Services
Advantages
High strength
Thermal shock resistance: ASCC bricks can withstand extreme thermal shock cycles Abrasion resistance: ASCC bricks are resistant to abrasion and slag corrosion Oxidation and corrosion resistance
Good thermal conductivity High-temperature strength
Overview
Application Areas: Converter, Electric Furnace, Ladle
Magnesia carbon bricks are made from high-purity fused magnesia or sintered magnesia combined with graphite and other carbon materials, formed under high pressure and subjected to heat treatment.
Magnesia Carbon Brick
Physical and Chemical Indexes
Aluminium-Silicon Carbide Carbon Brick
Advantages
High strength Thermal shock resistance: ASCC bricks can withstand extreme thermal shock cycles Abrasion resistance: ASCC bricks are resistant to abrasion and slag corrosion Oxidation and corrosion resistance Good thermal conductivity High-temperature strength
Overview
Aluminum-silicon carbide carbon bricks use high-alumina bauxite clinker or corundum as the aggregate, combined with a specific ratio of silicon carbide and carbon materials, shaped and dried using special techniques. This product integrates the high-temperature stability of high-alumina materials with the high strength and erosion resistance of silicon carbide, making it widely applicable in hot metal ladles, torpedo ladles, and other high-temperature furnace linings. Through years of close cooperation with major steel mills, we continuously optimize the formulation of aluminium-silicon carbide carbon bricks to enhance product quality and service life, meeting the demands of wear resistance, erosion resistance, and high-temperature stability in steelmaking processes.
Refractory Materials for Hot Blast Stoves
Andalusite Low Creep Brick
+Low creep rate: Maintains structural stability at high temperatures.
+Excellent thermal shock resistance: Withstands frequent temperature fluctuations, prolonging lining lifespan.
+ Strong slag resistance: Reduces maintenance costs.
Alumina Insulation Brick
+Lightweight insulation: Reduces overall lining weight with excellent insulation performance.
+Good thermal shock resistance: Suitable for hot blast stove linings and kiln backing.
+Reduces heat loss: Improves energy efficiency.
Overview
Through years of deep collaboration with major steel manufacturers, our magnesia carbon bricks, and aluminium-silicon carbide carbon bricks have gained wide recognition in international markets, helping customers achieve significant cost reductions and efficiency improvements. Our company has established close partnerships with three large-scale steel enterprises, each with an annual production capacity exceeding 10 million tons, becoming their key or preferred supplier.
To meet customers' demands for other high-performance refractory materials, we leverage our extensive supply chain and logistics management expertise to actively participate in customers' blast furnace and hot blast stove overhaul projects. Additionally, we provide high-quality consumables for blast furnace operations, including tap hole clay and trough materials. Currently, multiple products have been deployed in actual production and have received unanimous praise from users.
Fireclay Insulation Brick
+Made from high-quality refractory clay: Lightweight and efficient. +Outstanding insulation performance: Reduces energy consumption. +Wide application: Suitable for various industrial furnace backings.
Refractory Consumables for Blast Furnace Ironmaking
Overview
To withstand high temperatures, erosion, and chemical attack during blast furnace ironmaking, we supply the following key materials:
Tap Hole Clay
+Stable tap hole filling: Facilitates easy opening and closing, minimizing unnecessary work.
+Excellent adhesion: Resists molten iron and slag erosion.
+High-temperature structural stability: Extends tap hole service life.
Iron Ditch Castable
+Erosion and scour resistance: Suitable for key blast furnace tapping areas.
+Easy application: Strong adhesion for quick trench lining repair. +High-temperature stability: Enhances overall blast furnace efficiency.
Physical and Chemical Indexes
Refractory Raw Material
1. Magnesia Material
2. Bauxite
3. Andalusite
4. Others
Corundum
White Fused Alumina
Brown Fused Alumina
Magnesium Aluminate Spinel
Graphite
Ferroalloys
1. Ferrosilicon
2. Micro Carbon/Low Carbon Ferro Chrome
3. Manganese Metal
Silicon Manganese
Ferro Manganese
Nitrited Manganese Metal
Electrolytic Manganese
Commodity Trading
Through years of international trade experience, our company has established strong and stable partnerships with numerous overseas mines. Based on market dynamics, we periodically trade key commodities, including PCI coal, anthracite coal, coking coal, manganese ore, and chrome ore.
