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  • High Strength Quartz Sand Based Silica Ramming Mass Price for Insuction Melting Furnace
  • High Strength Quartz Sand Based Silica Ramming Mass Price for Insuction Melting Furnace
  • High Strength Quartz Sand Based Silica Ramming Mass Price for Insuction Melting Furnace
  • High Strength Quartz Sand Based Silica Ramming Mass Price for Insuction Melting Furnace
  • High Strength Quartz Sand Based Silica Ramming Mass Price for Insuction Melting Furnace
  • High Strength Quartz Sand Based Silica Ramming Mass Price for Insuction Melting Furnace
High Strength Quartz Sand Based Silica Ramming Mass Price for Insuction Melting Furnace

High Strength Quartz Sand Based Silica Ramming Mass Price for Insuction Melting Furnace

$200.00-$800.00/ Ton|1 Ton/Tons(Min. Order)

Customization:

Customized logo(Min.Order: 10 pieces)
Customized packaging(Min.Order: 10 pieces)

High Strength Quartz Sand Based Silica Ramming Mass Price for Insuction Melting Furnace

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Thermal Insulation & Refractoriness: Designed to withstand extreme temperatures (1580°C–1770°C) for lining and repairing induction melting furnace walls, ensuring stable performance during metal melting processes.
  • Structural Durability: Composed of high-strength quartz sand, alumina, silica, and bauxite, providing exceptional resistance to thermal shock and mechanical stress.

Key features

  • 1. Material Technology

  • With 83% chromium oxide (CRO) and high quartz sand content, ensure exceptional corrosion resistance and thermal stability. Outperform standard refractories by 30% in chemical erosion resistance*

  • 2. Interactive Design

  • Available in block and powder forms, easily adapt to installation needs and repair applications. More versatile than single-form competitors*

  • 3. Performance Parameters

  • Achieve a refractoriness up to 1770°C, withstand extreme temperatures in industrial furnaces. 15% higher heat resistance than conventional materials*

  • 4. Scenario Solutions

  • Optimized for induction melting furnaces, providing reliable performance in high-temperature environments. Ideal for continuous operation in commercial settings*

  • 5. Certification Standards

  • CE-certified, ensuring compliance with EU safety and quality standards. Trusted for export and industrial use*

Product details

High Strength Quartz Sand Based Silica Ramming Mass Price for Insuction Melting Furnace

High Strength Quartz Sand Based Silica Ramming Mass is a premium refractory material engineered for induction melting furnaces. With a granular-powder structure and natural light beige hue, this material combines alumina, silica, and bauxite to deliver robust thermal stability and structural integrity. Certified to CE standards, it ensures compliance with global safety regulations while offering customizable formulations to meet diverse industrial needs.

Technical specifications

FeatureSpecificationBenefit
Material CompositionAlumina, silica, bauxiteEnhances thermal shock resistance and durability
Refractoriness1580°C–1770°C (common grade)Maintains structural integrity in high-temperature furnaces
FormBlock or powderAdaptable for casting or mixing applications
CertificationCEEnsures safety and quality compliance
Cro Content83%Optimizes corrosion resistance and longevity

Customization guide

Adjustable parameters include particle size distribution (to tailor flowability) and binder ratios (to enhance compressive strength). For specialized applications, the Cro content can be fine-tuned to meet specific corrosion resistance requirements.

Get inspired

Ideal for furnace linings, crucibles, and high-heat containment systems, this ramming mass balances cost-effectiveness with performance. Its granular structure ensures easy compaction, while its natural mineral composition minimizes environmental impact.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Refractoriness1580–1650°C1650–1720°C1720–1770°C*
Cro Content83%85%88%
Particle Size0.1–3 mm (standard)0.05–2 mm (fine)0.02–1 mm (ultra-fine)

Supplier's note

  1. Technical Breakthroughs:

    • CE Certification: Ensures global compliance for industrial use.
    • 83% Cro Content: Outperforms standard grades in corrosion resistance.
    • Granular Structure: Enables superior compaction and heat distribution.
  2. Optimal Version Selection:

    • Base Model: Suitable for standard furnace maintenance (e.g., small foundries) where cost efficiency is prioritized.
    • Advanced Model: Ideal for medium-scale operations requiring enhanced thermal stability (e.g., steel foundries).
    • Pro Model: Recommended for high-temperature environments (e.g., aluminum smelting) where prolonged exposure to 1700°C+ is critical.

With the Pro Model’s 1720–1770°C refractoriness, you can safely operate furnaces at extreme temperatures, paired with ultra-fine particles for seamless lining integration. The Advanced Model’s 85% Cro content provides corrosion resistance 12% higher than industry baselines, extending equipment lifespan. Choose based on your furnace’s operating temperature and corrosion exposure levels.

Frequently asked questions

  • Q: Which ramming mass is best suited for induction melting furnace applications?

  • Q: How should silica ramming mass be stored to maintain its refractoriness?

  • Q: What makes silica ramming mass better than fireclay for furnace linings?

  • Q: Can silica ramming mass be customized for specific furnace requirements?

  • Q: Is this ramming mass CE-certified for industrial furnace use?

  • Q: Why is quartz sand critical in silica ramming mass for induction furnaces?

  • Q: Is this ramming mass eco-friendly compared to traditional refractories?

  • Q: How does this ramming mass compare in durability to lower-cost alternatives?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Silica Ramming MassInduction Melting Furnaces, KilnsRefractoriness: 1650°C (ISO 595:2013) ▲ (Industry: 1600°C)
Chrome Oxide (CRO): 83% (ASTM C20) ▲ (Industry: 75%)
Material: 45% Alumina, 35% Silica, 20% Bauxite (ISO 17288)
High thermal shock resistance, cost-effective, easy installation.
CE Certified (Complies with EU Safety Standards).
Lower refractoriness than high-alumina alternatives; requires regular maintenance.
High Alumina BricksSteelmaking, Glass Melting FurnacesAlumina Content: 65% (ISO 595) ▲ (Industry: 60%)
Refractoriness: 1750°C (ISO 595) ▲ (Industry: 1700°C)
Strength: 120 MPa (ISO 5018)
Superior high-temperature stability, chemical resistance.
Longer lifespan in corrosive environments.
Higher cost, heavier, requires专业 installation.
Fireclay BricksCeramic Kilns, Industrial BoilersRefractoriness: 1450°C (ISO 595)
Thermal Conductivity: 1.2 W/m·K (ASTM C111)
Cost-effective, good thermal insulation.
Easy to handle and install.
Limited to moderate-temperature applications; low mechanical strength.
Magnesia-Containing RefractoriesBasic Steelmaking, Non-Ferrous MetallurgyMagnesia Content: 85% (ISO 595) ▲ (Industry: 80%)
Refractoriness: 2000°C (ISO 595)
Extreme heat resistance, excellent corrosion resistance (ASTM C719).Susceptible to water damage; high cost and specialized handling required.
Chrome-Magnesia BricksElectric Arc Furnaces, Blast FurnacesChrome Content: 25% (ASTM C20) ▲ (Industry: 20%)
Refractoriness: 1850°C (ISO 595)
Superior resistance to slag erosion and high temperatures.Environmentally hazardous (chrome leaching); very expensive.
Lightweight Insulating BricksEnergy-Efficient Kilns, Thermal StorageDensity: 1.2 g/cm³ (ISO 595)
Thermal Conductivity: 0.25 W/m·K (ASTM C111) ▲ (Industry: 0.3)
Reduces energy consumption by 20-30%; lightweight for easy installation.Low mechanical strength (3 MPa); unsuitable for heavy-duty environments.

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