Products in Chemical Manufacturing: Pipes

Dynasylan® HYDROSIL 2776 is an advanced organosilane that transforms surfaces. As a versatile surface modifier and crosslinking agent, it excels in various applications. With its VOC-free composition, it enhances adhesion and coupling. This product is a game-changer for building materials, electrical components, and elastomers. Experience improved processability and exceptional performance in cables, laminates, and pipes with Dynasylan® HYDROSIL 2776.

Dynasylan® HYDROSIL 2926 is a versatile organosilane solution designed to enhance various applications. This water-based product acts as a surface modifier, crosslinking agent, and adhesion promoter. It effectively works with polymers like Polyethylenes (PE), Polypropylenes (PP), Epoxies (EP), and more. Meeting regulatory standards such as REACH Exempt, this liquid solution is available in cans and drums. Trust in its high performance and compatibility for improved results.

Dynasylan® HYDROSIL 2627 is an innovative surface modifier and crosslinking agent that transforms materials. Designed for glass and metal substrates, this VOC-free organosilane enhances adhesion and coupling. With a liquid water carrier, it ensures excellent processability. From cables to laminates, Dynasylan® HYDROSIL 2627 revolutionizes your plastics and elastomers with its versatile benefits.

USI Chemical Silane USi-402, as a co-monomer in polymers, can improve wet scrub resistance and abrasion resistance thanks to crosslinking and better adhesion to the substrate.

Nanjing Union Silicon Chemical Vinyl Silane USi-401 appears as colorless transparent liquid.

Yparex® 0H151 is a family of maleic-anhydride-(MAH)-functionalised polyolefins. For each of its many application areas Yparex® has suitable grades. The grades are characterized by density and melt flow index, melting temperature and the level of functional groups. Functionality for the varying application range is also obtained by using a large array of different base polymers and production technologies. The materials are produced under the highest quality standards allowing no residual unbonded maleic anhydride in the final product.

Yparex® 0H10 is a family of maleic-anhydride-(MAH)-functionalised polyolefins. For each of its many application areas Yparex® has suitable grades. The grades are characterized by density and melt flow index, melting temperature and the level of functional groups. Functionality for the varying application range is also obtained by using a large array of different base polymers and production technologies. The materials are produced under the highest quality standards allowing no residual unbonded maleic anhydride in the final product.

Yparex® 0H09 is a family of maleic-anhydride-(MAH)-functionalised polyolefins. For each of its many application areas Yparex® has suitable grades. The grades are characterized by density and melt flow index, melting temperature and the level of functional groups. Functionality for the varying application range is also obtained by using a large array of different base polymers and production technologies. The materials are produced under the highest quality standards allowing no residual unbonded maleic anhydride in the final product.

Yparex® 0H01 is a family of maleic-anhydride-(MAH)-functionalised polyolefins. For each of its many application areas Yparex® has suitable grades. The grades are characterized by density and melt flow index, melting temperature and the level of functional groups. Functionality for the varying application range is also obtained by using a large array of different base polymers and production technologies. The materials are produced under the highest quality standards allowing no residual unbonded maleic anhydride in the final product.

Yparex® 0H18 is a family of maleic-anhydride-(MAH)-functionalised polyolefins. For each of its many application areas Yparex® has suitable grades. The grades are characterized by density and melt flow index, melting temperature and the level of functional groups. Functionality for the varying application range is also obtained by using a large array of different base polymers and production technologies. The materials are produced under the highest quality standards allowing no residual unbonded maleic anhydride in the final product.

Yparex® 0H07 is a family of maleic-anhydride-(MAH)-functionalised polyolefins. For each of its many application areas Yparex® has suitable grades. The grades are characterized by density and melt flow index, melting temperature and the level of functional groups. Functionality for the varying application range is also obtained by using a large array of different base polymers and production technologies. The materials are produced under the highest quality standards allowing no residual unbonded maleic anhydride in the final product.

Yparex® 0H02 is a family of maleic-anhydride-(MAH)-functionalised polyolefins. For each of its many application areas Yparex® has suitable grades. The grades are characterized by density and melt flow index, melting temperature and the level of functional groups. Functionality for the varying application range is also obtained by using a large array of different base polymers and production technologies. The materials are produced under the highest quality standards allowing no residual unbonded maleic anhydride in the final product.

Yparex® 0H247 is a family of maleic-anhydride-(MAH)-functionalised polyolefins. For each of its many application areas Yparex® has suitable grades. The grades are characterized by density and melt flow index, melting temperature and the level of functional groups. Functionality for the varying application range is also obtained by using a large array of different base polymers and production technologies. The materials are produced under the highest quality standards allowing no residual unbonded maleic anhydride in the final product.