Ensures high insulation and shape stability at high temperatures! Guarantees 1.0×10^-11 Pa·m³/s or less.
We would like to introduce a case study of "feedthrough" manufactured using metallization brazing technology. Our company is capable of handling everything from molybdenum-manganese metallization (metalization), brazing, to welding in-house. We guarantee airtightness of 1.0×10^-11 Pa·m³/s or lower, ensuring high insulation and shape stability at high temperatures. The joining metals primarily include Kovar, along with a track record of joining Mo, Cu-W, Cu, Ni, and Invar. (Typically, Kovar, which has a similar expansion coefficient, is used.) 【Case Overview】 ■ Capable of in-house molybdenum-manganese metallization, brazing, and welding ■ Airtightness: Guaranteed at 1.0×10^-11 Pa·m³/s or lower ■ Ensures high insulation and shape stability at high temperatures ■ Track record of joining primarily Kovar, Mo, Cu-W, Cu, Ni, and Invar *For more details, please refer to the PDF document or feel free to contact us.
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We specialize in the manufacturing of ceramic components used in the analysis machinery and vacuum equipment industries, delivering high-quality ceramic parts to major domestic manufacturers and research institutions. We produce custom-designed products in small quantities and a variety of types, accommodating our customers from prototyping and development to mass production.