Products

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® 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® 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® 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® 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.