Products

SILFOAM® SE 2060 is a versatile antifoam solution with 15% active ingredient and 25% solids. It stands out for its higher emulsifier content, making it easily metered due to its low viscosity. With its excellent resistance to alkalis and acids, it finds utility in various applications where pH plays a crucial role.

SILFAR® S 184 is a 100% silicone antifoam agent specially designed for the pharmaceutical and food processing industries. It fully adheres to the specifications outlined in the "Simeticone (EP)" and "Simethicone (USP)" monographs. Produced under cGMP guidelines, SILFAR® S 184 is suitable for use as an active pharmaceutical ingredient (API), particularly in antiflatulence and antacid preparations.

SILFAR® SE 88 is a silicone antifoam emulsion suitable for various industries such as food, pharmaceuticals, fermentation processes, and agrochemical formulations. It is specifically designed for European use as a processing aid in food production, based on E 900. It is important for the food manufacturer to ensure that only minimal traces of the product are present in the final food, as per the necessary regulations.

SILFOAM® SC 155 is an anhydrous antifoam compound with low viscosity. It was specifically developed for use in biotechnology, fermentation, the agrochemical industry, and technical processes. This compound has a colorless, opaque appearance and is slightly translucent. It contains 100% active content.

SILFOAM® SE 2 is a milky and relatively viscous antifoam emulsion. This versatile product finds application in various industries, including cosmetics and food contact applications. SILFOAM® SE 2 is formulated with physiologically safe active ingredients, consisting of polydimethylsiloxane and silicon. It is widely used to control foam in systems and products that may come into indirect contact with food, such as cleaners for food containers, conveyor systems, and storage surfaces.

SILFOAM® SRE is a versatile antifoam that contains 20% active ingredients and 33% solids. It is relatively rich in emulsifier but has a low viscosity, making it easy to measure accurately. SILFOAM® SRE also demonstrates high resistance to alkalis and acids, allowing for its application in a wide range of pH-sensitive scenarios.

SILFOAM® SC 120 is an anhydrous antifoam compound known for its low viscosity, making it easier to handle compared to high-viscosity alternatives. It demonstrates exceptional resistance to alkaline environments, showcasing its versatility in various applications. The excellent alkali resistance of SILFOAM® SC 120 further enhances its suitability for a wide range of uses.

SILFOAM® SE 39 is a low-viscosity antifoam emulsion known for its long-lasting efficiency. It is especially well-suited for surfactant-rich formulations like liquid detergents and textile auxiliaries. SILFOAM® SE 39 is particularly effective in applications where high surfactant concentrations or intense product movement would quickly render conventional antifoam emulsions ineffective.

SILFAR® SE 4 is a silicone antifoam emulsion that finds its use in the food and pharmaceutical sectors, as well as in fermentation processes and agrochemical formulations. It serves as an effective antifoam agent in various stages, including fermentation and downstream processes like active ingredient extraction and solvent recovery, where compliance with USP and EP standards is necessary.

SILFOAM® SC 132 is a viscous, opaque antifoam compound effective against a wide range of surfactants. It is based on high-molecular-weight polysiloxanes and has an average viscosity of approximately 20,000 mPa s. Even small amounts of SILFOAM® SC 132 are highly effective in suppressing foam in laundry detergents and systems with high surfactant concentrations.

SILFAR® S 188 is a 100% silicone antifoam agent that has been specifically formulated for use in the pharmaceutical and food processing industries. It functions by acting as an antifoam agent, effectively preventing or alleviating flatulence in the digestive system. Additionally, it forms a protective lining on various surfaces, such as the gastric mucous membrane, providing additional benefits.

SILFOAM® SE 6 is a milky, comparatively viscous antifoam emulsion used in various fields, including cosmetic and food contact applications. It contains broad-spectrum, physiologically safe active ingredients based on polydimethylsiloxane and silicon. SILFOAM® SE 6 is widely used for controlling foam in systems and products that might come into indirect contact with foodstuffs, such as cleaners for food containers, conveyor systems, and storage surfaces.

SILFOAM® SP 150 maintains its activity across a wide range of temperatures. It provides an excellent and long-lasting antifoam effect, which is particularly beneficial in laundry detergents. SILFOAM® SP 150 is recommended for use in both phosphate-based and phosphate-free laundry detergents. It can be used as a foam inhibitor independently or in combination with soap.

SILFOAM® SP 7960 maintains its activity across a wide range of temperatures. It exhibits an excellent and long-lasting antifoam effect, which is especially advantageous in laundry detergents. SILFOAM® SP 7960 is recommended for use in both phosphate-based and phosphate-free laundry detergents. It can be used as a foam inhibitor independently or in combination with soap.

SILFOAM® SE 3060 is a versatile antifoam solution with 20% active ingredient and 34% solids. It is notable for its higher emulsifier content, yet it remains easily metered due to its low viscosity. Additionally, it exhibits excellent resistance to alkalis and acids, allowing for diverse applications where pH is critical.

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.