How Do Silane Coupling Agents Improve Adhesion in Epoxy Composites?
Look beyond the resin: the interface between a mineral surface and an organic matrix can determine how a composite performs.
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Surface performance, formulation and finish.
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Stabilization, processing and material behavior.
Cure systems and elastomer applications.
Reinforcement, interfaces and matrix chemistry.
Light, initiation and coating performance.
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Look beyond the resin: the interface between a mineral surface and an organic matrix can determine how a composite performs.
Read insightTwo complementary approaches to light protection: managing incoming UV energy and interrupting degradation reactions.
Separate wetting, leveling and surface-slip requirements before evaluating an additive in the full formulation.
Start with the light source and curing chemistry, then evaluate the actual film rather than a lamp label.
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Use exposure history and controlled comparisons to investigate discoloration before changing the stabilization package.
The organic functional group is the starting point for selection. Match it to the binder, hardener and application route.
Start with the light source and curing chemistry, then evaluate the actual film rather than a lamp label.
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A long-chain polyether mercaptosilane coupling agent for silica-reinforced rubber compounds, particularly low-rolling-resistance tire treads.
Read More Download TDSA nonionic, polyether-modified silicone concentrate for anti-fog treatment of automotive and general-purpose glass.
Read More Download TDSA triarylsulfonium salt cationic photoinitiator supplied as a white crystalline powder for cationic UV-curing systems.
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