PDCPD-RIM RESIN

PDCPD, as a new type of material, is a polymer with a certain degree of cross-linking formed by organometallic-catalyzed polymerization of dicyclopentadiene. And with mechanical properties similar to those of thermoplastic engineering plastics, it is an excellent material with high strength and high toughness. This material also embodies the full application in the medical field, according to the demand for medical equipment will increase dramatically. And the traditional medical equipment manufacturing technology is backward, the materials used in the equipment are mostly stainless steel, heavy mass, easy to conduct heat, poor structural accuracy, thus limiting the development of high-quality medical equipment. Due to the emergence of PDCPD new materials, and can be produced in light weight, large volume, spatial structure of the accurate medical equipment, these products have low thermal conductivity, high electrical insulation, and in the addition of a certain flame retardant, but also to meet the national flame retardant requirements for indoor plastics. Based on the above excellent characteristics, PDCPD new materials can provide a guarantee for the innovative development of medical equipment.  

Polydicyclopentadiene (PDCPD for short) is a remarkable environmentally friendly new material in today's world. It is a polymer made from the purified dicyclopentadiene (DCPD) of petrochemical by-products C5 and C9 fractions, which is polymerized by metal-catalyzed olefinic decomposition reaction.   Its production process is reaction injection molding, the whole process is exothermic reaction, energy consumption is very small, no waste water, waste residue in the molding process, emissions are almost zero, and the products can be harmless regeneration and utilization, to achieve a complete closure of the entire industrial chain, is a model of "green chemistry".   PDCPD products not only have the flexible molding characteristics of thermoset materials, but also have similar performance characteristics with thermoplastic materials, which is described as "incredible" ductile materials. The material is light (specific gravity close to water), free design, not only has a high modulus of elasticity, but also has a very high impact resistance, high creep resistance, thermal stability, and outstanding corrosion resistance, weather resistance and paintability, is more suitable for the manufacture of construction machinery, agricultural machinery, trucks, automobile coverings, and sanitary ware, purification tanks, as represented by the integration of large-scale molding products. It is the ideal material to replace glass fiber reinforced plastic, some plastics, metal sheet metal parts, carbon fiber and alloy in the future, and is also the ideal choice for the lightweighting of equipment in new energy vehicles, wind power generation, unmanned aerial vehicles, tunnel templates, robots and many other emerging industries, with a wide range of applications, widely used in automobile manufacturing, construction templates, agricultural machinery, military, civil, medical, scientific research, national defense and other fields, with great potential and development potential. The market potential and development space is huge.