One cannot simply rely on the IOTA 150 content being ≥ 99% or the methyl triethoxysilane structure to directly determine its suitability for all crosslinkable resin synthesis or inorganic filler treat......
2026-09-18One cannot simply rely on the IOTA-5101 content being ≥ 98% or the methyl silicate structure to directly determine its suitability for all electronic insulation coatings, optical glass treatment, or o......
2026-09-18One cannot simply rely on the IOTA-130 (Si28) content being ≥ 98% or the presence of the ethyl silicate structure to directly determine its suitability for all glass or plastic lens hard coating syste......
2026-09-18One cannot simply conclude that IOTA-130 (Si40) is suitable for all glass or plastic lenses based solely on its SiO₂ content of 40% to 42%. The base material type, surface pretreatment method, hydroly......
2026-09-18One cannot simply conclude that IOTA-31 is suitable for all room-temperature vulcanized silicone rubber or neutral silicone rubber sealant systems based solely on its containing a tetra-functional str......
2026-09-17One cannot simply assume that IOTA-36, as a phenyltributylketoxime-based silane, is suitable for all single-component neutral silicone sealant systems. One must first confirm the type of base sealant,......
2026-09-17One cannot simply conclude that IOTA-91 has a fast curing speed and therefore it is suitable for all single-component neutral silicone sealant systems. The basic glue type, filler system, moisture con......
2026-09-17One cannot simply conclude that IOTA-32 is suitable for all room-temperature vulcanized silicone rubber or neutral silicone rubber sealant systems based solely on its having a tetra-functional structu......
2026-09-17One cannot simply conclude that IOTA-DVES is suitable for all silicone resin synthesis or filler treatment systems based solely on its presence of vinyl functional groups. One must first confirm the r......
2026-09-17One cannot simply conclude that IOTA-5172 is suitable for all mineral-filled polymer systems based solely on its presence of vinyl functional groups. The resin type, filler type, moisture control, add......
2026-09-17The coupling effect of epoxy group silane coupling agent in epoxy resins, polyurethane sealants and electronic packaging materials does not meet expectations. It cannot be solved merely by improving p......
2026-09-17In the applications of polyester reinforcing materials, glass fiber wetting agents, wire and cable, and fillers, the coupling effect of the product γ-methylpropenoyloxypropyltriethoxysilane 570 did no......
2026-09-16In modified polyethylene, wire and cable, glass fiber insulating materials, and ink and paint, the coupling effect of product γ-methylacryloxypropylmethyldimethoxysilane 571 did not meet expectations.......
2026-09-16Among glass fiber reinforced polyester resins, unsaturated polyester composites, mineral-filled compounds, and acrylic-based resins, the coupling effect of product γ-methylacryloxypropylmethyldiethoxy......
2026-09-16Among glass fiber reinforced polyester resins, unsaturated polyester composites, mineral-filled compounds, and acrylic-type resins, the coupling effect of product γ-methylacryloxypropylmethyldiethoxys......
2026-09-16
