Al-SiC-C Brick

Al-SiC-C Brick for Sale

Description

Al-SiC-C bricks are refractory bricks made of aluminum, carbon and silicon carbide (SiC). Aluminum is a common reinforcing agent that improves the strength and durability of the brick. Carbon is a refractory material with good high temperature stability and corrosion resistance. Silicon Carbide is a refractory material with high melting point, hardness and chemical resistance. al-SiC-C bricks are special bricks with high temperature refractory properties and excellent chemical resistance.

Features

High temperature stability

Al-SiC-C bricks are able to maintain structural stability and durability at very high temperatures. They typically have a high refractory temperature and can withstand high temperatures up to 1800°C and above.

Good chemical resistance

Al-SiC-C bricks show good resistance in the face of acids, alkalis and corrosive media. They resist chemical attack and are less susceptible to corrosion and dissolution, thus protecting the structural integrity of the masonry.

Excellent thermal shock resistance

Due to the incorporation of silicon carbide and aluminum, Al-SiC-C bricks have a low coefficient of thermal expansion and good thermal shock resistance. They can withstand thermal shock and thermal cycling at high temperatures and are not prone to cracking and breakage.

High strength and durability

The introduction of aluminum enhances the strength and toughness of Al-SiC-C bricks. They exhibit high compressive and flexural strengths and can withstand mechanical stress and vibration.

Good thermal conductivity

Silicon carbide has excellent thermal conductivity, enabling Al-SiC-C bricks to conduct heat quickly. This is important for thermal equalization and energy efficiency in high-temperature equipment and heat treatment processes.

Easy processing and installation

Al-SiC-C bricks have good machinability and can be cut, perforated and custom shaped as needed. This makes them easier to install and fix during the masonry process.

Application

Metallurgical industry

Al-SiC-C bricks are widely used in metallurgical equipment such as smelting furnaces, converters, electric furnaces and coal gasifiers. They can withstand thermal shock and chemical corrosion at high temperatures and provide structural stability and durability.

Glass Industry

Al-SiC-C bricks are widely used in melting furnaces and glass kilns in the glass manufacturing process. They are able to withstand the erosion of high temperature glass liquids and provide stable refractory protection.

Aluminum Industry

Al-SiC-C bricks are used in aluminum liquid handling equipment, such as aluminum liquid agitation furnaces, aluminum liquid cladding furnaces and aluminum liquid agitation cladding furnaces. They are able to withstand aluminum liquid erosion and mechanical stress at high temperatures.

Steel industry

Al-SiC-C bricks are used in steel smelting equipment such as converters, electric furnaces and blast furnaces. They can withstand thermal shock and chemical erosion at high temperatures and protect the structure of the equipment from damage.

Chemical industry

Al-SiC-C bricks are used in chemical equipment such as chemical reactors, furnaces, chimneys and heat exchangers. They are able to resist erosion by corrosive media such as acids and alkalis and provide excellent refractory properties.

High temperature heating equipment

Al-SiC-C bricks are widely used in high-temperature heating equipment, such as high-temperature resistance furnaces, high-temperature kilns and high-temperature heating furnaces. They can withstand high temperature environments and provide stable refractory linings.

Petroleum and chemical installations

Al-SiC-C bricks are used in petroleum refineries, catalytic cracking units and oil refineries. They are able to withstand high temperatures and corrosive media, protecting the stable operation of the equipment.

Al-SiC-C Brick Specifications