Products in Coated Paper & Paperboard: Silicones

SILFAR® E 1049 is a silicone fluid emulsion specifically formulated for a wide range of applications, including those in the food and pharmaceutical industries. It is composed of components that meet the necessary standards outlined in the relevant EP and USP monographs. SILFAR® E 1049 can be utilized as an excipient in pharmaceutical products, although it cannot be used as an active pharmaceutical ingredient.

DEHESIVE® 908 is a solventless, addition-curing silicone fluid designed for release applications on both paper and filmic substrates. It is an essential component of a multicomponent release coating used in the manufacturing of paper and filmic release liners. These liners play a crucial role in the production of single- and double-sided industrial laminates.

DEHESIVE® 924 US is a 100% solvent-free, addition-curing silicone intended for coating paper and other substrates. This product offers good release stability, coverage at low silicone coat weights, and fast cure properties, which in turn allow for a low platinum concentration.

SILFOAM® SE 2660 SIMETH.EM is a medium- to high-viscosity antifoam emulsion that finds application in various industries. This silicone fluid emulsion, based on E 900, is exclusively permitted for use as a processing aid in food applications. It is crucial for food producers to ensure that only technically unavoidable traces of SILFOAM® SE 2660 SIMETH.EM are present in the final food product.

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.

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.

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.

WACKER® Crosslinker V 72 US is an emulsified hydrogenpolysiloxane that contains reactive Si-H groups. This product is specifically designed for addition-curing coating applications in the production of release, baking, and hygiene papers. It offers extremely fast curing, significantly low platinum consumption, and facilitates easy mixing and metering.

DEHESIVE® 921 is a 100% solvent-free, addition-curing silicone specifically designed for coating paper and filmic substrates used in the production of single- and double-sided industrial release laminates. It offers fast curing properties, ensuring efficient processing. Additionally, it exhibits low release characteristics at low peel speeds and features a dynamically increasing release profile. The product also demonstrates good release stability over time, providing reliable and consistent performance.

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.

WACKER® Anchorage Additive HF 100 is a reactive epoxy-functional silicone polymer that enhances the adhesion of addition-crosslinking DEHESIVE® systems or liquid silicone rubbers (LSR) to polymeric substrates. It improves the anchorage of DEHESIVE® systems on PET films, enabling the production of release liners, as well as the anchorage of LSR on fabric. This additive has a low odor and is non-corrosive.

PULPSIL® 959 S is an aqueous solution of a hydrolytically stable polyether-modified silicone fluid. It offers several key characteristics, including improved cleaning properties compared to conventional mechanical cleaning methods, increased processing speed, low surface tension, good wetting properties, easy processing, and excellent solubility in water.

SILFOAM® SE 33 is a medium viscosity silicone defoamer emulsion with a 20% active ingredient content. It is specifically formulated to control foam in aqueous systems. SILFOAM® SE 33 is suitable for use in alkaline and high-temperature applications. This product offers excellent foam knockdown properties and provides longer-lasting prevention of foam reoccurrence compared to many conventional defoamers.

SILFOAM® SC 201 is a 100% active, low-viscosity silicone defoamer compound based on Wacker's innovative polysiloxane and silica technology. It is highly efficient at controlling foam longer than most conventional defoamers in high-alkaline and high-temperature applications. SILFOAM® SC 201 can be used directly to control foam in oil- or solvent-based foaming systems. It can also be easily emulsified into an emulsion for defoaming in aqueous-based foaming systems.

WACKER® Crosslinker V 68 is an emulsified hydrogenpolysiloxane that contains reactive Si-H groups. This product is specifically designed as a part of an emulsion-release coating system for a variety of substrates. Its superior curing properties enable low platinum formulations, resulting in cost efficiency. The formulation of this crosslinker allows for easy mixing and metering, facilitating the manufacturing process. Additionally, it provides good release stability.

ACCESS AF 100 IND can be aqueous or non-aqueous, silicone-free defoamers that are designed to control foam and eliminate entrained air. The functional properties can be developed to eliminate and prevent excessive foam include: water dispersibility, slight insolubility, relative stability, and a high degree of spreadability in the foaming system.

ACCESS AF 105 IND (Water Dispersible) can be aqueous or non-aqueous, silicone-free defoamers that are designed to control foam and eliminate entrained air. The functional properties can be developed to eliminate and prevent excessive foam include: water dispersibility, slight insolubility, relative stability, and a high degree of spreadability in the foaming system.

ACCESS AF 20 IND can be aqueous or non-aqueous, silicone-free defoamers that are designed to control foam and eliminate entrained air. The functional properties can be developed to eliminate and prevent excessive foam include: water dispersibility, slight insolubility, relative stability, and a high degree of spreadability in the foaming system.

ACCESS AF 30 IND can be aqueous or non-aqueous, silicone-free defoamers that are designed to control foam and eliminate entrained air. The functional properties can be developed to eliminate and prevent excessive foam include: water dispersibility, slight insolubility, relative stability, and a high degree of spreadability in the foaming system.

ACCESS AF 80 IND can be aqueous or non-aqueous, silicone-free defoamers that are designed to control foam and eliminate entrained air. The functional properties can be developed to eliminate and prevent excessive foam include: water dispersibility, slight insolubility, relative stability, and a high degree of spreadability in the foaming system.

ACCESS AF 10 IND can be aqueous or non-aqueous, silicone-free defoamers that are designed to control foam and eliminate entrained air. The functional properties can be developed to eliminate and prevent excessive foam include: water dispersibility, slight insolubility, relative stability, and a high degree of spreadability in the foaming system.