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Boasting excellent spreadability due to its low surface tension, Silicone can be applied over a wide temperature range. It is chemically stable and has a low affinity for organic polymers, registering an excellent repeated release effect. It is mainly used as a mold release agent to prevent adhesion to molds when processing various molding materials such as rubber, plastics, and metal industries, and to improve drawability and surface aesthetics of molded products.

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Silicone has a unique luster, which gives the material external luster and protects its surface. Rendering water repellency and smooth appearance on the surface of the material, it is mainly used as a varnish for interior and exterior materials for automobiles or as a varnish for tires.

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The advantage of silicone emulsion tire release agent is that as it does not contain fillers, the agent causes no contamination to the mold. It is mainly used as a release agent for passenger and commercial vehicle tire bladders and imparts semi-permanent moldability.

It is a water repellent for thermal insulation materials such as glass wool and mineral wool. It is mainly emulsified with functional silicone oil and high molecular silicone oil with excellent reactivity and provides excellent water repellency.

The water-based silicone water repellent for construction forms a semi-permanent water repellent layer on the surface of concrete, bricks, sidewalk blocks, and exterior walls of buildings to prevent damage and contamination (whitening) caused by penetration of water and base ions. It also helps to extend the life of the building by maintaining the air permeability of the material surface where the product is applied to. Being an emulsion water repellent of a water-based type rather than a solvent type, it is not harmful to the human body and is more eco-friendly.

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Bubbles generated during the manufacturing process or bubbles generated from domestic sewage and industrial waste reduce productivity and interfere with natural purification. Silicone-based anti-foaming agents are widely used to remove these air bubbles.

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It forms a lubricating film on the surface of a resin such as PO to give slip properties by lowering the friction between the pellets, or to reduce the adhesive strength of the contact surfaces to prevent blocking and agglomeration.

Boasting excellent spreadability due to its low surface tension, it can be applied over a wide temperature range. It is chemically stable and has a low affinity for organic polymers, registering an excellent repeated release effect. It is mainly used as a mold release agent to prevent adhesion to molds when processing various molding materials such as rubber, plastics, and metal industries, and to improve drawability and surface aesthetics of molded products.

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Silicone slip enhancer improves scratch, stain, and adhesion resistance. It is mainly added to paints and coatings, inks, textiles, leather, etc., and is used to impart slip properties to the surface.

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The excellent spreadability, flexibility, and hydrophilicity of silicone register softness, anti-wrinkle, and water repellency in the fabric. Providing excellent slip, water repellency and durability to the material surface, it creates a smooth material surface.

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When manufacturing textile and leather processing agents, silicone can be added to create anti-foaming and self-emulsifying effects at high temperatures and pressures. This helps to improve process time and yield.

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