Our Insulating Firebricks undergo rigorous quality assurance processes, including chemical composition analysis, durability testing through crushing and modulus strength tests, dimensional stability evaluation, and thermal conductivity measurements. Utilizing experimental electric furnaces and spectrometry, we adhere strictly to ISO quality control standards, ensuring that every brick's production journey, from raw material to delivery, is meticulously monitored for superior quality.
Our use of foaming, casting, and vacuum extrude shaping methods offers customers a variety of product characteristics and applications, enhancing choice and flexibility.
Our products' low thermal conductivity ensures excellent thermal insulation, allowing for thinner furnace walls, which in turn boosts efficiency and reduces operational costs.
The high-temperature sintering process ensures our products exhibit minimal permanent linear change, guaranteeing safe and dependable application.
Our products maintain high purity with minimal impurities such as iron and alkali flux, optimizing refractory performance in specific environments.
Our lightweight bricks with low thermal conductivity minimize heat absorption, leading to lower fuel costs and quicker heating in cyclical operations.
The high compressive strength of our materials supports self-sustaining structures at elevated temperatures, contributing to the overall strength of constructions.
Our bricks are machined to exact dimensions for rapid, easy installation, resulting in a stronger, tighter refractory lining that minimizes heat loss through joints.
Our product range includes straight, arch, and large block formats, with customization options to meet diverse project needs.
The GM Series Insulating Firebrick is made from high-quality refractory materials. These bricks are formed through various methods and then sintered at high temperatures to ensure durability. Each brick is carefully shaped to specific dimensions and safely packaged, making them a reliable choice for insulation purposes.
The GM 23A is a low-heat conducting, standard insulation brick, while GM 23C offers higher strength and better heat conduction, suitable for various applications.
The GM 25 brick effectively bridges the performance gap between the GM 23 and GM 26 bricks, offering a balanced solution without the higher costs associated with extreme high-temperature bricks. This makes it a practical choice for a wide range of applications.
The GM 26L brick combines the high-temperature capabilities of the GM 26 series with enhanced heat retention. Meanwhile, the GM 26 maintains its status as the conventional choice for ASTM Grade 26 applications.
The GM 26H brick, known for its high strength, is particularly designed for use in demanding environments like kiln roofs, ensuring durability and reliability.
The GM 26-60 brick is a specialized ASTM Grade 26 insulating firebrick, featuring enhanced alumina content and excellent resistance to alkali vapors, making it ideal for firing glazed ceramics and use in furnaces with special atmospheres.
The GM 28 brick adheres to the ASTM Grade 28 standard, ensuring compliance with established quality and performance benchmarks in the industry.
The ASTM 30-class insulating firebrick boasts excellent high-temperature strength and maintains its shape well under heat, making it a reliable choice for demanding thermal environments.
Designed specifically for hot blast stoves, this product ensures minimal dimensional change under high temperatures, making it perfect for kilns with stringent requirements on thermal expansion.
GM 32 offers an affordable yet effective alternative to bubble alumina bricks for high-temperature applications or when a high alumina content is crucial, providing both quality and cost-efficiency.
GMK Anorthite Insulating Firebricks, aligning with international standards, are high-efficiency, eco-friendly insulating products. They are crafted by mixing clay and plaster, which upon firing, forms anorthite, reducing the brick's weight by about 70% and resulting in low thermal conductivity and high porosity. This process makes them ideal for energy-saving applications where insulation is key.
GRM refractory mortar is crafted from a blend of select refractory powders and binding agents, tailored to match various insulating firebricks or refractory bricks. This air-setting mortar, conveniently packaged in barrels, dries naturally and offers exceptional bonding strength, creating durable brick joints. GRM mortar is ideal for joining insulating firebricks, uniquely shaped bricks, or alumina bricks, ensuring a robust and reliable assembly in high-temperature settings.
Bubble Alumina Bricks, known for their lightweight and high-temperature resistance, enhance furnace efficiency by retaining heat and reducing production times. They are ideal for various kilns and furnaces due to their low thermal conductivity, strength, and minimal thermal expansion.
Corundum Bricks, crafted from high-purity tabular and fused alumina, are sintered in high-temperature kilns to achieve high density and low porosity, making them ideal for environments facing thermal shocks and corrosive elements. They are commonly used in various high-temperature industrial applications, including kilns, furnaces, and reactors, due to their durability and resistance to extreme conditions.
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