Providing more efficiency, energy-saving materials by reducing shot content
high quality refractories
New Engergy
Metallurgical & Steel
Electronics &Ceramic
Aerospace & Military
Accelerate the application of material treatment and electric boilers
Provide environmental protection, energy saving refractory products
Provide furnace resistant material design, installation and maintenance
Provide advanced material with excellent quality and stable performance
Enterprise Development Goals Market-oriented, technology as the support, to build competitiveness of medium and high temperature refractory material supplier
Management Principles
People-oriented, service and efficiency first, have the employees make their best achievement with talent and effort
Standard of Conduct
Be sincere, dedicated to work and responsible for every customer and colleague
Ceramic fiber products are characterized by high temperature resistance, small bulk density, good thermal insulation performance, good chemical stability, good thermal shock resistance, good wind e...
Maximum characteristics of ceramic fiber:(1) The thermal conductivity is low, only 0.03 W/(m · K) at normal temperature, and 1/5 of clay brick at 1000 ℃.(2) The product density is small, generally ...
Ceramic fiber is a fibrous lightweight refractory material with the advantages of light weight, high temperature resistance, good thermal stability, low thermal conductivity, low specific heat and ...
Production method of ceramic fiberCeramic fibers can be divided into glass (amorphous) fibers and polycrystalline (crystalline) fibers according to their composition.1. Production method of glass f...
From the perspective of production history, the earliest production process was spinning, but the production capacity of a single line was relatively low, and the annual output was generally 1000-1...
Other high-performance ceramic fiber products1. Soluble ceramic fiber productsThe main components of soluble ceramic fiber are SiO , CaO, MgO, and the content of Al O is less than 1%. Soluble ...