Description

Acid resistant silicone defoameris a high-quality water-dilutable silicone emulsion containing 10%-30% active silicone designed for superior foam control across a range of industries. Manufactured by Everest Chemicals, this reagent-grade defoamer exhibits excellent emulsion stability and water solubility, ensuring consistent dispersion and reliable foam knockdown even in diluted applications. It is suitable for chemical processing, chemical distillation, effluent treatment plants (ETP), paper and sugar processing, as well as dye and pigment manufacturing. This milky white liquid with a pH of 6 to 8 can be diluted in soft water and applied easily for optimal foam suppression performance.

Physical and Chemical Properties

• Appearance: Milky white liquid emulsion
• Active Content: 10% / 20% / 30% silicone
• Solubility: Soluble in water
• Density: Approx. 1.0
• pH Value: 6 to 8
• Packaging: Plastic drums - 20, 50, 200 Kgs

Product Highlights

• Excellent emulsion stability even in diluted form
• Non-ionic silicone formula for broad compatibility
• Effective foam control in harsh chemical and biological environments
• Easy to dilute and apply, low maintenance stirring required
• Suitable for a broad range of industrial applications

Application

• Acidic ETP reactors
• Textile acidic washing
• Cement process acids
• Distillery acidic tanks
• Sugar refinery acid wash
• Pulp bleaching
• Paint acid-resistant tanks
• Chemical acid process
• Food processing acids
• Municipal treatment

Benefits

• Reliable foam suppression enhances process efficiency
• Minimizes foam-related operational problems
• Zero spotting and excellent surface finish
• Low dosing requirements reduce cost
• Backed by quality manufacturing via Everest Chemicals and distributed through Venlar

VenDefoam Silicone Defoamer fits Indian industrial requirements for stable, cost-effective, and high-performance defoamers. Contact Venlar for bulk inquiries, product specifications, and technical support at +91-9082892911, 022-46659951 or go@venlar.in.