Reliable solutions that improve durability, efficiency, and sustainability in critical industrial processes.
Advanced Ceramics (Wear Resistance Solution)
ANTI-HYDRATION TECHNOLOGY
Energy Transition Power Boiler
Low-Emission Refractory Materials
Bricks
Basic Brick
Standard refractory bricks used for general high-temperature applications. Suitable for various industrial furnaces.
Fireclay Brick
Manufactured from premium fireclay, these bricks offer excellent resistance to high temperatures and thermal shock. They feature high load-bearing capacity and strong resistance to chemical corrosion.
High Alumina Brick
Containing over 50% alumina, these bricks can withstand temperatures up to 1,900°C. They are characterized by high mechanical strength and exceptional resistance to chemical erosion.
Insulating Brick
A lightweight refractory designed with a porous internal structure to act as a thermal barrier. It effectively prevents heat loss, saves energy, and is ideal for use as a back-up lining in high-temperature environments.
Precast Shape
Custom-designed refractory components molded into specific shapes to fit furnace corners and unique geometries. They offer design flexibility, ensure installation precision, and significantly reduce on-site installation time.
Monolithic
Conventional Castable
A ready-to-mix blend of refractory aggregates and cement. Simply add water to quickly cast furnace structures or equipment requiring specific shapes. It offers high-temperature durability and excellent resistance to wear and corrosion.
Low Cement Castable
Formulated with lower cement content to provide higher strength, enhanced thermal shock resistance, and superior corrosion resistance compared to standard castables.
No-Cement Castable
A cement-free refractory using specialized binders to withstand extreme conditions, including high temperatures and severe chemical or gas erosion. Ideal for furnaces requiring maximum durability.
Insulation Castable
A lightweight refractory concrete that acts as a vital thermal insulator, limiting heat transfer and reducing energy loss in high-heat environments.
Gunning Materials
Refractory powders designed for repair via spray application (gunning). They feature high adhesion, abrasion resistance, and high thermal conductivity—perfect for rapid repairs in complex or hard-to-reach areas.
Mortar
A high-temperature jointing material used to bond bricks together, ensuring a stable structure while preventing leaks and joint corrosion from chemical exposure.
Patching
A mud-like compound used to repair surface damage or cracks in furnace walls, preventing further deterioration and avoiding catastrophic failure.
Plastic Refractory
A highly pliable, clay-like material with excellent flexibility. It can be easily molded to patch cracks, repair damaged areas, or form complex furnace structures quickly.
Advanced Ceramics (Advanced Materials)
ADTEX-ST20x30
Advanced ceramic designed for use with refractory castables. It features high abrasion resistance and superior anti-sticking properties to prevent chemical buildup and clogging.
ADTEX-DS100
Engineered for direct installation onto steel walls, providing exceptional resistance against severe abrasive wear.
ADTEX-MOSIAC
Highly flexible ceramic mats that can bend to fit curved or irregular surfaces while providing outstanding abrasion resistance.
NEOCHILL-A82
A wear-resistant patching material designed for complex shapes. It offers high durability and is ideal for targeted maintenance in high-friction areas.
S-PAD
An innovative, spark-free emergency pipe repair solution. It is faster to install and more durable than traditional repair methods.
Ceramics Pipe
Ceramic-lined piping designed for transporting highly abrasive materials. It can extend service life by 5 to 20 times compared to standard steel, significantly reducing maintenance costs and downtime.
