ISOLITE INSULATING PRODUCTS CO.,LTD. Product Lineup

This is an introduction to IsoLite Industries, the top manufacturer of brick, featuring their "Fireproof Insulation Brick." 【Features】 - Energy Saving: With countless small pores, it exhibits excellent insulation and heat retention, preventing heat loss to the outside of the furnace and helping to conserve fuel by retaining heat inside the furnace. - Lightweight: Being lighter than conventional firebricks makes bricklaying easier. - Improved Working Environment: With a low thermal conductivity, heat dissipation from the furnace walls is reduced, making work around the furnace easier. - Increased Productivity: With a small heat storage capacity, it can reach the required temperature with less fuel and in a shorter time, allowing for a reduction in time from ignition to operation, resulting in faster furnace turnover and increased production. *If you would like a catalog, please inquire through the request for materials. You can view part of the lineup from the download section.

A1 is used for lining low-temperature furnaces, drying furnaces, and as backing for various industrial furnaces, while A3 to A7 are used for lining and backing in various industrial furnaces.

B1 is used for low-temperature furnaces, as inner lining for drying furnaces, and as backing for various industrial furnaces, while B2 to B6 are used as inner lining and backing for various industrial furnaces.

It is used for lining parts that bear loads, experience vibrations, or are at risk of wear in various industrial furnaces.

This brick has the following properties as a fireproof insulating brick for inner lining and backing: - It is lightweight. - It has a low thermal conductivity. - It has a small heat storage capacity. - It has a low reheating shrinkage rate. - It has high thermal stability. - It has a low Fe2O3 content and high resistance to reducing atmospheres.

Due to the low content of Fe₂O₃ and SiO₂, it is characterized by a high resistance to reducing gases such as H₂ gas.

Made from alumina bubbles with an Al₂O₃ content of 99%, it has the following properties: - High erosion resistance against acidic and basic slags - High spalling resistance BAL-99 has significant resistance to strong reducing gases such as H₂ gas, while BAL-99M has high strength and excellent volume stability at high temperatures. BAL-LS is a product that minimizes the scattering of impurities into the furnace during use in high-temperature, strong reducing atmospheres.

LHB is characterized by high thermal stability at high temperatures, significant mechanical strength, and great wear resistance.

Due to its low bulk density and high mechanical strength, it exhibits extremely stable performance at high temperatures. It is widely used for lining and backing in various high-temperature industrial furnaces.

Silica boards can be used for long periods at 650°C, while super boards can be used at 1000°C. In particular, Super Board L is an ultra-lightweight product with a bulk density of 0.155 or less, made using a manufacturing method called "active slurry method," which involves shaping and drying "active slurry" synthesized by hydrothermal processes. Compared to bricks, they are larger, have higher insulation and workability, significantly improving work efficiency. Additionally, we offer options with water-repellent surfaces and overall water-repellent properties (overall water-repellent is available only for Super Board and Super Board L) according to the application.

Isolite mortar is widely used in the construction of fireproof insulating bricks, adapted to various characteristics such as diatomaceous earth types and clay types, those with high and low bulk density, and those with open or sealed pore structures. It possesses suitable fire resistance and has properties such as minimal shrinkage and expansion during drying and sintering, which enhances the efficiency of construction.

We provide comprehensive services that include everything from the design of industrial furnace blueprints to construction and maintenance.