Product innovation
- Low thermal conductivity and energy-saving refractory materials
Lightweighting – designing the material structure to achieve lightweighting while ensuring the necessary functionalities such as alkali resistance.
Microporous technology – research on microstructure and performance adjustable process technology.
Multi-layer composite technology – research on the full-life thermal matching stability regulation technology of the composite interface of layer structure refractories.
Mainly: lightweight alkali-resistant castables, low thermal conductivity anti-spalling bricks, multi-layer composite silica-mo bricks, multi-layer composite mullite bricks, high-strength low-conductivity magnesia-alumina spinel bricks, etc.
Product innovation
- Low thermal conductivity and energy-saving refractory materials
Lightweighting – designing the material structure to achieve lightweighting while ensuring the necessary functionalities such as alkali resistance.
Microporous technology – research on microstructure and performance adjustable process technology.
Multi-layer composite technology – research on the full-life thermal matching stability regulation technology of the composite interface of layer structure refractories.
Mainly: lightweight alkali-resistant castables, low thermal conductivity anti-spalling bricks, multi-layer composite silica-mo bricks, multi-layer composite mullite bricks, high-strength low-conductivity magnesia-alumina spinel bricks, etc.
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