Made of a special antistatic fabric, the anti-static bulk bag at Rishi FIBC comes with permanent discharged properties and is designed to prevent the occurrence of flammable sparks, brush discharges and propagating brush discharges without connecting the bulk bag to ground or earth.The reason for this is that the dissipative FIBC bag does not require grounding or earthing which means no interconnection is required either. A safe dissipation of static electricity in the atmosphere is possible via low-energy corona discharge as these dissipative FIBC bags are made up of fabric that contains quasi-conductive yarns.These FIBC antistatic type D bags at Rishi FIBC are designed to guarantee protection against unforeseen electrostatic hazards as the risks related to human errors are eliminated with the manufacturing and use of grounded Type C FIBC.The Type D FIBC bag is been safely and successfully used to pack materials like foods, chemicals, pharmaceuticals, minerals, pigments as well as other products.

FIBC (Flexible Intermediate Bulk Container) baffle bags are a type of bulk bag that is designed with internal baffles or walls to maintain the bags shape and stability during transportation and storage. The baffles or walls divide the bag into individual compartments, allowing the contents to settle uniformly and reducing the risk of bulging or collapsing.The design of FIBC baffle bags ensures that they can be filled to their maximum capacity without losing their shape or stability. The baffles or walls prevent the contents from shifting during transport or storage, improving the bags overall stability and reducing the risk of damage to the contents.FIBC baffle bags are typically made from woven polypropylene fabric, which provides strength and durability to handle the weight of the contents. These bags come with lifting loops for easy handling and transportation using forklifts or cranes.These bags can be customized with various features, such as liners, coatings, and discharge options, to suit different application requirements. They are widely used in the agriculture, construction, and chemical industries for the transportation and storage of a wide range of materials.INQUIRY NOW

Type C FIBC (Flexible Intermediate Bulk Container) bags are a type of bulk bag that are designed with conductive fabric or thread to provide static protection during the transportation and storage of flammable or combustible materials. Type C FIBC bags are also known as conductive FIBC bags.Also known as Conductive FIBC Bags, these Type C bags were originally made entirely from conductive materials. But today, Rishi FIBC provides Type C FIBC bags that are made from non-conductive polypropylene interwoven normally in a grid pattern with conduction yarns. The process involves the interconnection of conductive yarns electrically that are later connected to designated ground or earth bonding points.Here, during the stage of bulk bag filling and emptying operations, it is ensured that the ground or earth bonding points are connected to the system ground or earth. Moreover, when the conductive yarns and the connection to the ground or earth are interconnected during these operations, the use of Type C FIBC bags becomes critically safe.Though, it must be noted that while ensuring interconnection and grounding of Type C FIBC, there are chances of human errors as the operations are carried out manually.

Made of a special antistatic fabric, the anti-static bulk bag at Rishi FIBC comes with permanent discharged properties and is designed to prevent the occurrence of flammable sparks, brush discharges and propagating brush discharges without connecting the bulk bag to ground or earth.The reason for this is that the dissipative FIBC bag does not require grounding or earthing which means no interconnection is required either. A safe dissipation of static electricity in the atmosphere is possible via low-energy corona discharge as these dissipative FIBC bags are made up of fabric that contains quasi-conductive yarns.These FIBC antistatic type D bags at Rishi FIBC are designed to guarantee protection against unforeseen electrostatic hazards as the risks related to human errors are eliminated with the manufacturing and use of grounded Type C FIBC.The Type D FIBC bag is been safely and successfully used to pack materials like foods, chemicals, pharmaceuticals, minerals, pigments as well as other products.

FIBC (Flexible Intermediate Bulk Container) baffle bags are a type of bulk bag that is designed with internal baffles or walls to maintain the bags shape and stability during transportation and storage. The baffles or walls divide the bag into individual compartments, allowing the contents to settle uniformly and reducing the risk of bulging or collapsing.The design of FIBC baffle bags ensures that they can be filled to their maximum capacity without losing their shape or stability. The baffles or walls prevent the contents from shifting during transport or storage, improving the bags overall stability and reducing the risk of damage to the contents.FIBC baffle bags are typically made from woven polypropylene fabric, which provides strength and durability to handle the weight of the contents. These bags come with lifting loops for easy handling and transportation using forklifts or cranes.These bags can be customized with various features, such as liners, coatings, and discharge options, to suit different application requirements. They are widely used in the agriculture, construction, and chemical industries for the transportation and storage of a wide range of materials.INQUIRY NOW

Type C FIBC (Flexible Intermediate Bulk Container) bags are a type of bulk bag that are designed with conductive fabric or thread to provide static protection during the transportation and storage of flammable or combustible materials. Type C FIBC bags are also known as conductive FIBC bags.Also known as Conductive FIBC Bags, these Type C bags were originally made entirely from conductive materials. But today, Rishi FIBC provides Type C FIBC bags that are made from non-conductive polypropylene interwoven normally in a grid pattern with conduction yarns. The process involves the interconnection of conductive yarns electrically that are later connected to designated ground or earth bonding points.Here, during the stage of bulk bag filling and emptying operations, it is ensured that the ground or earth bonding points are connected to the system ground or earth. Moreover, when the conductive yarns and the connection to the ground or earth are interconnected during these operations, the use of Type C FIBC bags becomes critically safe.Though, it must be noted that while ensuring interconnection and grounding of Type C FIBC, there are chances of human errors as the operations are carried out manually.