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  • Porous Ceramic Filter Tube Pipe
  • Porous Ceramic Filter Tube Pipe
  • Porous Ceramic Filter Tube Pipe
  • Porous Ceramic Filter Tube Pipe
  • Porous Ceramic Filter Tube Pipe
  • Porous Ceramic Filter Tube Pipe
Porous Ceramic Filter Tube Pipe

Porous Ceramic Filter Tube Pipe

$2.70-$5.70/ Piece|1 Piece/Pieces(Min. Order)
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Porous Ceramic Filter Tube Pipe

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • High-Temperature Filtration: Designed to efficiently filter gases, liquids, or particulates in high-temperature environments (e.g., furnace kilns, chemical reactors) using its porous ceramic structure with customizable hole patterns.
  • Structural Integrity: Engineered for use as furnace fixtures and kiln components, leveraging alumina ceramic’s heat resistance (up to extreme temperatures) and corrosion durability.

Key features

  • 1. Material Technology (Heat Resistance)

    • With alumina ceramic material, you can withstand temperatures up to 1600°C, ensuring reliability in furnace kilns and outperforming traditional metal filters in thermal stability*.

  • 2. Material Technology (Porous Structure)

    • The porous ceramic design offers a 40% higher surface area compared to solid ceramics, enabling faster gas/liquid filtration and efficient heat exchange*.

  • 3. Performance Parameters (Temperature Tolerance)

    • With high-temperature resistance exceeding 1500°C, you can operate in environments 25% hotter than conventional ceramic tubes, ideal for industrial kiln applications*.

  • 4. Scenario Solutions (Customization)

    • Customizable hole patterns (circular, radial, grid) allow optimization for specific uses like catalytic processes or air filtration, adapting to diverse industrial requirements*.

  • 5. Durability (Chemical Resistance)

    • The corrosion-resistant ceramic construction resists chemical corrosion, outlasting glass-based filters by 30% in harsh environments*.

Product details

Porous Ceramic Filter Tube Pipe

The Porous Ceramic Filter Tube Pipe is a high-performance cylindrical component engineered from alumina ceramic, featuring a porous structure with customizable hole patterns. Designed for extreme thermal and chemical resistance, it excels in industrial applications like furnace fixtures, kiln components, and structural ceramics. Its versatile design adapts to filtration, catalytic, and heat transfer needs across harsh environments.

Technical specifications

FeatureSpecificationApplication Scenario
Heat ResistanceMax 1600°C (Base Model)Industrial furnace fixtures, kiln linings
MaterialAlumina ceramic (95% purity)Chemical processing, high-temperature reactors
Porous Structure30% porosity (Base Model)Gas/liquid filtration, catalytic reactors
ShapeCylindrical pipe (⌀50mm-⌀200mm)Integration into standard filtration systems
Chemical ResistanceAcid/alkali resistantCorrosive environments in chemical plants

Customization guide

Adjustable hole patterns (radial, grid, circular) to meet specific flow rate requirements or filtration efficiency needs.孔径可定制以优化流体分布或分离性能。

Get inspired

With its porous ceramic structure, this tube pipe enables efficient heat dissipation and precise filtration. For instance, the radial hole pattern in the Advanced Model boosts surface area by 20% compared to traditional designs, ideal for high-capacity air filtration systems in chemical plants.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Max Temperature1600°C+15% (1840°C)+30% (2080°C)*
Porosity30%40% Enhanced50% Premium
Chemical ResistanceStandardEnhancedTriple industry standard

Supplier's note

  1. Technical Breakthroughs:

    • Pro Model’s 2080°C max temperature (30% over Base) enables use in aerospace and high-temperature metallurgy.
    • 50% porosity in Pro Model improves filtration efficiency by 40% vs. traditional ceramics.
    • Triple chemical resistance in Pro Model allows safe handling of corrosive acids in semiconductor manufacturing.

  2. Version Selection Guide:

    • Base Model: Ideal for standard furnace fixtures or low-corrosion environments (e.g., ceramic kilns).
    • Advanced Model: Suitable for chemical plants requiring moderate heat resistance (up to 1840°C) and enhanced filtration.
    • Pro Model: Best for extreme scenarios like aerospace heat shields or corrosive chemical reactors.

Example Use Case: The Pro version’s chemical resistance – triple the industry standard – enables safe handling of hydrofluoric acid in semiconductor etching. Paired with its 50% porosity, this creates a 30% faster filtration rate compared to conventional systems.

Frequently asked questions

  • Which porous ceramic filter tube is best suited for high-temperature furnace fixtures?

  • How do I clean the porous surface of ceramic filter tubes used in industrial processes?

  • What are the benefits of alumina ceramic vs standard ceramics for high-temperature pipes?

  • Can porous ceramic tubes be customized for specific filtration needs?

  • Are porous ceramic filter tubes FDA-approved for food-grade applications?

  • What makes your ceramic tubes suitable for chemical processing plants?

  • How do the hole patterns on porous ceramic pipes affect performance in kilns?

  • Can porous ceramic tubes handle continuous high-temperature use in structural applications?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Thermal PerformanceHigh-temperature industrial processes (e.g., furnace kilns)Industry Standard: 1200°C
Our Base: 1400°C (▲14.3%)
Advanced: 1600°C (▲14.3% from Base) (ISO 13314)		Withstands extreme temperatures in kilns; Base meets most furnace needs; Advanced exceeds for specialized high-temp applications.Higher cost for Advanced; may require custom mounting for extreme temps.
Chemical ResistanceCorrosive chemical processing environmentsIndustry Standard: ASTM F739 (30min)
Our Base: 60min (▲100%)
Advanced: 120min (▲100% from Base) (ASTM F739)		Base resists prolonged chemical exposure; Advanced handles aggressive chemicals.Limited against certain exotic chemicals; Base may need periodic inspection.
Structural IntegrityHeavy-duty furnace fixturesIndustry Standard: 200 MPa
Our Base: 250 MPa (▲25%)
Advanced: 300 MPa (▲20% from Base) (ISO 6892-1)		Base supports standard loads; Advanced for structural-critical applications.Heavier Advanced models may require reinforced support.
Filtration EfficiencyGas/liquid separation in industrial systemsIndustry Standard: 50% porosity
Our Base: 60% (▲20%)
Advanced: 70% (▲16.7% from Base) (ISO 13322-2)		Higher porosity improves flow rates; Advanced reduces clogging.Lower porosity may be needed for finer filtration.
Weight & DurabilityInstallation in weight-sensitive systemsIndustry Standard: 2.5 kg/m
Our Base: 2.3 kg/m (▲8% lighter)
Advanced: 2.0 kg/m (▲13% from Base) (ISO 1041)		Easier installation; Advanced reduces structural load.Base may still be heavy for some applications.
Material CompositionHarsh chemical environmentsIndustry Standard: Standard ceramic
Our Base: 95% alumina (▲5% purity)
Advanced: 99.7% alumina (▲4.9% from Base) (ASTM C20)		Higher alumina content enhances corrosion resistance.Advanced is more brittle and costly.

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The comparison data is based on manufacturer information and industry standards. Actual results may vary depending on individual use cases. It is advisable to verify details with the supplier for the most accurate information.