Biophenols
Extracted from sustainable CNSL - Cashew Nutshell Liquid, these biophenols can be used as Phenolic alternatives in PCB board laminates, and can also be further modified to increase the sustainability and bio-content of phenolic based formulations.
Widely used in automotive brakes friction particles, phenolic and epoxy based marine and performance coatings, rubber plasticizers, phenolic and epoxy based adhesives, bio-surfactants, laminate resins, ion exchange resins.
Biophenol-Based Surfactants
Sustainable biophenol-based surfactants offers bio-degradability, excellent emulsification and washability and low-foaming. Can be widely used as bio-based alternatives in general purpose chemicals, textile printing and dyeing, leather chemical processing, paper manufacturing, agricultural chemicals, domestic washing detergents and others.
Epoxy Curing Agents, Diluents & Modifiers
Utilizing the CNSL natural accuring polyolefin C15 long chain polymer, as the backbone of our epoxy curing agents, diluents and modifiers. Not only does it imprease the bio-content of the epoxy formulations, it also imparts excellent impact and corrosion resistance. Widely used in epoxy-based coating formulations for Marine, Shipping Containers, Industrial Steel Structures, Machinery, Agricultural, Construction, Flooring, Adhesives etc.
Automotive Brakes : CNSL-Based Friction Resins
Friction resins and particles are synthesized from plant-based CNSL - Cashew Nutshell Liquid. In addition to the traditionally used powdered grades ; "Brown" and "Black" friction particles, we offer specially modified friction particles too. While improving the stability and friction co-efficiency, these offer higher heat and fade resistance, and better NVH reduction as well.
Biophenol-Based Polyols
These biophenol-based polyether polyols are produced from CNSL - Cashew Nutshell Lquid. It offers a high bio-content, good bonding and mechanical strength, high oxygen index, strong flame/fire resistance and excellent water resistance. Widely used in PU (polyurethane) Semi-rigid foam and Rigid foam systems, for automotive and construction. A renewable, bio-based way of improving the fire rating of building insulation materials.
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