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Due to the effects of sulfur compounds generated from cardboard, electronic devices and precision instruments can corrode, leading to product malfunctions. At Toray Techno, we quantify sulfur compounds using our unique high-sensitivity analysis methods to help prevent product issues.
Did you know that packaging materials designed to prevent product damage can potentially corrode the products? Sulfur compounds emitted from packaging materials can corrode electronic and precision equipment, leading to a decline in quality. At Toray Techno, we quantify sulfur compounds and others using our unique high-sensitivity analysis methods to help prevent product-related issues.
Introduction of a uniquely developed compound that contributes to the improvement of toughness and moisture resistance in epoxy hardeners, with usage examples available.
Our company has developed manufacturing technology for "polyfunctional mercaptans" that contribute to light-curing and heat-curing reactions. By utilizing them as raw materials for epoxy curing agents, electronic component cleaning agents, and copper thin film production, they exhibit various effects. 【Product Names (Compound Names)】 ◎G-2S(A) (1,3-Dimercapto-2-propanol) ◎PE-3S (Trimercapto-pentaerythritol) ◎PE-4S (Tetramercapto-pentaerythritol) ◎TMP-3S (Trimercapto-trimethylolpropane) 【Features】 ■ Maintains high flexural modulus while being tough ■ Provides heat resistance through crosslinking ■ Excellent moisture resistance and strong adhesion ■ Capable of low-temperature curing *For more details, please refer to the PDF document or feel free to contact us.
Sulfur (S8), which is added as a curing agent from the rubber materials near electronic devices, is released as gas, causing short circuits and contact failures due to vulcanization. At Toray Techno, we quantify not only the S8 contained in the material but also the S8 generated during material heating.
