Low Carbon Brick,Carbon Brick,Fire Brick,Firebrick,Refrfactory Brick,Yilong Brick

Low Carbon Brick

Low carbon magnesia carbon brick using with crystal magnesite, fused corundum, fused spinel, high purity and ultrafine graphite and nano composite antioxidant as raw materials, which are used for ladle slag line. Low carbon and carbon-free corundum spinel bricks are used for ladle lining and bottom. It can realize ladle low carbon and carbon-free to meet the needs of high grade and ultra-clean steel. The products are characterized by corrosion resistance, penetration resistance, erosion resistance, spalling resistance and good integrity, to meet the need of complete refining ladle. It is the leading level in the domestic.

Clay,High Alumina insulating bricks,Firebrick,Refractory Brick,Refractory Firebrick

Clay,High Alumina insulating bricks

Produced with unique advanced technology, the clay and high alumina heat insulating bricks possess the characteristics of high intensity for pressure and good thermal shock stability. The use of the bricks can reduce the heat capacity of kiln walls and promote the heat efficiency of kilns. The product is applicable for constructing industrial kilns and inner lining of kilns.

High Alumina EPS insulating Firebrick,Fire Brick,Insulating Firebrick,Refractory Brick

High Alumina EPS insulating Firebrick

Introduction

This series of products are sintered mainly with supper-fine bauxite chamotte, and proper additive by a method of EPS ignition loss, Their main advantages include high intensity, low thermal conductivity, excellent thermal stability, very small reheat linear change, outstands erosion and corrosion resistance etc.

Advantages

1. High strength
2. Optimum performance
3. Dimensional stability
4. Low thermal conductivity

 

Silica Brick,Firebrick,Refractory Brick

Silica Brick

Silica Brick is mainly used for coke oven, hot blast stove, acid steelmaking furnace 

and glass melting furnace. The products can be manufactured according to 

customers' different requirements.