Products

SILFOAM® SD 986 is an antifoam solution with a low viscosity that incorporates a small amount of highly viscous silicone fluid. The presence of dimethylpolysiloxane in SILFOAM® SD 986 provides effective defoaming properties in various mineral oil products and non-aqueous systems. This is attributed to its low surface tension and excellent spreading ability, enabling efficient foam control.

SILFOAM® SE 4260 is a silicone antifoam emulsion specifically designed for use in cold climates. It exhibits exceptional frost stability and can be applied at temperatures below 0°C. This versatile product finds application in various industries, with a particular focus on the oil and gas sector for drilling fluids. SILFOAM® SE 4260 serves as an internal antifoam agent in drilling fluids to effectively control foam. Additionally, it can be used as a defoamer for on-demand additions.

Wacker Chemie SG 3379 is a polyalkylene oxide modified polydimethylsiloxane with organofunctional groups located in pendant position. It finds suitability in various applications, such as coating, to enhance coefficient of friction and leveling properties. Due to its low surface tension, SG 3379 can provide excellent wetting capabilities while improving lubricity, sheen, gloss, anti-caking, static suppression, antifoaming, and moderate profoaming properties.

Wacker Chemie SG 3378 is a polyalkylene oxide-modified polydimethylsiloxane with organofunctional groups in the pendant position. This product is highly versatile and suitable for various applications, such as coatings to improve coefficient of friction and leveling properties. It has a low surface tension, offering high wetting properties while enhancing lubricity, sheen, gloss, anti-caking, static suppression, and moderate profoaming. It also demonstrates surfactancy properties, which can be beneficial in numerous other end applications. SG 3378 is 100% concentrated, cost-effective, and has low toxicity.

Wacker Chemie SG 3382 is a polyalkylene oxide-modified polydimethylsiloxane with organofunctional groups in pendant position. It is suitable as an additive in coatings to enhance coefficient of friction and leveling properties. This product has low surface tension, making it an effective wetting agent. Additionally, it provides lubricity, sheen, gloss, anti-caking, static-suppressing, antifoaming, and moderate profoaming properties. SG 3382 is a 100% concentrated and economical solution with low toxicity.

Wacker Chemie SG 3383 is a polyalkylene oxide-modified polydimethylsiloxane with organofunctional groups positioned as pendants. Due to its unique structure, SG 3383 demonstrates excellent surface activity. It can be utilized in both aqueous and non-aqueous systems. SG 3383 finds particular suitability in various applications, including coatings to enhance coefficients of friction and leveling properties.

Wacker Chemie SG 3380 is a 100% polysiloxane polyethylene glycol copolymer and a trisiloxane superwetting molecule with organofunctional groups at the terminal positions and hydroxyl end-capping. Due to its unique structure, SG 3380 exhibits high surface activity and effectively spreads on nearly any surface. It reduces the surface tension of aqueous and non-aqueous solutions and acts as a highly effective wetting agent.

SILFOAM® SE 47 is a versatile antifoam emulsion with a relatively high emulsifier content. It has shown great effectiveness in addressing foam-related challenges in various applications, including textile auxiliaries and processes like dyeing. Additionally, it is suitable for use in surfactant formulations, cooling lubricants based on mineral oils, and for separating monomers from dispersions and converting dispersions into derivatives.

WACKER® SG 3381 is a polyalkylene oxide-modified polydimethylsiloxane that contains organo-functional groups in the α,ω-position. This unique structure gives a functional value of 2 per modified polydimethylsiloxane. The functional groups are chemically bonded to the polydimethylsiloxane through chemically inert alkylene spacer groups, which are highly stable to hydrolysis.