Product obtained by polymerization of propylene in presence of complex metalorganic catalysts. It incorporates long-term thermal stability, thermal-oxidative degradation resistance during PP production, processing and use of PP-made articles. Application: films, medical fabrics, furniture coating and upholstery, nonwoven fabric, food contact materials.

Product obtained by polymerization of propylene in presence of complex metalorganic catalysts. It incorporates increased long-term thermal stability, thermal-oxidative degradation resistance during PP production, processing and use of PP-made articles. Application: molded technical and domestic articles, compounding, PP sacks lamination, film, food contact materials.

Product obtained by polymerization of propylene in presence of complex metalorganic catalysts. It incorporates increased long-term thermal stability, thermal-oxidative degradation resistance during PP production, processing and use of PP-made articles, improved slip properties to prevent sticking of film layers, improved melt rheology. Application: flat-slot extrusion film

Product obtained by polymerization of propylene in presence of complex metalorganic catalysts. It incorporates increased long-term thermal stability, thermal-oxidative degradation resistance during PP production, processing and use of PP-made articles, improved slip properties to prevent sticking of film layers, improved melt rheology, higher degree of shear. Application: flat-slot extrusion film, multilayer film for foods and household materials

Product obtained by polymerization of propylene in presence of complex metalorganic catalysts. It incorporates long-term thermal stability, thermal-oxidative degradation resistance at PP production, processing and use of PP-made articles, resistance to fading from environmental exposure, improved melt rheology. Application: diapers, medical and sanitary fabrics, furniture coating and upholstery, nonwoven fabric obtained from melt, food contact materials

Product obtained by polymerization of propylene in presence of complex metalorganic catalysts. It incorporates enhanced long-term thermal stability, thermal-oxidative degradation resistance at PP production, processing and use of PP-made articles, resistance to fading from environmental exposure. Application: fabrics, nonwoven fabrics, hygiene items.

Product obtained by polymerization of propylene in presence of complex metalorganic catalysts. It incorporates enhanced long-term thermal stability, thermal-oxidative degradation resistance at PP production, processing and use of PP-made articles, improved melt rheology, improved antistatic properties for finished articles production. Application: diapers, medical and sanitary fabrics, furniture coating and upholstery material, nonwoven fabrics.

Product obtained by polymerization of propylene in presence of complex metalorganic catalysts. It incorporates high long-term thermal stability, enhanced thermal-oxidative degradation resistance at PP production, processing and use of PP-made articles. Application: shaped items, pipes, extrusion, blow molding

Product obtained by polymerization of propylene in presence of complex metalorganic catalysts. It incorporates increased long-term thermal stability, thermal-oxidative degradation resistance during PP production, processing and use of PP-made articles, improved slip properties to prevent sticking of film layers, improved melt rheology. Application: flat-slot extrusion and tubular films

Product obtained by polymerization of propylene in presence of complex metalorganic catalysts. It incorporates increased long-term thermal stability, thermal-oxidative degradation resistance during PP production, processing and use of PP-made articles. Long-term antistatic and slip properties of film. Application: biaxially oriented one- and multi-layer film

Product obtained by polymerization of propylene in presence of complex metalorganic catalysts. It incorporates increased long-term thermal stability, thermal-oxidative degradation resistance during PP production, processing and use of PP-made articles. Long-term antistatic and slip properties of film. Application: biaxially oriented one- and multi-layer film

Product obtained by polymerization of propylene in presence of complex metalorganic catalysts. It incorporates increased long-term thermal stability, thermal-oxidative degradation resistance during PP production, processing and use of PP-made articles. Application: biaxially oriented one- and multi-layer metallized film

Product obtained by polymerization of propylene in presence of complex metalorganic catalysts. It incorporates increased long-term thermal stability, thermal-oxidative degradation resistance during PP production, processing and use of PP-made articles. Application: biaxially oriented metallized film

Product obtained by polymerization of propylene in presence of complex metalorganic catalysts. It incorporates increased long-term thermal stability, thermal-oxidative degradation resistance during PP production, processing and use of PP-made articles. Application: biaxially oriented metallized film

Product obtained by polymerization of propylene in presence of complex metalorganic catalysts. It incorporates extra high long-term thermal stability, thermal-oxidative degradation resistance at PP production, processing and use of PP-made articles. Improved antistatic properties for articles production. Application: molded and extruded industrial-used articles, sheets and profiles, extrusion, molding.

Product obtained by polymerization of propylene in presence of complex metalorganic catalysts. It incorporates enhanced long-term thermal stability, thermal-oxidative degradation resistance at PP production, processing and use of PP-made articles, improved extraction at mold release, very good antistatic properties, improved melt rheology. Application: thin-walled package, accessories, household appliances, injection molding

Product obtained by polymerization of propylene in presence of complex metalorganic catalysts. It incorporates increased long-term thermal stability, thermal-oxidative degradation resistance during PP production, processing and use of PP-made articles. Application: carpet threads, tubular film, upholstery, lamination

Product obtained by polymerization of propylene in presence of complex metalorganic catalysts. It incorporates enhanced long-term thermal stability, thermal-oxidative degradation resistance at PP production, processing and use of PP-made articles, high resistance to fading from environmental exposure. Application: flat-slot extrusion and tubular films, upholstery, belts

Product obtained by polymerization of propylene in presence of complex metalorganic catalysts. It incorporates enhanced long-term thermal stability, thermal-oxidative degradation resistance at PP production, processing and use of PP-made articles, improved resistance to fading from environmental exposure. Application: flat-slot extrusion film, tubular film, bulk continuous filament and filament yarn.

Product obtained by polymerization of propylene in presence of complex metalorganic catalysts. It incorporates enhanced long-term thermal stability, thermal-oxidative degradation resistance at PP production, processing and use of PP-made articles, improved melt rheology. Application: nonwoven fabrics, filament yarn.

Product obtained by polymerization of propylene in presence of complex metalorganic catalysts. It incorporates enhanced long-term thermal stability, thermal-oxidative degradation resistance at PP production, processing and use of PP-made articles, improved melt rheology, resistance to fading from environmental exposure. Application: nonwoven fabrics, filament yarn.

Product obtained by polymerization of propylene in presence of complex metalorganic catalysts. It incorporates enhanced long-term thermal stability, thermal-oxidative degradation resistance at PP production, processing and use of PP-made articles, improved resistance to fading from environmental exposure, improved melt rheology Application: nonwoven fabrics, filament yarn.

Product obtained by polymerization of propylene in presence of complex metalorganic catalysts. It incorporates enhanced long-term thermal stability, thermal-oxidative degradation resistance at PP production, processing and use of PP-made articles, high resistance to fading from environmental exposure, improved melt rheology. Application: diapers, medical and sanitary fabrics, furniture coating and upholstery.

Product obtained by polymerization of propylene in presence of complex metalorganic catalysts. It incorporates long-term thermal stability, thermal-oxidative degradation resistance during PP production, processing and use of PP-made articles. Application: multifilament yarn

Product obtained by polymerization of propylene in presence of complex metalorganic catalysts. It incorporates enhanced long-term thermal stability, thermal-oxidative degradation resistance at PP production, processing and use of PP-made articles, improved extraction at mold release, very good antistatic properties. Application: caps and covers, accessories, thin-walled injection molding.

Product obtained by polymerization of propylene in presence of complex metalorganic catalysts. It incorporates high long-term thermal stability, enhanced thermal-oxidative degradation resistance at PP production, processing and use of PP-made articles. Application: pipes, profiles, sling belt, extrusion, blow molding.

Product obtained by polymerization of propylene in presence of complex metalorganic catalysts. It incorporates high long-term thermal stability, thermal-oxidative degradation resistance at PP production, processing and use of PP-made articles. Application: profiles, sling belt, extrusion, blow molding.

Product obtained by polymerization of propylene in presence of complex metalorganic catalysts. It incorporates increased long-term thermal stability, thermal-oxidative degradation resistance during PP production, processing and use of PP-made articles. Application: injection molded and extruded industrial-used articles.

Product obtained by polymerization of propylene in presence of complex metalorganic catalysts. It incorporates increased long-term thermal stability, thermal-oxidative degradation resistance during PP production, processing and use of PP-made articles. Application: injection molded and extruded articles for industrial and household use, thermal molding, compounding, food contact materials

Product obtained by polymerization of propylene in presence of complex metalorganic catalysts. It incorporates increased long-term thermal stability, thermal-oxidative degradation resistance during PP production, processing and use of PP-made articles. Application: injection molding, extrusion, thermal molding, compounding

Product obtained by polymerization of propylene in presence of complex metalorganic catalysts. It incorporates increased long-term thermal stability, thermal-oxidative degradation resistance during PP production, processing and use of PP-made articles. Application: injection molded articles for industrial and household use

Product obtained by polymerization of propylene in presence of complex metalorganic catalysts. It incorporates increased long-term thermal stability, thermal-oxidative degradation resistance during PP production, processing and use of PP-made articles. Application: injection molded articles for industrial and household use, compounding

Product obtained by polymerization of propylene in presence of complex metalorganic catalysts. It incorporates increased long-term thermal stability, thermal-oxidative degradation resistance during PP production, processing and use of PP-made articles. Application: injection molded articles for industrial and household use, compounding, food contact materials

Product obtained by polymerization of propylene in presence of complex metalorganic catalysts. It incorporates increased long-term thermal stability, thermal-oxidative degradation resistance during PP production, processing and use of PP-made articles. Application: injection molded articles for industrial and household use, compounding

Product obtained by polymerization of propylene in presence of complex metalorganic catalysts. It incorporates increased long-term thermal stability, thermal-oxidative degradation resistance during PP production, processing and use of PP-made articles. Application: accessories, household appliances, injection molding

Product obtained by polymerization of propylene in presence of complex metalorganic catalysts. It incorporates increased long-term thermal stability, thermal-oxidative degradation resistance during PP production, processing and use of PP-made articles. Application: packing materials, belts, tape yarn, technical components, extrusion, thermal molding

Product obtained by polymerization of propylene in presence of complex metalorganic catalysts. It incorporates increased long-term thermal stability, thermal-oxidative degradation resistance during PP production, processing and use of PP-made articles. Application: filament yarn, staple fibre

Product obtained by polymerization of propylene in presence of complex metalorganic catalysts. It incorporates increased long-term thermal stability, thermal-oxidative degradation resistance during PP production, processing and use of PP-made articles. Application: packing twine and ropes, sheets for office folders manufacturing, raffia

Product obtained by polymerization of propylene in presence of complex metalorganic catalysts. It incorporates increased long-term thermal stability, thermal-oxidative degradation resistance during PP production, processing and use of PP-made articles. Application: flat-slot extruded film, belts, threads, monofilament, tape

Product obtained by polymerization of propylene in presence of complex metalorganic catalysts. It incorporates increased long-term thermal stability, thermal-oxidative degradation resistance during PP production, processing and use of PP-made articles. Application: biaxially oriented film