Plastics
Application Areas
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Electrical & Electronic Plastics
Functional silanes improve insulation and moisture resistance of plastics, used in electrical components, electronic packaging, and structural parts.
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Filled Plastics
In plastics modified with talc, wollastonite, or silica, silanes improve filler dispersion and wetting, enhancing strength and heat resistance.
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Flame-Retardant Plastics
Silanes enhance dispersion and resin compatibility of inorganic flame retardants such as ATH and MDH, improving both mechanical properties and flame retardancy.
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Reinforced Composites
Silane coupling agents are applied in glass fiber reinforced PP, PA, PET, and PBT, strengthening interfacial bonding with resins to significantly improve mechanical properties and dimensional stability.
Main Performance Improvements
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Electrical Properties Improvement
Enhances insulation and dielectric properties of plastics, meeting reliability requirements of electrical and electronic applications.
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Flame Retardancy & Aging Resistance
Improves compatibility of flame retardants with resins, enhancing flame retardancy and weathering resistance.
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Heat Resistance & Dimensional Stability
Reduces deformation and performance degradation under high temperature and humid conditions, ensuring long-term stability.
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Enhanced Mechanical Properties
Substantially increases tensile, impact, and flexural strength of composite plastics for demanding applications.
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Improved Interfacial Adhesion
Silanes form chemical bonds between fillers/fibers and resins, enhancing interfacial strength and preventing debonding.
