Lubricants

Lubricants Industry

Based on Alkyl Methacrylate type polymer design (PMA).
Offers significant control over low viscosity under shear conditions.
Highly effective in reducing plastic viscosity.
Recommended for high shear stable hydraulic oils for use in wide temperature range.
Applicable for use in Engine Oils, Gear Oils and Hydraulic Fluids.
Wax inhibitor and crystal growth modifier action in both heavy and light crudes.

Based on Alkyl Methacrylate type polymer design (PMA).
Offer very high to high VI improvement in combination with very high Shear stability.
Recommended for high shear stable hydraulic oils for use in wide temperature range.
Optimized to for pourpoint demulsibility and hydraulic stability.
Applicable for use in Engine Oils, Gear Oils and Hydraulic Fluids.
Can be customised based on required CST Viscosity and Shear Stability Index.

Foaming is an undesirable side effect of certain industrial processes which reduces processing and storage capacity, decreases operating efficiencies, and creates problems with product quality and performance.
To effectively control foaming, it is necessary to use a Defoamer to chemically break the films of liquid which surround the bubbles of gas released in processing, or to use an Anti-Foaming Agent to prevent the foam films from forming in the first place.
Polydimethylsiloxane or PDMS is a Silicone-based foam control additive and is a cost-effective and efficient option for preventing and controlling foam. Due to low surface tension.
Silicones spread evenly and rapidly over a foam film, facilitating penetration and collapse of the foam. They also possess the advantage of being non-contaminating, since they are inert and are typically effective at much lower concentrations than non-silicone defoamers.