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  • High Temperature Sintering Aluminum Oxide Ceramic Filter Plate Manufacture
  • High Temperature Sintering Aluminum Oxide Ceramic Filter Plate Manufacture
  • High Temperature Sintering Aluminum Oxide Ceramic Filter Plate Manufacture
  • High Temperature Sintering Aluminum Oxide Ceramic Filter Plate Manufacture
  • High Temperature Sintering Aluminum Oxide Ceramic Filter Plate Manufacture
  • High Temperature Sintering Aluminum Oxide Ceramic Filter Plate Manufacture
High Temperature Sintering Aluminum Oxide Ceramic Filter Plate Manufacture

High Temperature Sintering Aluminum Oxide Ceramic Filter Plate Manufacture

$1.00-$20.00/ Piece|10 Piece/Pieces(Min. Order)

Customization:

Customized logo(Min.Order: 10000 pieces)
Customized packaging(Min.Order: 10000 pieces)

High Temperature Sintering Aluminum Oxide Ceramic Filter Plate Manufacture

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • High-Temperature Filtration: Designed to filter and separate materials in high-temperature environments (e.g., industrial furnaces, kilns) while maintaining structural integrity.
  • Structural Support: Acts as a durable fixture in furnace systems, resisting thermal shock and chemical corrosion to ensure stable operation in extreme conditions.

Key features

  • 1. Material Technology

  • With high-purity alumina ceramic material and advanced sintering technology, ensure structural integrity and resistance to extreme temperatures up to 1700°C.

  • 2. Performance Parameters

  • With a maximum operating temperature of 1700°C, maintain consistent performance in industrial furnaces and kilns, outperforming steel and lower-grade ceramics in harsh thermal conditions.

  • 3. Scenario Solutions

  • Designed for continuous operation in furnace fixtures and kilns, this ceramic filter plate minimizes downtime by resisting thermal shock and chemical corrosion, ideal for 24/7 industrial use.

  • 4. Certification Standards

  • Complies with ISO 5832-10 and ASTM C20 standards for high-temperature ceramics, ensuring safety and reliability in regulated industrial environments.

  • 5. Structural Design

  • Optimized geometric design ensures uniform heat distribution and efficient filtration, enhancing energy efficiency and operational consistency in furnace systems.

Product details

High Temperature Sintering Aluminum Oxide Ceramic Filter Plate Manufacture

The High Temperature Sintering Aluminum Oxide Ceramic Filter Plate is engineered for extreme thermal and mechanical demands in industrial furnace systems. Crafted from high-purity alumina ceramic, it offers unmatched durability in high-temperature environments, structural integrity for furnace fixtures, and efficient filtration in kiln applications.

Technical specifications

FeatureSpecificationApplication Scenario
Material95% Al₂O₃ alumina ceramicWithstands corrosion in furnace kilns
Temperature RangeUp to 1600°C (2912°F)Structural components in high-heat furnaces
Density3.8–4.0 g/cm³Ensures dimensional stability under load
Pore SizeCustomizable (5–50 µm)Tailored filtration for gas/solid separation
CertificationISO 9001, ASTM C372 (ceramic standards)Compliance for industrial furnace systems

Customization guide

Adjust pore size and plate thickness to meet specific filtration requirements (e.g., finer pores for gas purification in metallurgy) or modify dimensions to fit furnace kiln designs.

Get inspired

With its 95% alumina composition, you can achieve zero deformation in 1600°C environments. Pair the customizable pore structure with furnace kiln systems to ensure precise gas flow control. For structural applications, leverage its high compressive strength to withstand heavy loads in industrial furnaces.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Max Temperature1600°C+15% (1840°C)+30% (2080°C)*
Density3.8 g/cm³Enhanced (3.9 g/cm³)Premium (4.0 g/cm³)
Pore Uniformity±10% tolerance±5% tolerance±2% tolerance
CertificationsISO 9001ISO 9001 + ASMEISO 9001 + ASME + CE

Supplier's note

  1. Technical Breakthroughs:

    • High-Temperature Stability: The Pro Model’s 2080°C rating exceeds industry benchmarks by 20%, enabling use in ultra-high-heat environments like aerospace furnaces.
    • Precision Filtration: The Advanced Model’s ±5% pore uniformity reduces dust leakage by 30% compared to standard ceramics.
    • Lightweight Design: The Base Model’s optimized density maintains strength while cutting material costs by 15%.
  2. Version Selection Guidance:

    • Base Model: Ideal for standard industrial furnaces requiring cost-effective solutions (e.g., ceramics production).
    • Advanced Model: Suitable for chemical plants needing precise gas filtration and ASME compliance.
    • Pro Model: Designed for aerospace and metallurgy sectors demanding extreme heat resistance and CE certification.

*Pro Model’s temperature rating is validated under controlled laboratory conditions.

Frequently asked questions

  • Which high-temperature sintering ceramic filter plate is best suited for industrial furnace kilns?

  • How do I clean and maintain alumina ceramic filter plates after high-temperature use?

  • Alumina ceramic vs. silicon carbide: Which is better for furnace fixtures?

  • Can ceramic filter plates be customized for specific furnace dimensions or shapes?

  • Is alumina ceramic FDA-approved for high-temperature industrial use?

  • What temperature range can your ceramic plates handle continuously?

  • How does the sintering process enhance the durability of ceramic filter plates?

  • Are these ceramic plates suitable for environments with rapid temperature fluctuations?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
High-Temperature Ceramic Filter PlatesIndustrial kilns, metal smeltingOperating Temp: 1600°C (Industry: 1200°C) ▲▲▲ (Withstands molten metal exposure)Maintains structural integrity at extreme temps; reduces replacement frequencyHigher cost than standard ceramics; requires specialized handling
Structural Ceramic ComponentsLoad-bearing furnace fixturesFlexural Strength: 350 MPa (Industry: 250 MPa) ▲▲ (Supports heavy machinery loads)Resists deformation under stress; durable in corrosive environmentsCustom fabrication may increase lead times
Chemical-Resistant Ceramic PlatesAcidic/alkaline processingChemical Resistance: Passes ASTM C693 for 72h (Industry: 24h) ▲ (Resists 50+ chemicals)Longer service life in corrosive settings; minimizes contamination riskLess cost-effective for non-chemical applications
Customized Ceramic SolutionsTailored furnace partsCustomization: 3D Mold Precision (Industry: Standard Shapes Only) ▲▲ (Fits irregular geometries)Perfect fit for specialized machinery; reduces assembly gapsHigher cost for bespoke designs; longer production cycles
Energy-Efficient Insulation MaterialsThermal barriers in kilnsThermal Conductivity: 0.3 W/m·K (Industry: 0.5 W/m·K) ▲ (Reduces energy loss by 40%)Lowers operational costs; improves heat retention efficiencyLess effective in environments with rapid temp fluctuations
High Purity Alumina CeramicSemiconductor manufacturingAlumina Content: 99% (Industry: 92%) ▲▲ (Enhances electrical insulation)Superior thermal/electrical stability; ideal for precision electronicsMore brittle than lower-purity ceramics; requires careful handling

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