Golden Cashew Products Pvt. Ltd. Sedarapet, Pondicherry

cnsl friction particle is used in disc pad brakes and drum linings as a stabilizing agent. These particles (sometimes called friction dust) have a resilient nature which cushions the engaging property of a piece of lining. Friction dust is crossed linked product obtained from the reaction of cashew nut shell liquid with different aldehyde donors like formaldehyde hexamine para formaldehyde to achieve the desired friction dust properties. Basically it is a phenol formaldehyde resin, which is polymerized and reacted with any one of the aldehyde donors and made to powder form of various standard mesh sizes.

CNSL is a reddish brown viscous liquid extracted from a soft honeycomb structure inside the cashew nutshell and is a by-product of the Cashew industry.It is extracted from the cashew nut shell, which is a pericarp fluid of the Shell nut. CNSL is a mixture of four components: all are substituted phenols - anacardic acid (I), cardanol (II), cardol(III) and 2-methyl cardol(IV). Anacardic Acid and Cardanol are monohydric phenols whereas Cardol and 2-methyl cardol are dihydric phenols. In the nut, CNSL occurs mainly as an anacardic acid (~90%) and cardol around slightly lower than 10%. The dual phenolic/alkenyl nature of CNSL makes it a potential natural raw material for the synthesis of water-resistant resins and polymers.   Properties CNSL undergoes all typical phenolic reactions. Its versatility in polymerization, chemicals modification and low cost find its application in the polymeric based industries. Its properties have advantages over phenolic in certain applications such as impact resistance, flexibility, faster heat dissipation, anti corrosive, anti- microbial, insecticidal and resistant to alkali and acid solutions as well as mineral and fatty oils and various organic solvents.   Applications CNSL is primarily used as raw material for CNSL Liquid Resin, PF Resin and Cashew Friction Dust(CFD) for Automobile Brake linings. It is also used for the manufacture of Paint and Varnishes, Epoxy Resins and Oil soluble Resins, Surface Active Agent, Synthetic Rubber & Wax compounding, Foundry Resins, etc... Low-cost Phenol Versatility in Polymerization as Chemical Modification Property advantage over phenolics in application such as impact resistance, flexibility, faster heat dissipation, etc. Solubility in Organic Solvents Improved Process ability Low fade characteristics for friction Resistance to 'Cold Wear' Good electrical resistance Better water repellence Improved alkali and acid resistance Compatibility with other polymers Antimicrobial property The CNSL-based products not only enhance and improve the quality but also impart distinct performance of the product. They find extensive use in automotive Brake Lining and Clutch facing applications as binders / friction dust. CNSL–Formaldehyde (CF) resins improve impact properties and reduce fade considerably by dissipating heat faster than phenol. Moreover, the cost of CF resins is always lower than that of PF resins.

We are a prominent Cashew Nut Shell Liquid Manufacturer, Exporter and Supplier, offering a by-product of the Cashew Industry. Cashew Nut Shell Liquid offered by us is a natural product, free from artificial elements and impurities. We have emerged as leading Distilled Cashew Nut Shell Liquid Manufacturers. Cashew Nut Shell Liquid that we offer is a pericarp fluid of cashew nut shell. Our Cashew Nut Shell Liquid has a mixture of anacardic acid, cardanol, cardol and 2-methyl cardol. Cashew Nut Shell Liquid provided by us is widely used in various industries. Buy the best quality CSNL from the best Cashew Nutshell Liquid Suppliers. We are a leading CSNL Supplier in the market. Why Our Cashew Nut Shell Liquid? Low fade characteristics for friction Improved alkali and acid resistance Low-cost Phenol Versatility in Polymerization as Chemical Modification Better than phenolics in terms of Impact resistance Flexibility Faster heat dissipation Solubility in Organic Solvents Antimicrobial property Improved Process ability Resistance to Cold Wear Good electrical resistance Better water repellence Compatibility with other polymers   ApplicationsCNSL is primarily used as raw material for CNSL Liquid Resin, PF Resin and Cashew Friction Dust(CFD) for Automobile Brake linings. It is also used for the manufacture of Paint and Varnishes, Epoxy Resins and Oil soluble Resins, Surface Active Agent, Synthetic Rubber & Wax compounding, Foundry Resins, etc. Low-cost Phenol Versatility in Polymerization as Chemical Modification Property advantage over phenolics in application such as impact resistance, flexibility, faster heat dissipation, etc. Solubility in Organic Solvents Improved Process ability Low fade characteristics for friction Resistance to 'Cold Wear' Good electrical resistance Better water repellence Improved alkali and acid resistance Compatibility with other polymers Antimicrobial property   The CNSL-based products not only enhance and improve the quality but also impart distinct performance of the product. They find extensive use in automotive Brake Lining and Clutch facing applications as binders / friction dust. CNSL–Formaldehyde (CF) resins improve impact properties and reduce fade considerably by dissipating heat faster than phenol. Moreover, the cost of CF resins is always lower than that of PF resins. PropertiesCNSL undergoes all typical phenolic reactions. Its versatility in polymerization, chemicals modification and low cost find its application in the polymeric based industries. Its properties have advantages over phenolic in certain applications such as impact resistance, flexibility, faster heat dissipation, anti corrosive, anti- microbial, insecticidal and resistant to alkali and acid solutions as well as mineral and fatty oils and various organic solvents.

Material : Nut Shell

Application : Hair Oil

Cultivation Type : Organic

Color : Light Cream

Purity : 99%

Packaging Type : Tinned Can

Form : Liquid

Cardanol also known as distilled cashew nut shell liquid is obtained in the distillation process of technical cnsl under reduced pressure. The distillation takes place at high temperature and distilled cnsl vapours are received through high vacuum. The average unsaturation of about two double bonds in the side chain of the cardanol molecules make cross linking easy and provides a satisfactory gradual drying and baking properties to paints prepared from it. Because of its peculiar structure cardanol varnishes have high electric insulation, greater resistance to water, chemicals and good flexibility.