Hose Yarns

Jacketing fabrics are primarily used in the manufacturing of Power Transmission Belts. The fabric is calendared with a suitable Rubber and then applied to the surface of the belt, they improve the belt’s wear resistance and enhance its friction characteristics. The fabrics are plain woven in square construction, and are made from high tenacity poly-cotton yarns of counts between 6’s and 20’s.

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To promote the flexion of belts over the pulleys the fabric must be applied to the belt in a biased manner, at an angle of 45 degrees.

We can produce 150 – 470 GSM fabrics in widths between 27 inches to 135 inches.

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Our fabrics are ‘selvedge-less’, which reduces additional processing costs for our customers.

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We can also manufacture semi-dyed mélange (grey) or fully black fabrics which reduce/ eliminate the dyeing operation of the belts at the customer’s factory.

Starch free sizing of our fabrics ensures that they have an excellent bonding to rubber.

Our specially engineered and heat-set warp sheets provide superior reinforcement for tires, conveyor belts, hoses, air springs, and other industrial rubber applications.

Designed to outperform conventional reinforcement fabrics, our warp sheets offer enhanced strength, durability, and dimensional stability while ensuring optimal adhesion and good processing efficiency.

​We can manufacture high strength warp sheets with EPI between 15 - 24 and PPI between 3 - 7 in Polyester, Nylon 6, Nylon 66 and other yarns as specified by the customer. With a focus on innovation, we also offer customised solutions to meet specific application requirements in terms of elongation, shrinkage, thickness, delivering greater bursting strength and improved handling during the production process.

Industrial conveyer belts find applications in a diverse set of industries ranging from mining, cement manufacturing, steel making, to transportation of heavy materials. Belting fabrics made of nylon and polyester are used to reinforce conveyer belts prolonging their operating life. Our strength lies in customising belting fabrics as per the customers requirement. Our fabrics are manufactured using high tenacity - high modulus and low shrinkage yarns to ensure excellent dimensional stability during operations.

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• We can manufacture wide width belting fabrics made of Nylon, Polyester and Poly-cotton with widths between 80cm – 220cm.
• Our belting fabrics are coated with our proprietary RFL (Resorcinol Formaldehyde Latex) solution to ensure an excellent adhesion to various types of rubbers including EPDM, NR, CR, SBR etc.
• Polyester, Aramid, Nylon6 or Nylon66 can be used as per the maximum temperature resistance and tensile strength required by the customer.
• In house spinning, warping, weaving and dipping facilities give us tight quality control over the end product.

We match our customer’s requirements in terms of construction, breaking strength, elongation, heat shrinkage, linear density, thickness and adhesion.

Single End Dipped cords made of Polyester & Aramid yarns can be manufactured in various constructions and finishes.

Our cords are made of High Modulus & Low Shrinkage yarns to ensure the power transmission belts maintain their dimensional stability over prolonged periods of time.

Our proprietary dip solutions provide an excellent adhesion of the yarn to various kinds of rubber substrates including NR, CR, SBR, CSM, EPDM etc.

Jacketing fabrics are primarily used in the manufacturing of Power Transmission Belts. The fabric is calendared with a suitable Rubber and then applied to the surface of the belt, they improve the belt’s wear resistance and enhance its friction characteristics. The fabrics are plain woven in square construction, and are made from high tenacity poly-cotton yarns of counts between 6’s and 20’s.

​

To promote the flexion of belts over the pulleys the fabric must be applied to the belt in a biased manner, at an angle of 45 degrees.

We can produce 150 – 470 GSM fabrics in widths between 27 inches to 135 inches.

​

Our fabrics are ‘selvedge-less’, which reduces additional processing costs for our customers.

​

We can also manufacture semi-dyed mélange (grey) or fully black fabrics which reduce/ eliminate the dyeing operation of the belts at the customer’s factory.

Starch free sizing of our fabrics ensures that they have an excellent bonding to rubber.

Our specially engineered and heat-set warp sheets provide superior reinforcement for tires, conveyor belts, hoses, air springs, and other industrial rubber applications.

Designed to outperform conventional reinforcement fabrics, our warp sheets offer enhanced strength, durability, and dimensional stability while ensuring optimal adhesion and good processing efficiency.

​We can manufacture high strength warp sheets with EPI between 15 - 24 and PPI between 3 - 7 in Polyester, Nylon 6, Nylon 66 and other yarns as specified by the customer. With a focus on innovation, we also offer customised solutions to meet specific application requirements in terms of elongation, shrinkage, thickness, delivering greater bursting strength and improved handling during the production process.

Industrial conveyer belts find applications in a diverse set of industries ranging from mining, cement manufacturing, steel making, to transportation of heavy materials. Belting fabrics made of nylon and polyester are used to reinforce conveyer belts prolonging their operating life. Our strength lies in customising belting fabrics as per the customers requirement. Our fabrics are manufactured using high tenacity - high modulus and low shrinkage yarns to ensure excellent dimensional stability during operations.

​

• We can manufacture wide width belting fabrics made of Nylon, Polyester and Poly-cotton with widths between 80cm – 220cm.
• Our belting fabrics are coated with our proprietary RFL (Resorcinol Formaldehyde Latex) solution to ensure an excellent adhesion to various types of rubbers including EPDM, NR, CR, SBR etc.
• Polyester, Aramid, Nylon6 or Nylon66 can be used as per the maximum temperature resistance and tensile strength required by the customer.
• In house spinning, warping, weaving and dipping facilities give us tight quality control over the end product.

We match our customer’s requirements in terms of construction, breaking strength, elongation, heat shrinkage, linear density, thickness and adhesion.