Epoxy resins are defined as "monomers or oligomers that react further to form thermosetting polymers that exhibit high chemical and solvent resistance, excellent adhesion to a variety of substrates, and low shrinkage. Curing, impact resistance, flexibility, and good electrical properties. When selecting epoxy resins, you can customize the selection of resins, modifiers, and crosslinkers to create specific characteristics for specific applications. This makes epoxy resins available for a variety of applications. 1，Epoxy characteristic Epoxy resins are known for their high performance. They are the building blocks of adhesives, paints, reinforced plastics, and composites such as fiberglass and carbon fiber, which remain intact under intense conditions. When properly cured, the epoxy resin provides many desirable properties, including: Chemical resistance, especially in an alkaline environment Heat resistance Adhere to various substrates High tensile, compression, and bending strength Low shrinkage during curing High electrical insulation and retention Corrosion resistance Cure over a wide temperature range Resistance to fatigue 2，Epoxy resin application Usually, when the terms "structural adhesives" or "engineering adhesives" are used, they refer to epoxy resins. Epoxy is applied to wood, concrete, metal, glass, stone, and most plastics. Make them incredibly versatile. Among the many useful Epoxy applications, Tensan's Epoxy is mainly used in: Industrial tools and composites: molds, prototypes, laminates, castings, fixtures, and other industrial production AIDS, as well as carbon fiber reinforced and composite parts.
Electrical systems and electronic products: motors, generators, transformers, gear switches, bushings, insulators, printed circuit boards (PWB), potting, and semiconductor sealants.
We use cookies to offer you a better browsing experience, analyze site traffic and personalize content. By using this site, you agree to our use of cookies.
Privacy Policy
