Description :
★ cnsl is a by-product of cashew nut industry.
★ it is a pericarp fluid and is extracted as oil from cashew nut shell.
★ cnsl is a natural product with no chemicals.
★ cnsl occurs in the nut, mainly around 90% as anacardic acid and around 10% as cardol.
Application :
★ cnsl is potential raw material for systhenis of water-resistant resins and polymers.
★ primarily used as raw material for cnsl liquid resin, pf resin and cashew friction dust (fd) for automobile break linings.
★ cnsl is also used for manufacture of paint and varnishes, epoxy resins and oil soluble resins, surface active agent, synthetic rubber and wax compounding, foundry resins etc.
Specification :
advantages of use of cnsl :
★ cnsl is natural cheaper phenol.
★ readily can be used for polymerization as chemical modification.
★ has more impact resistance, flexibility, faster heat dissipation etc than phenolics.
★ easily soluble in organic solvents.
★ good electrical resistance.
★ better water repellence.
★ better characteristics for friction resistance.
★ has better cold wear resistance.
★ resistance to alkali and acid.
★ antimicrobial nature.
★ compatibility with other polymers.

Description :
★ cnsl is a by-product of cashew nut industry.
★ it is a pericarp fluid and is extracted as oil from cashew nut shell.
★ cnsl is a natural product with no chemicals.
★ cnsl occurs in the nut, mainly around 90% as anacardic acid and around 10% as cardol.
Application :
★ cnsl is potential raw material for systhenis of water-resistant resins and polymers.
★ primarily used as raw material for cnsl liquid resin, pf resin and cashew friction dust (fd) for automobile break linings.
★ cnsl is also used for manufacture of paint and varnishes, epoxy resins and oil soluble resins, surface active agent, synthetic rubber and wax compounding, foundry resins etc.
Specification :
advantages of use of cnsl :
★ cnsl is natural cheaper phenol.
★ readily can be used for polymerization as chemical modification.
★ has more impact resistance, flexibility, faster heat dissipation etc than phenolics.
★ easily soluble in organic solvents.
★ good electrical resistance.
★ better water repellence.
★ better characteristics for friction resistance.
★ has better cold wear resistance.
★ resistance to alkali and acid.
★ antimicrobial nature.
★ compatibility with other polymers.