Solution

Comprehensive refractory service supplier for high-temperature industries

Cement

The product can be applied to the cement industry

What sets us apart

Tertiary air duct
High-alumina low cement castable, high-alumina high-strength castable, ultra-high strength wear-resistant refractory castable, high-alumina steel fiber reinforced refractory castable
Front kiln mouth
Corundum mullite castables, high alumina steel fiber reinforced refractory castables
Preheating system
Alkali-resistant bricks, high-alumina low-cement castables, high-alumina high-strength castables, alkali-resistant refractory castables
Decomposition furnace
Spalling-resistant high-alumina bricks, high-alumina low-cement castables, high-alumina high-strength castables
Grate cooler
Self-flowing castables, corundum mullite castables, high-alumina low-cement castables, high-alumina high-strength castables, high-alumina steel-fiber reinforced refractory castables, ultra-high-strength wear-resistant refractory castables

Magnesia-Alumina Spinel Brick

Magnesia spinel brick is periclase and spinel with high-grade basic refractory materials are the main minerals,by high pressure molding,high temperaturesintering.
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Magnesia-ferrite spinel brick

The chrome-free, eco-friendly alkaline refractory products developed by Henan Ruitai are suitable for the burning zone of large and medium-sized new dry-process cement kilns, serving as the preferred protective material for key parts of the kiln.The magnesia-alumina-iron composite brick features excellent thermal stability and erosion resistance, low thermal expansion and thermal conductivity, as well as a flexible structure.
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Low Thermal Conductivity Mullite Brick

The low thermal conductivity mullite brick is highly adaptable and suitable for key parts such as the calcining zone, tertiary air duct and precalciner of large and medium-sized cement rotary kilns. The product features six core properties: high strength, high wear resistance, high corrosion resistance, high refractoriness under load, low bulk density and excellent thermal shock resistance. Meanwhile, adopting the one-step forming process with a homogeneous structure, it solves the problems of low strength of traditional lightweight materials and mismatched thermophysical properties at bonding parts, achieving a more stable structure. It brings remarkable economic benefits: the kiln surface temperature is reduced by 50–80°C, the fuel consumption per ton of clinker is cut by 1kg; for a φ4.8m rotary kiln with a 40m lining, 1,650 tons of standard coal can be saved annually. It is 10% lighter than silica-mullite bricks and 20% lighter than magnesia-alumina spinel bricks, with a 31-ton reduction in procurement volume for the same lining length, greatly lowering procurement and operation costs.
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Six-Resistance Energy-Saving Brick

The Six-Resistance Energy-Saving Brick delivers outstanding energy-saving and carbon reduction effects, helping the cement industry cut costs and boost efficiency, and advancing the achievement of the dual carbon goals.It features six core properties: corrosion resistance, wear resistance, thermal shock resistance, oxidation resistance, thermal load resistance and high-temperature deformation resistance.
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Alkali-Resistant Brick

Alkali-Resistant Brick is a specialized refractory product independently developed by Henan Ruitai, tailored for the preheating system of cement kilns and other alkali-rich working conditions. It integrates five core performance advantages: erosion resistance, excellent alkali resistance, thermal shock resistance, strong corrosion resistance, and anti-coating ability.
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Lightweight Composite Brick

The lightweight composite brick for rotary kilns developed by Henan Ruitai is a new generation of high-grade alkaline refractory material with energy-saving and environmental protection features. The product innovatively adopts a four-layer composite structure of "working layer + thermal barrier coating + insulation layer + protective layer", where the functions of each layer are coordinated. It boasts the advantages of light weight, corrosion resistance, erosion resistance and excellent thermal insulation performance. Its core values are reflected in three aspects: the thermal insulation and coal-saving feature can reduce the kiln surface temperature by 40°C-80°C and the standard coal consumption per ton of clinker by 0.35-0.5kg; the light weight and power-saving feature can reduce the product weight by 10% and the kiln load by about 60 tons, with the power consumption per ton of clinker cut by 0.48-0.8kwh; the durable and worry-free feature can extend the service life of the kiln, reduce maintenance costs, and provide an efficient protection and energy-saving solution for rotary kilns.
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Silicon carbide mullite brick

Silica-Mullite Red Brick and Silica-Mullite Brick are high-performance refractories specially designed for cement rotary kilns. Made from high-alumina bauxite, andalusite and other raw materials, they form a dense vitreous protective layer at high temperatures through a special process, featuring excellent erosion resistance, wear resistance and thermal shock resistance. They are suitable for the transition zone and decomposition zone of large and medium-sized cement kilns respectively, making them cost-effective preferred materials.
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Silicon Corundum Brick

To meet the requirements of sections or parts with large temperature changes, high scouring, severe wear and strong erosion in large and medium-sized rotary kilns and other thermal equipment in cement, lime and other industries, the R&D center of our company has spent three years researching and developing a new product — silicon corundum brick. This product features high strength, strong wear and erosion resistance, and excellent thermal shock resistance. It is mainly used in the upper transition zone and cooling zone of large and medium-sized cement rotary kilns.
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Spalling-resistant high-alumina brick

Spalling-Resistant High-Alumina Brick is produced by adding special modified raw materials with mismatched expansion to high-alumina bauxite. Utilizing the composite phase toughening principle, micro-cracks are generated in the material's structure, which alleviates or blocks damage caused by thermal stress. This significantly improves thermal shock stability while enhancing high-temperature mechanical wear resistance and chemical corrosion resistance. Its service life is more than 3 times that of traditional high-alumina bricks. It features excellent wear resistance, outstanding spalling resistance, and a high refractoriness under load. It is widely used in key parts of cement rotary kilns such as the transition zone, kiln hood, and preheater decomposition furnace.
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