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: tubular film for manufacturing of buckets, bottles, packaging and other hollow components of big and medium size by extrusion, blow molding of industrial-use 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, better transparence, improved antistatic properties. Application: packaging materials manufactured by injection molding, extrusion and thermal molding.

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, better transparence, improved antistatic properties. Application: packaging, housewares, containers.

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, resistance to fading from environmental exposure. Application: staple fiber for nonwoven fabrics, a component for reduction of homopolymer fibers stiffness

Product obtained by copolymerization of propylene and ethylene in presence of complex metalorganic catalysts. It incorporates high thermal-oxidative degradation resistance at PP production, processing and use of PP-made articles. Application: extrusion and blow molding.

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, injection molding of covers

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 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 antistatic properties. Application: flat-slot extrusion film, 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, effective nucleation, improved transparency, improved antistatic properties. Application: utensil, containers, injection molding, flat die extrusion 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, improved transparency, improved antistatic properties. Application: utensil, thin-wall injection molding.

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, effective nucleation, improved optical properties, improved antistatic properties, improved melt rheology. Application: thin-wall injection molding.

Product obtained by copolymerization of propylene and ethylene in presence of complex metalorganic catalysts. It incorporates high thermal-oxidative degradation resistance during PP production, processing and use of PP-made articles, improved transparency, improved antistatic properties. Application: extrusion, thermal molding, injection-blow molding, single and multi layer sheets.

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, effective nucleation, improved optical properties, improved antistatic properties, improved melt rheology. Application: injection molding for high quality food packing.

Product obtained by copolymerization of propylene and ethylene in presence of complex metalorganic catalysts. It incorporates high thermal-oxidative degradation resistance during PP production, processing and use of PP-made articles, improved transparency, improved antistatic properties. Application: extrusion, thermal molding, injection-blow molding, single and multi layer sheets.

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, improved transparency, improved antistatic properties. Application: consumer goods packing, injection molding.

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, improved optical properties, higher gloss of article surface, improved antistatic properties, easy removal from press molds. Application: injection molding, caps, sealing, transparent containers, CD/DVD disks packing.

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, improved optical properties, improved antistatic properties ,improved melt rheology, higher gloss of article surface, easy removal of articles from molds. Application: high velocity injection molding, high quality packing for food items, transparent containers, caps.

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, improved optical properties, improved antistatic properties, improved melt rheology, higher gloss of article surface, easy removal of articles from molds. Application: high velocity injection molding, high quality packing for food items, transparent containers, caps, CD/DVD disks packing.

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, improved optical properties, improved antistatic properties, improved melt rheology, higher gloss of article surface, easy removal of articles from molds. Application: very high velocity injection molding, high quality packing for food items, transparent containers, caps.

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, improved optical properties, improved antistatic properties, improved melt rheology, higher gloss of article surface, easy removal of articles from molds. Application: high velocity injection molding, high quality packing for food items, transparent containers, caps.

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, improved optical properties, improved antistatic properties, improved melt rheology, higher gloss of article surface, easy removal of articles from molds. Application: very high velocity injection molding, high quality packing for food items, transparent containers, caps.

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, improved optical properties, improved antistatic properties, higher gloss of article surface. Application: high velocity injection molding, high quality packing for food items, transparent containers, caps, food contact materials

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, improved optical properties, improved antistatic properties, higher gloss of article surface. Application: high velocity injection molding, food items packing, transparent containers, caps.

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 articles. It has improved optic, antistatic properties, enhanced glossy surface of articles. Application: food items packing, transparent con-tainers, caps produced byhigh velocity injection molding under pressure.

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 has improved optic, antistatic properties, enhanced glossy surface of articles. Application: product is intended for manufacture of high quality food film, transparent containers, covers, manufacture of medical articles by pressure injection molding.

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 usage of the articles made of it. It has improved optic, antistatic properties, enhanced glossy surface of articles. Application: food items packing, transparent containers, caps produced by high velocity injection molding under pressure.

Product obtained by copolymerization of propylene and ethylene in presence of complex metalorganic catalysts. It incorporates higher long-term thermal stability, thermal-oxidative degradation resistance during PP production, processing and use of PP-made articles, improved antistatic properties for articles production. Application: extrusion and thermal molding, blow molding.

Product obtained by copolymerization of propylene and ethylene in presence of complex metalorganic catalysts. It incorporates higher long-term thermal stability, thermal-oxidative degradation resistance during PP production, processing and use of PP-made articles, improved antistatic properties for articles production. Application: extrusion and thermal molding, injection molding.

Product obtained by copolymerization of propylene and ethylene in presence of complex metalorganic catalysts. It incorporates higher long-term thermal stability, thermal-oxidative degradation resistance during PP production, processing and use of PP-made articles, improved antistatic properties for articles production. Application: extrusion and thermal molding, blow molding.

Product obtained by copolymerization of propylene and ethylene in presence of complex metalorganic catalysts. It incorporates higher long-term thermal stability, thermal-oxidative degradation resistance during PP production, processing and use of PP-made articles, improved antistatic properties for articles production. Application: extrusion and thermal molding, blow molding, injection molding.

Product obtained by copolymerization of propylene and ethylene 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, improved melt rheology. Contains highly efficient heat stabilizers in stabilization package, antistatic, slip agent, nucleating agent. Application: high quality sealing, caps, closures produced by injection molding or compression molding.

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. Improved melt rheology. Contains highly efficient heat stabilizers in stabilization package, antistatic, slip agent, nucleating agent. Application:caps, closures produced by injection molding or compression molding.

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, anti-static properties for production and exploiting of articles, effective nucleation. Application: thin-wall injection molding, compounding, composition with "long" fiberglass.

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, improved melt rheology, effective nucleation. Application: caps and closures, utensil, injection molding, tare.

Product obtained by copolymerization of propylene and ethylene over organometallic catalyst complexes. Product features better long-term thermal stability, thermal-oxidative resistance, improved physical and mechanical properties, higher modulus, and elasticity. Application: injection molding for manufacturing packing, buckets, containers, dish ware; automotive industry.

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, anti-static properties for production and exploiting of articles, effective nucleation. Application: thin-wall injection molding.

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, anti-static properties for production of articles, effective nucleation. Application: extrusion and thermal molding, sheets and profiles.

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, anti-static properties for production of articles, effective nucleation. Application: furniture, regular injection molding.

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: corrugated sheet, blow molding.

Product obtained by copolymerization of propylene and ethylene in presence of complex metalorganic catalysts. It incorporates higher long-term thermal stability, thermal-oxidative degradation resistance during PP production, processing and use of PP-made articles, improved antistatic properties for articles production. Application: blow molding, extrusion and thermal molding.