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, 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: thermal molding, 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: tare, profiles, thermal molding, blow molding, 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: tare, boxes, trays, injection molding, 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: packing, utensil, automotive components, 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: packing, utensil, automotive components, 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: compounding, injection molding

Product obtained by copolymerization of propylene and ethylene in presence of complex metalorganic catalysts. It incorporates very high long-term thermal stability, thermal-oxidative degradation resistance during PP production, processing and use of PP-made articles. Application: compounding, 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: drain piping, piping and fittings, corrugated cardboard, blow molding.

Product obtained by copolymerization of propylene and ethylene in presence of complex metalorganic catalysts. It incorporates very high 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, piping, thermal molding, tubular film.

Product obtained by copolymerization of propylene and ethylene in presence of complex metalorganic catalysts. It incorporates very high long-term thermal stability, thermal-oxidative degradation resistance during PP production, processing and use of PP-made articles. Application: battery jars, finishing materials for luggage bags, cables and wires.

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. Application: tare, transport boxes 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 melt rheology, effective nucleation. Application: tare, utensil, luggage bags, 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, improved melt rheology, effective nucleation. Application: thin-wall injection molding, furniture, toys, 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, anti-static properties for production of articles, effective nucleation, better removal of articles from molds, improved melt rheology. Application: toys, sports requisites, household commodity, 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 antistatic properties, effective nucleation. Application: packing, utensil, injection molding, 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 antistatic properties, effective nucleation. Application: packing, utensil, 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 and exploiting of articles, effective nucleation. Application: thin-wall injection molding, 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, 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. Contains highly efficient heat stabilizers in stabilization package, antistatic, nucleating agent. Application: packing, automotive components by 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. Application: utensil, thin-wall injection molding of 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, antistatic properties. Application: toys, sports requisites, household commodity, thin wall injection molding.

Product obtained by copolymerization of propylene and ethylene in presence of complex metalorganic catalysts. It incorporates high physical and mechanical performance for PP articles production with high stress cracking and low temperature resistance. Application: packing (containers), utensil, tare, battery jars, automotive components by extrusion and blow molding, 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. Application: thermal molding, profiles, tare, boxes, trays, injection molding.

Product obtained by copolymerization of propylene and ethylene in presence of complex metalorganic catalysts. It incorporates high physical and mechanical performance for PP articles production with high stress cracking and low temperature resistance (higher flexural modulus). Application: packing, utensil, compounding, automotive components by 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. Application: blow molding, extrusion and thermal molding, corrugated plate.

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. Application: tare, utensil, luggage bags components, regular injection molding.

Product obtained by propylene and ethylene co-polymerization over organometallic catalyst complexes. Stabilization: antacid, heat stabiliser, processing additive, dispersing agent. Product is characterized by enhanced physical and mechanical properties, applicable in ESCR production (enhanced flexural modulus). Application: packing, utensil, compounding, automotive components by injection molding.

Product obtained by copolymerization of propylene and ethylene in presence of complex metalorganic catalysts. It incorporates increased long-term thermal stability, higher thermal-oxidative degradation resistance during PP production, processing and use of PP-made articles. Improved physical and mechanical properties. Advanced physical and mechanical properties Improved elasticity coefficient, yieldability, impact strength. Application: packing, buckets, containers, utensil. Automotive components by injection molding, 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, effective nucleation. Application: caps and closures, utensil, automotive components.

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: utensil, storage tanks, tare, 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: thin-wall injection molding, furniture, toys, 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, anti-static properties for production and exploiting of articles, effective nucleation. Application: utensil, thin-wall injection molding of 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, anti-static properties for production 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. Application: industrial-use articles, automotive components.

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: automobile bumpers, articles exposed to environment.

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: tare production, 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: automotive components, tare, boxes, trays, articles exposed to environment.

Product obtained by copolymerization of propylene and ethylene in presence of complex metalorganic catalysts. It incorporates very high long-term thermal stability, thermal-oxidative degradation resistance during PP production, processing and use of PP-made articles, very high resistance to UV exposure, improved melt rheology, effective nucleation. Application: automobile bumpers, articles exposed to environment.

Product obtained by copolymerization of propylene and ethylene in presence of complex metalorganic catalysts. It incorporates very high long-term thermal stability, thermal-oxidative degradation resistance during PP production, processing and use of PP-made articles, very high resistance to UV exposure, improved melt rheology, effective nucleation. Application: automobile bumpers, articles exposed to environment.