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

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: biaxially oriented one- and multi-layer metallized film

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: 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 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 one- and multi-layer film

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 antistatic properties. Application: biaxially oriented 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. Long-term antistatic and slip properties of film. Application: extruded and tubular biaxially oriented film

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, improved melt rheology. Application: caps, covers, packaging for detergents and hygiene products

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: pipes for sewage systems with high discard temperature, profiles, extrusion, blow molding.

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. Application: injection molded and extruded industrial-used articles, blow 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 stiffness and dimensional stability of articles, very good antistatic properties, improved melt rheology. Application: caps and covers, accessories, household appliances, injection 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, long-term antistatic properties, high performance nucleation, improved stiffness of articles, improved melt rheology Application: thin-walled articles, containers, flower pots, houseware.

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 stiffness and dimensional stability of articles, very good antistatic properties, improved melt rheology. Application: thin-walled package, 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: tape yarn for bags, baling twines and yarns

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 of stabilization package to water washing. Application: tape yarn for bags, tubular films

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, high resistance to fading from environmental exposure. Application: staple fiber

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. Formulation preventing from color fading from environmental exposure Application: needle punch geotextiles, staple fiber

Product obtained by polymerization of propylene in presence of complex metalorganic catalysts. It incorporates enhanced long-term thermal stability and fastness to light, thermal-oxidative degradation resistance at PP production, processing and use of PP-made articles. Application: thermally bonded nonwoven fabric, staple fiber

Product obtained by polymerization of propylene in presence of complex metalorganic catalysts. It incorporates enhanced long-term thermal stability and fastness to light, thermal-oxidative degradation resistance at PP production, processing and use of PP-made articles. Application: thermally bonded nonwoven fabric, staple fiber

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 of stabilization package to water washing. Application: tape yarn for bags and carpet warp

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.

Product obtained by polymerization of propylene in presence of complex metalorganic catalysts. It incorporates enhanced long-term thermal stability and fastness to light, improved thermal-oxidative degradation resistance at PP production, processing and use of PP-made articles Long-term antistatic properties High performance nucleation. Application: sheets extrusion, thermal molding

Product obtained by polymerization of propylene in presence of complex metalorganic catalysts. It incorporates enhanced long-term thermal stability and fastness to light, improved thermal-oxidative degradation resistance at PP production, processing and use of PP-made articles, high performance nucleation. Application: extrusion, thermal molding, injection 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, high performance nucleation, dimensional stability of articles. Application: extrusion, thermal molding, injection molding

Product obtained by polymerization of propylene in presence of complex metalorganic catalysts. It incorporates enhanced long-term thermal stability and fastness to light, improved thermal-oxidative degradation resistance at PP production, processing and use of PP-made articles, high performance nucleation, antistatic properties. Application: extrusion, thermal molding, 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: flat-slot extrusion film

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 transparence, higher processing rate. 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. Application: biaxially oriented one- and multi-layer film, thermal 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, high performance nucleation, UV resistance, improved antistatic and slip properties for finished articles production. Application: garden furniture, injection molded articles for industrial use, non-food containers.

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 performance nucleation, improved optical properties. Application: extruded film, thermal molding, injection molding

Product obtained by polymerization of propylene in presence of complex metalorganic catalysts. It incorporates enhanced long-term thermal stability and fastness to light, improved thermal-oxidative degradation resistance at PP production, processing and use of PP-made articles, high performance nucleation. Application: garden furniture, injection molding of thin-walled articles

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 performance nucleation, improved optical properties. Application: extrusion, thermal molding, extruded rigid film

Product obtained by copolymerization of propylene and ethylene in presence of complex metalorganic catalysts. It incorporates extra high long-term thermal stability, improved thermal-oxidative degradation resistance at PP production, processing and use of PP-made articles. Application: PPR80 class pipes for pressurized water system, foot contact materials

Product obtained by copolymerization of propylene and ethylene in presence of complex metalorganic catalysts. It incorporates enhanced long-term thermal stability and fastness to light, improved thermal-oxidative degradation resistance at PP production, processing and use of PP-made articles Application: extrusion of sheets, blow molding, tubular film

Product obtained by copolymerization of propylene and ethylene 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, tubular film

Product obtained by copolymerization of propylene and ethylene 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 slip and anti-adhesion properties Application: flat-slot extruded film, tubular film

Product obtained by copolymerization of propylene and ethylene 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 slip and anti-adhesion properties Application: flat-slot extruded film, tubular film

Product obtained by copolymerization of propylene and ethylene over complex metal-organic catalysts. Product is characterized by enhanced long-term thermal stability, thermal-oxidative resistance in PP production, its processing and use in PPbased articles. It is characterized by lower melting point and heat sealing. Application: product is intended for manufacture of BOPP film, cast film, food contact articles.

Product obtained by copolymerization of propylene and ethylene 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 performance nucleation, improved optical properties. Application: extrusion and blow molding, thermal molding, tubular film.