Brands

Electroblend is CIPC's line of conductive and statically dissipative compounds by incorporating electrically conductive and/or reinforcing filters such as carbon fiber and stainless steel fibers to produce compound with its resistivity range from 100 to 1000 ohms/sq mainly serving the electronic packaging and business machines markets. The key features of Electroblend compounds are to protect against static buildup and to insulate against current leakage. Typical applications are IC chips tray, tweetzer, carrier tape etc.

Flexiblend® compound is our company’s range of rubber modified polypropylene compounds developed mainly for applications requiring different range of flexibility and impact strength by incorporating varying levels of mineral fillers and impact modifiers. Flexiblend® is developed by combining the inherent flexible properties of natural rubber with the superb processibility of rubber modified thermoplastic compound. Flexiblend® compounds feature izod impact strength range from 80J/m to 580 J/m and flexibility range from shore A 70 to shore D 80. Flexiblend can be processed by using hi speed and precise injection molding, sheet extrusion machines or blow molding machines to make products with different flexibility and hardness

Toughblend compounds is made from a wide selection of base resins blended with reinforcers such as glass fiber, glass beads and carbon fiber. Toughblend compound is an excellent alternative to metal in application for products require improved mechanical properties, special toughness, dimensional stability, temperature and chemically resistance. As compared to neat resins, Toughblend offers spectacular improvements in terms of tensile strength, toughness ad other properties. As compared to metal, Toughblend allows product engineers more freedom to design injection molded parts with the benefits of lighter part weight which leads to better cost competitiveness. Most Toughblend compounds also come with some other properties such as flame retardant, wear resistant, lubricated and color.

Loyblend is CIPC line of thermoplastics alloy such as PC/ABS and PC/PBT with different flow and thermal properties. Loyblend PC/ABS is a compounded blend of polycarbonate and ABS. The PC contributes impact and heat distortion resistance, while the ABS contributes processability and chemical stress resistance. Loyblend PC/ABS is used for portable appliances, handphones, printer enclosures, automotive instrument panel retainers, laptop computer cases, camera housings, disk drives chassis etc. Loyblend PC/PBT is a compounded blend of Polycarbonate and PBT. The PC contributes impact, stiffness and heat resistance while the PBT contributes chemical resistance. The usual moisture sensitivity of the crystalline PBT is overcome by the PC in the blend. Loyblend PC/PBT is used in automotive side moldings, lawn and garden hoods, hand tools housings etc.

Mineralblend® compounds combine copolymer polyolefin with calcium carbonate, mica, tale and wollastonite for improved rigidity, dimensional stability, heat deflection temperature, creep resistant. Mineralblend® is a good alternative to Glass Fiber reinforced polypropylene compound for less demanding application. Mineralblend® is widely used in automotive bumpers, automotive headlamp housing, badges/license plate holders, body side moldings, motorcycle leg shield, elegant furniture, home appliances housings etc. All Mineralblend® compounds can be colored to meet stringent esthetic requirements. Product development personnel can opt for Mineralblend to replace PVC compound as it is less toxic and less abrasive for mold and toolings.

FRblend is CIPC's line of flame retardant compounds with FR UL94 ratings from V-1 to V-0 at 1.6mm and 0.8mm thickness mainly for electrical applications such as circuit breaker, socket backplate, electrical bobbin etc. Besides the flammability concerns, our engineers also formulate FRblend to meet other stringent properties such as flow characteristics, thermal stress, excellent impact strength by incorporating additives and/or fillers. FRblend can also be colored to meet stringent esthetic requirements.

Smoothblend wear resistant compounds offer superior lubricity by incorporating PTFE, Silicone and / or aramid fiber for applications demanding stringent wear resistant properties such as mechanical gears and moving mechanical parts. Smoothblend compounds is also formulated to meet stringent mechanical and thermal properties by incorporating reinforcing and / or mineral fillers. moothblend compounds are made from engineering thermoplastics such as Acetal, Polycarbonate, Nylon, ABS, PPO etc. This compounds help eliminate tedious and time consuming jobs relating to frequent physical external surface lubrication of machine and equipments moving components which results in highly durable and hassle free performance. Smoothblend can also be formulated to be acid and corrosion resistance which makes it a far better alternative to metals.