Inner and Outer Ring Of SWG Manufacturers

Kaxite Epoxy Resin Fiberglass Gaskets (G10/FR4) are machined from electrical-grade alkali-free E-glass woven fabric impregnated with epoxy resin, then laminated under heat and pressure. The standard G10 grade contains no flame retardant; adding a flame retardant agent produces FR4 grade with UL 94 V-0 flame retardance. Dielectric strength is 22 kV/mm at 0.5–1 mm thickness, 20 kV/mm at 1.1–2 mm and 18 kV/mm above 3 mm, surface and volume resistivity are 1.0×10¹³ Ω or above, and Martens heat resistance is 200°C or above. Density is 1.70–1.90 g/cm³. Thickness ranges from 0.5 mm to 50 mm and above, and every part is CNC machined to drawing. The gaskets are used in transformers, electronic apparatus, switchgear, industrial furnaces, semiconductors, nuclear power, hydropower and insulation spacers. Wholesale quantity, custom dimensions, OEM labeling and free samples are available.

Reliable small spot welder, special designed for used in the producing of spiral wound gasket and reinforced graphite gasket.

Ceramic Fiber Yarn is twisted from ceramic fiber strands, used as heat insulation material in thermal installations and heat conducting systems. Also can be extensively made into all kinds of ceramic fiber textiles excellent substitute for asbestos. Kaxite CF101-I Twisted ceramic fiber yarn with metallic wire.

60% Bronze filled PTFE Rod is the most common metal filler and it is dark brown in color. Bronze filler has excellent wear, creep resistance, and higher thermal conductivity that glass fiber with PTFE.

Synthetic stone is a composite material made of high-temperature nanofiber felt and high-performance epoxy resin, which has the characteristics of low thermal conductivity, resistance, high temperature resistance, light weight, and chemical corrosion resistance.

Anti-static synthetic stone is a composite material made of carbon fiber and anti-static high mechanical strength resin. The ability to continue to maintain its physical properties in high temperature environments allows it to achieve high standard results without distortion during the wave soldering process. Under the harsh environment of a short time of 350 °C and a continuous working temperature of 260 °C, it will not cause lamination and separation of high-temperature nanocomposites (synthetic stone).