YY Refractory supplies premium-grade ramming material (ramming mass) for blast furnaces. Heat-resistant, erosion-proof, and easy to apply. Boost furnace longevity & efficiency. ISO-certified. Get a quote today!
Product Description:
YY Refractory's Ramming Material (Ramming Mass) is a high-performance refractory blend engineered for blast furnace applications. Designed to withstand extreme temperatures (up to 1800°C), chemical corrosion, and mechanical stress, our ramming mass ensures long-lasting protection for furnace linings, tapholes, and critical high-heat zones. Ideal for iron and steel industries, this product guarantees enhanced thermal efficiency and reduced downtime.
Key Features:
✅ Superior Heat Resistance
Formulated with high-purity alumina, silicon carbide, and bonding agents, our ramming material maintains structural integrity under intense thermal cycling.
✅ Exceptional Erosion Resistance
Resists slag penetration, metal abrasion, and chemical degradation, extending furnace lifespan.
✅ Easy Application
Dry or semi-dry consistency allows for seamless manual or mechanical ramming, ensuring dense, crack-free linings.
✅ Rapid Sintering
Quickly forms a stable refractory layer, minimizing curing time and accelerating furnace readiness.
✅ Customizable Grades
Tailored ramming mass compositions available for specific furnace conditions (e.g., acidic/alkaline environments).
Application Guide:
Surface Preparation: Clean and dry the furnace lining area; remove debris.
Layering: Apply ramming material in 50-100mm layers using pneumatic rammers.
Compaction: Densify each layer uniformly to eliminate air pockets.
Curing: Gradually heat to 300°C (2-4 hours) to bond the mass before full operation.

Why Choose YY Refractory Ramming Material?
ISO-certified quality with traceable raw materials.
20+ years of expertise in refractory solutions for global industries.
Technical support for installation and maintenance.
Call to Action:
Upgrade your furnace performance with YY Refractory’s trusted ramming solutions. Contact Us for technical specs, bulk pricing, or custom formulations tailored to your needs.
Learn more about ramming materials:
The refractory ramming material is prepared from a high proportion of granular and powdery materials and a very low proportion of binders and other components, even all of which are composed of granules and powders, and are subject to strong ramming. Bulk materials for construction.
Fireclay bricks are classified as weak acid refractories. Due to the large fluctuation range of chemical composition, different production methods, and differences in firing temperature, the properties of clay bricks change greatly.We can produce all kinds of Fireclay bricks according to customers' requirements
High alumina refractory mortars used in kilns in metallurgy, building materials, machinery, chemical industry, electric power and other industries, used for masonry clay bricks, high alumina bricks, corundum bricks, with full ash joints, good air tightness of masonry, high bonding strength, high temperature performance Excellent, suitable for construction time and so on.
Silicon carbide used in industry is a synthetic material, commonly known as emery. Silicon carbide is one of the most commonly used non-oxide refractory raw materials in the field of refractories.
Corundum bricks are mainly used in iron-making blast furnaces and blast furnace hot blast furnaces, refining furnaces outside steel-making furnaces, sliding water heaters, glass melting furnaces and petrochemical industrial furnaces, etc.
Magnesia alumina bricks use periclase as the main crystal phase and magnesia-alumina spinel as the matrix. They are better in thermal shock resistance than magnesia bricks. In order to improve the thermal shock resistance of magnesia bricks, alumina or alumina is introduced into the ingredients. Bauxite clinker fine powder to form a magnesia-alumina sharp stone matrix, thereby making magnesia-alumina bricks
Insulating high alumina refractory bricks mainly refer to refractory products with an aluminum content of more than 48%. They are also called lightweight high-alumina bricks or heat-insulating high-alumina bricks due to their advantages of low bulk density, light weight, and good heat insulation effect. . It is a kind of thermal insulation refractory brick commonly used in high temperature industrial kilns and thermal equipment.
low porosity clay bricks are mainly used in the regenerators of glass kilns. They can also be used in blast furnaces and hot blast furnaces in the steel industry; cement kilns in the building materials industry; chemical kilns in the chemical industry as kiln linings

