Intermediate frequency furnace lining material

Qoplama materiali Bu o’choq astarlari oldindan aralashtirilgan quruq siqish materialidir. Yuqori sifatli yuqori haroratli biriktiruvchi kuchli yorilish qarshiligiga ega bo’lishi uchun tanlanadi. Yuqori sifatli va yuqori sifatli kvarts qumi va kvarts kukuni yuqori harorat qarshiligiga ega va maksimal harorat 2000 darajaga yetishi mumkin. , Rangli metallar va qora metallarning uzluksiz ishlashi va uzluksiz ishlash muhitida keng qo’llaniladi.

Acidic, neutral, and alkaline ramming materials are widely used in coreless intermediate frequency furnaces and cored induction furnaces. They are used as intermediate frequency furnace ramming materials to melt gray cast iron, ductile iron, forgeable cast iron, vermicular graphite cast iron and cast iron alloys. , Melting carbon steel, alloy steel, high manganese steel, tool steel, heat-resistant steel, stainless steel, melting aluminum and its alloys, melting copper alloys such as copper, brass, cupronickel and bronze, etc.

Using high-quality quartz sand as the main raw material, the particles are in a multi-level ratio, prepared with dry materials, and stirred evenly. Shorten the drying and sintering cycle. Users can build the furnace directly without stirring.

It has the characteristics of no slagging, no cracking, no failure when exposed to moisture, convenient repair of the furnace, and corrosion resistance, especially can improve the age of the furnace, and significantly improve economic benefits. The company supplies a large amount of silicon ramming materials, and the quality is guaranteed. Welcome to consult and negotiate!

ZG1 tipidagi material oddiy po’lat, 45# po’lat, yuqori gong po’lat, yuqori marganetsli po’lat, maxsus po’lat va boshqalar kabi bir qator metall materiallarni eritish uchun ishlatiladi. Issiqlik soni 120 dan oshishi mumkin 195 darajaga yetadi.

The ZH2 type material is used for smelting gray iron, and the number of furnaces used can reach more than 300 furnaces, and the maximum can reach 550 furnaces.