, or covered with, a conductive material (water, oil or grease, for instance). Safety measures should be taken to keep the bags away from such tainting and to keep it away from conductive articles, for example, instruments or metal clasps being set on the FIBC. In spite of the fact that Type B mass bags can forestall proliferating brush releases, they are NOT viewed as anti-static mass bags since they don’t disperse an electrostatic charge.

Even though Type B bags can be used for the purpose transporting dry flammable powder, but it should be in contact with metal or any gaseous or flammable items from outside, since outer cover does have the ability to breakdown static electricity, making the bag unsuitable and risky for transportation of flammable items.

Type: C Bag

This bag is made of woven conductive texture or from a non-conductive texture with interconnected conductive strings or fibers. Type C bags are intended to control electrostatic charges by grounding them. Type C bags are ideal for moving FLAMMABLE items. Even when Combustible materials or gases MAY be present outside of the bags. In any case, Type C FIBCs MUST BE GROUNDED during filling and release in order to nullify any charges that might occur during the process. The example of the conductive strings or fibers is considered:

  • A framework encasing a space of non-conductive texture no more prominent than 25cm2
  • A 20mm strip, in which case each string or fibers should be interconnected at two separate spots (normally at the two furthest points).
  • Type C bulk bags should be outfitted with a ground association with which every single conductive board, strings or fibers that are electrically fortified. The resistance of the grounding point from anyplace on the conductive texture and from the conductive strings and fibers should be under 108 Ω.
  • The lift circles of FIBC Type C bags should likewise contain conductive strings or fibers with a resistance from the grounding point of fewer than 108 Ω.
  • The bag should likewise meet the necessities identifying with the breakdown voltage of FIBC Type B (<4kV).

Further to avoid “flash” releases, it is fundamental that the FIBC Type C is always safely grounded. A mark should be appended to the FIBC expressing the position of the grounding points and plainly laying out the grounding prerequisites during filling-in or discharging tasks. The expression, “FIBC should be grounded before opening” should be imprinted in bold letters on both sides of the FIBC.

This clearly highlights that Type C bags are ideal for transportation of flammable items even when combustible gases and or other solvent flammable in nature is around the bags. However particular care should be taken to ensure that the bags are thoroughly grounded when filling or empting them during the process of transportation or when the logistics is moving, since bag functions by dispersing of charge into the ground, thus enabling resistance against static electricity.

Type: D Bag

These bags are made of woven texture which empowers electrostatic charge to be scattered without being grounded. The texture of a Type D FIBC for the most part contains conductive strings or fibers which securely disseminate the charge through low energy releases. Some Type D bags have a low resistivity lining, which can decrease the danger of combustible releases. Type D bulk bags are alright for moving FLAMMABLE items. Even in presence of combustible materials or gases outside the bag.

  • Type D FIBCs are NOT REQUIRED TO BE GROUNDED during filling and release.
  • Type D FIBCs should meet the necessities identifying with the breakdown voltage of the FIBC Type B (< 4 kV).
  • Ungrounded channels, for example, metal drums or people nearby a Type D bags, can become charged. It should be guaranteed that all conductors are grounded within the sight of explosive atmosphere.
  • Spark releases may happen from the outside of the FIBC Type D in the event that it is sullied by, or covered with, a conductive material (water, oil or grease, for instance). Safeguards should be taken to keep away from such pollution and to avoid conductive items, for example, devices or metal clasps being set on the FIBC.
  • Type D bulk bags, are made with texture containing semi conductive yarns that securely scatter electricity produced via friction into the climate through protected, low-energy release.

This clearly highlights that Type D bags are ideal for transportation of flammable items even when combustible gases and or other solvent flammable in nature is around the bags. However particular care should be taken to ensure that the bags are not covered in conductive material like water, oil or grease during the process of transportation, since bag functions by dispersing of charge into the atmosphere, thus enabling resistance against static electricity.

Which Bags to select for transporting flammable powder?

The thorough introspection clearly showcases Type C and Type D bags are the most suitable for transportation of flammable powder. However, even though these bags are ideally suited for flammable transportation powder, through precautions must be taken based on their requirements in order to avoid any explosion or accident.

For example in Type C bags they must be grounded during filling, emptying and transporting process. In case of Type D at all cost precaution must be taken to ensure that the bags are not covered in any conductive material like water or oil.

This in turn will provide you with adequate safety required for transportation of flammable powder.

Why Chose Rishi

At any point of time, you feel the need of the Dissipative FIBC bags; no other option would be as good as Rishi FIBC. Being one of the premier manufacturers of Dissipative FIBC bags, Rishi FIBC is certainly the first choice of the users. Rishi FIBC has a team of adequately trained and vastly experienced professionals who have the necessarily expertise the skillset to manufacture the bags without any compromise in the quality. Rishi FIBC makes sure that all of the Dissipative FIBC bags so manufactured is at par with the quality standards so that each of the users are hundred percent satisfied and can carry out their flammable powder business thoroughly safe with the use of the Dissipative FIBC bags from Rishi FIBC.

Choosing The Right Material For FIBC Bag-Rishi FIBC Solutions

Choosing The Right Material For FIBC Bags

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It is extremely important to choose the right material for a FIBC bag which in turn plays a vital role in the success of the overall manufacturing process. The choice of the right material for a FIBC bag is not quite a very difficult task. The four general types of FIBC bags are Type A, Type B, Type C and Type D. Now selecting the right material for the different types of FIBC bags should be based on the environment of the manufacturing plant and the product. The FIBC bags are generally made up of woven propylene and are then coated with a synthetic film consisting of a mixture of polyethylene and polypropylene. Please read through to find out about the choice of the right material for the FIBC bags that best suits your needs.

Type A FIBC Bags

For the Type A FIBC bags, a mixture of polypropylene, calcium carbonate and a special additive for UV for an effective protection against erosion when stored outside. These bags are usually used for the transportation of products that are not flammable in nature. Since these bags have no special electrostatic protection, they should not be used for any inflammable materials of combustible environments.

Type B FIBC Bags

Standard propylene material is the right choice for the Type B bags but these bags are enabled to prevent sparks. For effectively preventing the same, the FIBC bag manufacturer have a special anti static coating for the prevention of any kinds of explosion or disaster.

Type C FIBC Bags

For the Type C bags woven carbon filament is ideal which is always to be grounded at the time of filling the bags. These bags are best suited for the flammable powders since safety is greater in this regard.

Related Topic: Type C FIBC – Rishi FIBC

Type D FIBC Bags

The Type D bags are also popularly referred to as antistatic bulk bags which are quite similar to the Type C ones. The best material to be used for these bags is complete static dissipator which is able to automatically dissipate the static charge therefore preventing any causes of spark. These bags are not to be used when the ground surface is wet or greasy.

Related Topic: Type D FIBC – Properties & Specifications

Any good FIBC manufacturer in India makes use of the appropriate material for manufacturing the FIBC bags in order to ensure that the bags appropriately serves the intended purpose of use.

Read more: Difference Between Type A, B, C, and D FIBC Bags

Get in touch with us call: +91-02662-227 100

What Is An Antistatic FIBC And When To Use It-Rishi FIBC Solutions in United States

What Is An Antistatic FIBC And When To Use It?

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FIBC fabrics are all about controlling static electricity, which is a disparity of electric charges within or on the surface of a material. When bulk bags are quickly filled and discharged, the graceful movement of finely powdered substances can cause an increase of static electricity. Eliminating or preventing an electrical charge is vital in the packaging of combustible or flammable materials or in an environment where combustible dust may be available.

FIBC Fabrics can be of Type A, B, C and D

Type A FIBCs are made from basic woven polypropylene and other non-conductive fabrics. Type B FIBCs are made from plain woven polypropylene fabrics that have a low breakdown voltage. On the other hand, Type C FIBCs are made from non-conductive polypropylene fabrics interwoven with conducting threads, usually sewn in a grid pattern.

Type D FIBC bags are made from static and antistatic dissipative fabrics that are meant to safely prevent the incidence of inflammable sparks, brush releases and disseminate brush discharges without the requirement for a connection from the bulk bag to the ground. Type D FIBCs can be utilized to safely package combustible products and to deal with products in flammable and combustible environments.

These Bulk Bags can be treated with antistatic coating by FIBC bag manufacturer lessening the surface resistance of the fabric. As the electro-charge is debauched through corona discharge this type of bulk bag can charge conductive objects and operatives close by. These people or objects can then cause electrostatic sparks with contact with grounded objects that could light air dust mixtures or explosive or flammable gas atmospheres close by. Antistatic FIBC is also known as type D bags.

Safe use of Type D

  • Can be used to transport flammable powders
  • When flammable solvents or gases are present around the bag

Type D FIBC bulk bags are designed specially to function in dangerous situations. Type D FIBC bulk bags also function safely in the attendance of combustible dusts. However, they are not usually recommended if there is a chance that the bag’s surface can become infected or speckled by conductive materials.

One of the key benefits of these Type D bags is that they do not need internal conductive yarns to be interconnected so that they pose less of a risk of human error compared to some other FIBC bulk bags. Thus, it can be said that Type D bags are some of the most versatile options available.

A Look At Market Dynamic For FIBC Conductive Bags-Rishi FIBC

A Look At Market Dynamic For FIBC Conductive Bags

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How Type C FIBCs Work?

When flammable or explosive chemicals are loaded and unloaded in a fast manner, it induces a static charge on their surfaces, thus causing sparks leading to mishaps. Type C FIBCs are specially designed to transport such hazardous chemicals. These are made up of non-conductive polypropylene (PP) fabric. The threads in the fabric are interwoven with conducting threads sewn in a grid pattern. During loading and unloading the conducting threads should be electrically interconnected. Besides, they also need to be connected to ground/earth during the loading and unloading process to ensure the safe use of Type C FIBC bulk bags. It is also advisable that one should not use Type C bulk bags in the case ground connection is unavailable or has been damaged.

Market Dynamics of FIBC Conductive Bags

Present Scenario

In the past several years, the global market of FIBCs has developed stable, with an average growth rate of 6.26%. Global capacity of FIBC in 2016 was revenue 3271.43 M USD, and the actual production was estimated to be 260 m units.

Due to increased industrial activity and elongating supply chains, demand for FIBC conductive bags is on a rise. Growing awareness about safety, regulations by the government, recommendations by the UN, and the convenience offered by the very cost-efficient and lightweight FIBC is further pulling the demand for these bags. The FIBC conductive bags market is growing at a robust CAGR.

While China, India, and Turkey are the highest producers of FIBC conductive bags, Americas, Europe and China are the biggest consumers.

Take a look at our FIBC products: https://www.rishifibc.com/fibc-products.html

Key Regions and Countries in FIBC Market –

  1. Europe (France, Germany, Italy, Russia, and UK)
  2. North America (Canada, Mexico, and USA)
  3. Asia-Pacific (China, India, Japan, Korea, and Southeast Asia)
  4. South America (Argentina, Brazil, Columbia etc.)
  5. The Middle East and Africa (Egypt, Saudi Arabia, UAE, Nigeria, and South Africa)

 

Future Growth

FIBC conductive bags market is expected to move in a healthy way in the future also. A high demand for FIBC comes from food and beverages, sugar, cement, PTA chips, and agro products market. A positive growth is predicted for FIBCs fore sighting further increase in agriculture activities, increase in infrastructure development, and mining activities.

Contact Rishi FIBC

Rishi FIBC is a reputed FIBC manufacturer in India. Our FIBC bulk bags are exported in over 27 countries across the globe. We make all types of FIBCs including FIBC conductive bags. We can also customize our FIBCs as per your requirement. Contact us to know more about properties of Type C FIBCs or to get a quote for your FIBC requirement.

Frequently Asked Questions Pertaining to FIBC

Frequently Asked Questions Pertaining to FIBC

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FIBC bulk bags are the most popular and in demand form of bulk packaging today. Yet, there are many queries about them amongst people who are yet to utilize the benefit of these bags. Rishi FIBC brings to you a list of a few FAQs regarding FIBCs that aims to solve some of the queries and acquaint you with the merits of using FIBCs over other traditional form of packaging.

What exactly is an FIBC?

Flexible Intermediate Bulk Containers, popularly known as FIBCs are bulk bags that are made to carry bulk liquids and goods. These bags are made from 100% virgin polypropylene and are mostly used to store or transport dry products. At Rishi FIBC, our bags can be tailor made depending on the customer’s needs but they are not waterproof.

What is the capacity of an FIBC bag?

FIBC bags (also known as bulk bags, big bags or totes) manufactured by Rishi FIBC hold anywhere between 2000 to 4000lbs of various products. They are generally placed on pallets with the help of forklifts by using the attached corner lift loops. For more information visit: https://www.rishifibc.com/fibc-products/fibc-bags.html

Do FIBCs have liners?

Yes, at Rishi FIBC, our bags do come with liners and the most common ones are form fit liners and tube liners. These liners can be attached to the bag or are also inserted loosely. Read more about FIBC Liners : https://www.rishifibc.com/fibc-products/fibc-liners.html

What is UN certification?

For UN certification, FIBCs are put through a set of strenuous tests such as drop test, tear test. This certification is valid for one year. At Rishi FIBC, we hold certifications by various accredited authorities.

Are FIBC bags recyclable?

Since FIBC bags manufactured by Rishi FIBC are made from woven polypropylene, these bags are totally recyclable. New bags are manufactured from 100% virgin polypropylene.

What is 5:1 SF?

5:1 SF (Safety Factor) implies that the bag is rated to hold five times the amount of the bags SWL. SWL stands for Safe Working Load and showcases the weight the FIBC is tested to safely carry. At Rishi FIBC, bags manufactured for use multiple uses are designed with an increased SF ratio of 6:1 while the 5:1 SF is utilized for single use bags.

Can you print on your FIBC?

At Rishi FIBC, bulk bags can be printed although the cost varies depending upon how many sides you need printed and the number of colors.

Can FIBCs be utilized more than one time?

If you buy a bag from Rishi FIBC that comes with a 6:1 SF, you can use the FIBC more than once. Although some users do utilize a 5:1 SF FIBC more than once, it is not advisable to do so as the loops can break down or fabric may wear out.

Can I attach my documents to the bag?

Yes you can as there are document pouches available in bags manufactured by Rishi FIBC wherein you can attach your documents. The pouches are sewn to the bags as per the preference of the user. Generally, the pouch has a standard or zip lock opening while the size of the pouch is 10”x12”.

What information do I need to start using FIBCs?

Before you place your order for Rishi FIBC you will need to know about the style of the bag you want to use, its dimensions, fabric weight, desired safety ratio, the amount of times the FIBC will be used, type of top and bottom openings and the kind of weight that will be stored in the bag.

What is UV treatment in FIBC bags?

During the extrusion process at Rishi FIBC, an additive is added to the resin which safeguards the bulk bag from UV rays known as UV treatment.

With a minimum quantity requirement, you can even get other fabric colors besides white. Rishi FIBC is a prominent FIBC manufacturer and exporter in India that offer FIBCs in various types and forms. You can even request for customization of FIBCs as per your requirement.

Types of Jumbo Bags and Their Application-Rishi FIBC

Types of Jumbo Bags and Their Application

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FIBC bags, also widely known as jumbo bags, have gained great prominence when it comes to the transportation of bulk food and pharmaceutical items. These bags are durable and lasting, even in the toughest of weather and environmental conditions and are also economical to use. Manufactured from woven polypropylene fabric, they are safe and hygienic in nature and can be re-used multiple times. FIBC bags come in various types and each type has a unique function. Rishi FIBC is a prominent jumbo bag manufacturer in India that keeps quality and integrity of the FIBC bags at top priority.

What are Jumbo Bags?

Jumbo bags or FIBC bags are specially designed bags for the transportation or shipping of dry, flowable products. These bags are held in high esteem in the food production and pharmaceutical industry.

People who utilize FIBC bags need not worry about static electricity control. Static electricity occurs when there is an imbalance of electric charges within certain materials. When FIBC bags are filled up or when they are rapidly discharged, the flow of finely powdered substances can lead to static electricity buildup. It is imperative to get rid of or prevent an electric charge when it comes to the packaging and transportation of flammable materials. The right type of FIBC bag will help to avoid such a mishap.

 

Types of FIBC Bags and their Uses

Broadly speaking, four types of jumbo bags are manufactured and these types of bags carry out different jumbo bag applications.

  • Regular FIBC Bags: This category of FIBC bags are the most common jumbo bags available. It contains a load capacity that ranges between 500kgs to 2000kgs. These dimensions alter depending upon the preferences and needs of the customer. It is used to transport non-flammable dry substances that are in powdery form. (Read more: https://www.rishifibc.com/fibc-products/fibc-bags.html)
  • Conductive FIBC Bags: They are also known as Type C FIBC bags and are made from non-conductive polypropylene fabrics. It consists of conductive threads that are interwoven and so are great for the transportation of flammable powder substances or when there is combustible dust around when the bags are being filled or discharged. (Read more: https://www.rishifibc.com/type-c-fibc.html)
  • Dissipative FIBC Bags: They are made from an antistatic fabric that comes with static dissipative threads. These bags are utilized to transport flammable powders or when flammable solvents are near or around the bag. You should avoid using these bags when water, grease and such kinds of conductors contaminate the bag. (Read more: https://www.rishifibc.com/type-d-fibc.html)
  • FIBC Bags with Liners: These type of FIBC bags come with polyethylene, multi-layer laminate liners that is used for storing and transporting highly hygroscopic materials. The liners are stitched or glued to the FIBC bags for added protection, to avoid contamination as well as for the safe keeping of the product.

Rely On Our FIBC Bag Manufacturing Expertise

At Rishi FIBC, you can rest assured knowing that we manufacture jumbo bags that are long-lasting and efficient for the storage of granules, powders and other materials. Our bags are certified safe by accredited agencies so you can rest assured knowing that the transportation of your materials will be done in a systematic and safe way.

Contact Rishi FIBC at Vadodara, Gujarat

Mahuvad-Ranu Road, At Ranu (Padra)
Dist. Vadodara- 391440, Gujarat, India.

Phone: +91-2662-305000
Email : mail@www.rishifibc.com

FIBC Safety Guidelines

FIBC Safety Guidelines

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FIBC safety should always hold highest priority. Whether you have brand new FIBCs or used FIBCs, to ensure their longevity you need to store them well in proper condition right until the time you fill them in with a product. There are a few guidelines to help you keep your FIBCs safe and sound.

Safety of FIBCs

A few points you need to keep in mind for FIBC safety consist of these:

Water or Moisture Contamination:

Empty FIBCs (whether used or new) need to be stored in a safe and clean facility or warehouse. This will help to protect the FIBCs from moisture or water contamination as water or moisture can meddle with FIBC safety by causing damage to them.

UV Rays and Sunlight Degradation:

Storage of FIBCs need to take place in an area that is free from direct sunlight as prolonged exposure to the sun will cause UV radiations to harm the FIBCs by slowly weakening the strength of the bags.

Inclement Weather:

You need to safeguard your FIBCs from inclement weather that includes rain and snow as exposing your FIBCs to such weather conditions can weaken the bags and so you will not be able to utilize them for storing a product.

Outdoor Storage is not Advisable:

After consulting with a manufacturer or supplier, you need to opt for an FIBC that is suitable for the job. Make sure FIBC safety is taken care of by confirming that the bags are covered properly. However, it is best that you not store the FIBCs outside in order to prevent them from getting exposed to dirt, moisture, dust, sunlight and extreme weather conditions.

Storage of Empty FIBCs

Storage of empty FIBCs should be carried out in an effective manner, even if they are brand new or used bags. You should see that they are well maintained so that you are able to fill them with a product without any problem.

The shelf life of any FIBC is not a well known fact as there are no test reports, studies or data that can determine its exact shelf life. So whatever declarations are made by a company with regards to the FIBCs shelf life, is the company’s responsibility alone as the Flexible Intermediate Bulk Container Association does not make any statement with regards to the longevity of the FIBC.

Shelf-life of FIBCs are subject to the nature of their construction, exposure to environmental hazards, handling and storage methods, the UV inhibitor used as well as the contents stored in them. This is why determining the shelf life of a bulk bag becomes tedious.

To ensure FIBC safety and to make certain that it lasts for a long time period, you need to conduct periodic performance testing on samples while at the same time compare these results to the results obtained from the samples that are newly manufactured. Samples need to meet the required standards that are set in ISO 21898 so that they can be used to their optimum capacity.

Get in touch with Rishi FIBC Solutions today to get custom FIBC bags to suit your transportation and packaging needs. We have a state-of-the-art manufacturing unit that manufactures FIBC bags as per international safety standards.

Understanding the QA Testing of an FIBC - Rishi FIBC

Understanding the QA Testing of an FIBC – Rishi FIBC

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Bulk bags are renowned for being cost-effective and efficient when it comes to transporting and packaging dry, flowable products, including foodstuff, sand and fertilizer. However, if these bags are not subject to stringent FIBC testing, a manufacturer will not benefit from it. Rishi FIBC Solutions boasts world-class quality testing facilities that ensure each custom FIBC bag is put through rigorous testing to meet and often exceed quality standards.

Quality Control in FIBC Manufacture

Rishi FIBC Solutions has top-of-the-line quality control measures that help us achieve success in the quality of bulk bags. The measures at the production stage focus on ensuring client’s specifications are met. This is especially true for custom FIBC bags.

Rishi FIBC Solutions uses both computerized and manual inspection to check the attributes as well as properties of the FIBC bags, and these are then compared with the specifications listed out by the client. This form of FIBC testing instills confidence in customers who can have peace of mind knowing that their specification requirements will be adhered to at the production stage.

It is important for manufacturers and producers of dry, flowable materials to realize that specifications of FIBC bags are extremely important for seamless production. If specifications are incorrect, it will create problems not just in production but also in FIBC testing.

Rishi FIBC Solutions makes it a point to ascertain dimensional sizes, weight ratings, spout size, and electrostatic requirements to ensure custom FIBC bags meet the client’s requirements. And, with stringent and rigorous quality control standards in place, there are inspection points at different stages of the manufacturing process, right from measuring quality of raw materials to performing tensile strength test on the fabric and lifting loops, UV testing and counting the stitches per inch along the seams. This form of quality testing ensures FIBC bags, including custom FIBC bags, fall within the quality standards maintained by Rishi FIBC Solutions.

Quality Assurance for Peace of Mind

Rishi FIBC Solutions has quality assurance standards that extend through the entire supply chain. This offers confidence that each time a client places orders, the specifications will be met and any potential issues with quality will be averted.

Rishi FIBC Solutions uses defined metrics to ensure there are no defects and clients get superior quality FIBC bags. Quality assurance also allows Rishi to improve its processes and this minimizes the chances of defects occurring.

When it comes to FIBC testing and manufacturing of custom FIBC, Rishi FIBC Solutions is synonymous with quality. It has numerous quality certifications and has an air-tight quality control system in place that ensures production of superior quality FIBCs every time and anytime. You will realize that quality control is integral part of our business, right from the development stage to sales and delivery.

Uses of Conductive FIBC

Uses of Conductive FIBC

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Conductive bulk bags, also known as conductive FIBC and groundable bulk bags, are made from conductive polypropylene material that is interwoven with conductive yarn. This forms a grid around the FIBC bag to eliminate the possibility of electrostatic charge. However, it is necessary to ground the bag while filling or emptying out Type C FIBC bag. This will ensure safe usage and optimal performance of the bag.

When Do Companies Use Conductive FIBC Bags?

In several industries, when there is quick filling and emptying of materials from FIBC bags, it causes electrostatic energy to build up in the inner walls of the FIBC bags. As a result, the electrostatic charge also builds up on the surface of the material that is in contact with the bag wall. This charge buildup is hazardous, as it could ignite or result in combustion if there is inflammable material in the bag or in the area surrounding the content. To prevent a fire hazard, companies that transport or store inflammable materials tend to favor conductive bulk bags.

Uses of Conductive FIBC

The main usage of Type C FIBC is in industries where the atmosphere contains inflammable and explosive content. This means it finds ubiquitous use in fertilizer, chemical and agro industries where inflammable and combustible materials are used in practically all manufacturing processes.

Type C FIBC bags are also an indispensible way to transport flammable powders. The bags ensure that the powder is kept safe from combustion and facilitate safe transportation even if flammable gases and solvents are present in or around the bags.

Since it is necessary to ground the bags before each use, be it while filling or emptying out the bag, conductive FIBC comes with conductive loops that connect to a hoist system to ensure electrostatic charges can safely pass to ground. This allows industries to use conductive bulk bags in environments that contain combustible dust, inflammable gases and vapors that have ignition energy that is equal or more than 0.14mJ.

Finding the Best Quality Conductive Bulk Bags

Industries that require Type C FIBC bags for transportation or storage of inflammable powders can rely on Rishi FIBC Solutions to meet their FIBC needs. The company has internationally acceptable quality standards. This gives assurance of safety. Furthermore, Rishi FIBC Solutions has the ability to custom make FIBC Type C bags based on the need of the customer. This bespoke manufacturing of superior quality, reliable and safe conductive bulk bags allow each company to meet its individual transportation and storage requirement.

So, get in touch with Rishi FIBC Solutions today for customized Type C bags of high-quality. The company offers a wide range of FIBC bags, including Type C bags, to meet the diverse needs of different industries.

Click Here for more information about Conductive FIBC Bags.

Standard FIBC Bag and Baffle FIBC Bag - Rishi

Difference Between Standard FIBC Bag & Baffle FIBC Bag

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Jumbo bags or Bulk bags are known in the industry as FIBCs or Flexible Intermediate Bulk Containers. They are also commonly known as ‘bulk sacks’ and ‘big bags’. They are generally able to carry approximately a 1000 times their own weight! These bags are very large in size and are generally shaped like drums or boxes. Most of these bags are UV stabilized and are produced from highly durable polypropylene material.

What are Standard FIBC Bags?

Standard FIBC bags generally have regular dimensions of ½ cubic meter, 1/3 cubic meter and 1 cubic meter. Standard dimensions generally are 65x65x75 cm, 80x80x80 cm and 90x90x110 cm. They usually come with different types of loops such as cross-corner loops, slings and standard loops.

When filled to capacity, Standard FIBC bags tend to become a little pear shaped because their contents don’t stay in place very easily unlike Baffle FIBC bags. The sides of these standard FIBCs are all sewn and they come in many different fabrics, sizes, loops, styles, tops and bottoms. They are widely used in the industry for transporting a number of different types of materials. (For more information about FIBC Bags visit: https://www.rishifibc.com/fibc-products/fibc-bags.html)

What are Baffle FIBC Bags?

Baffle bags are a type of Bulk bag or Jumbo bag and belong to the FIBC category. They are perfect option if you’re operating under the burden of limited space for storage of these FIBC bags.

Baffle FIBC bags have baffles in the corners which basically help the bags to retain their cubic shape once filled with material. They keep the bulk bag square shaped and stop them from bulging. Also, the strong outer layer of the bag protects it from being punctured and causing the material to leak out. They cut down on storage space and also transportation costs get reduced by up to 30% as compared to standard FIBCs bags. Baffle bags are mainly used for the storage and transportation of barley, corn and soybean.

What are the significant differences between the two?

  • Baffle bags get stacked neater:Standard FIBC bags tend to bulge once they are filled to capacity with the materials to be transported. They can be stacked but depending on the contents, it’s not always a neat process. Baffle bags have baffles which are basically panels of fabric on each side of the bag which do not allow it to get out of shape even when full. Hence, Baffle FIBC bags are much more stable and firmer, and get stacked very neatly.
  • Baffle bags stay in shape:Baffle FIBC bags have internal panels of fabric called ‘baffles’ which are attached to each side of the bag with stitches. These baffles ensure that the bags stay in their cubic shape even when they are filled to maximum capacity unlike standard FIBCs.
  • Baffle FIBCs save space:Since, these bags retain their shape even when full and are perfect for stacking while storing and transporting materials, they are more compact than their counterparts. Hence, they are often preferred over Standard FIBC bags.
  • Both Baffle and Standard FIBCs are used for different materials:A standard FIBC bag which is filled to capacity with material to be stored or transported tends to bulge a lot. This does not act as much of a disadvantage when it comes to certain materials like gravel and sand. Baffle FIBC bags are generally made use of to store and transport fine materials like pharmaceuticals and flour. These bags do not bulge and stand erect which makes them look neater and more organized when stacked. This also makes them easier to handle than Standard FIBC bags.

Contact Rishi FIBC today to meet your FIBC bag requirements. The company has standard FIBC bags as well as Baffle FIBCs that conform to bulk bag performance standards. You can send an inquiry online at- https://www.rishifibc.com/jumbo-bag-manufacturer-in-india.html