What are the Refractory Bricks with a Charge Softness Above 1700 Degrees?

If you need to use refractory materials in high-temperature environments above 1700 degrees, you may want to consider these products, such as corundum mullite bricks, corundum bricks, zirconia bricks, high chromium bricks, etc. These materials have higher high-temperature resistance performance.

Corundum mullite bricks
Ingredients: Mainly composed of mullite and alumina.
Characteristics: High compressive strength, high thermal stability, and good slag resistance.
Application: Suitable for furnaces, heat treatment equipment, and other refractory structures at high temperatures.

Corundum bricks
Ingredients: The main ingredient is alumina (corundum).
Characteristics: Very high hardness and fire resistance, suitable for high temperature, high pressure, and corrosive gas environments.
Application: Commonly used in high-temperature industrial equipment such as glass kilns, electrolyzers, and metallurgical furnaces.

Zirconia brick
Ingredients: Mainly composed of zirconia.
Features: Excellent high-temperature resistance, corrosion resistance, and thermal shock stability.
Application: Suitable for metal smelting, electrolytic cells, high-temperature heat treatment equipment, etc.

High chrome bricks
Ingredients: The main ingredients are chromium oxide and ferrochromium alloy.
Characteristics: Strong corrosion resistance, suitable for acidic and alkaline environments, and good fire resistance.
Application: Commonly used in metallurgy, chemical industry, glass, and other industrial fields, especially in acidic environments.

The load resistance of these materials is above 1700 degrees, and the selection should be based on specific industrial application requirements, including operating temperature, corrosion properties, mechanical stress, and other factors. When selecting suitable high-temperature refractory materials, it is recommended to consult a refractory supplier to ensure that the selected material meets specific industry requirements.