logo
Request A Quote |
Home ProductsZirconia Oxide Ceramic

Zirconia Foam Ceramic Filters with 1700°C Max Temperature Resistance, Yttria-stabilized ZrO₂, and 80-90% Porosity for High-Temperature Applications

All Products

Silicon Carbide Ceramic

(32)

Reaction Bonded Silicon Carbide

(12)

Heating Elements

(46)

Silicon Nitride Ceramic

(12)

Aluminum Oxide Ceramic

(37)

Zirconia Oxide Ceramic

(5)

Boron Nitride Ceramic

(4)

Ceramic Powder

(5)
Certification
china Shaanxi KeGu New Material Technology Co., Ltd certification
china Shaanxi KeGu New Material Technology Co., Ltd certification
Customer Reviews
NGK values our long-standing partnership with Shaanxi Kegu. Their SSiC ceramics excel in quality and innovation, driving our mutual success. Here’s to continued collaboration!

—— NGK Thermal Technology Co.,Ltd

At Huike, we take pride in our long-standing partnership with Shaanxi Kegu New Material Technology Co., Ltd., a collaboration rooted in trust, innovation, and shared excellence.Their expertise in SSiC ceramics and reliable solutions have consistently supported our projects.

—— SuzhouHuike Technology Co.,Ltd

We at Keda greatly appreciate our long-standing partnership with Shaanxi Kegu New Material Technology Co., Ltd. Their high-quality SSiC ceramic solutions have been integral to our projects and we look forward to continued collaboration and shared success.

—— Keda Industrial Group Co.,Ltd.

I'm Online Chat Now

Zirconia Foam Ceramic Filters with 1700°C Max Temperature Resistance, Yttria-stabilized ZrO₂, and 80-90% Porosity for High-Temperature Applications

Zirconia Foam Ceramic Filters with 1700°C Max Temperature Resistance, Yttria-stabilized ZrO₂, and 80-90% Porosity for High-Temperature Applications
Zirconia Foam Ceramic Filters with 1700°C Max Temperature Resistance, Yttria-stabilized ZrO₂, and 80-90% Porosity for High-Temperature Applications Zirconia Foam Ceramic Filters with 1700°C Max Temperature Resistance, Yttria-stabilized ZrO₂, and 80-90% Porosity for High-Temperature Applications Zirconia Foam Ceramic Filters with 1700°C Max Temperature Resistance, Yttria-stabilized ZrO₂, and 80-90% Porosity for High-Temperature Applications Zirconia Foam Ceramic Filters with 1700°C Max Temperature Resistance, Yttria-stabilized ZrO₂, and 80-90% Porosity for High-Temperature Applications

Large Image :  Zirconia Foam Ceramic Filters with 1700°C Max Temperature Resistance, Yttria-stabilized ZrO₂, and 80-90% Porosity for High-Temperature Applications

Product Details:
Contact Now

Zirconia Foam Ceramic Filters with 1700°C Max Temperature Resistance, Yttria-stabilized ZrO₂, and 80-90% Porosity for High-Temperature Applications

Description
Highlight:

1700°C Max Temperature Resistance Zirconia Foam Ceramic Filters

,

Yttria-stabilized ZrO₂ Zirconia Oxide Ceramic Filters

,

80-90% Porosity ZrO₂ Foam Filters

Zirconia Foam Ceramic Filters: The Ultimate Solution for Ultra-High Temperatures
Premium Performance
Zirconia foam filters are engineered for the most demanding high-temperature applications where thermal stability and chemical inertness are critical. As our highest-temperature product (≤1700°C), they excel in processing superalloys, titanium, and advanced steels where other filters fail.
Key Advantages
  • Max Temperature Resistance - Stable to 1700°C
  • Highest Strength - 1.5-2.5 MPa compressive strength
  • Chemical Inertness - Resists acidic & basic slags
  • Precision Filtration - Uniform pore structure for consistency
  • Advanced Applications - Ideal for aerospace, medical, and high-value components
  • Phase Stable - No destructive transformations during heating/cooling
Technical Specifications
Parameter Specification Key Benefit
Material Yttria-stabilized ZrO₂ Prevents phase transformation up to 1700°C
Color Light Yellow Easy visual identification
Max Temp ≤1700°C Industry-leading capability
Porosity 80-90% Optimal flow with thorough filtration
Density 1.0-1.5 g/cm³ Robust yet porous structure
Strength ≥1.5 MPa Handles extreme casting conditions
Thermal Expansion Low (10-11 × 10⁻⁶/°C) Minimal dimensional changes
Chemical Stability Exceptional Works with reactive metals
Primary Applications
Recommended Industries:
  • Aerospace: Superalloy turbine blades & components
  • Medical: Titanium implants & surgical instruments
  • Automotive: High-performance engine parts
  • Industrial: Tool steels & specialty alloys
Optimal For:
  • Metals: Titanium, superalloys, high-grade steels
  • Processes: Investment casting, vacuum casting
  • Requirements: High purity, fine inclusion removal
Selection Guide
Choose Zirconia When:
  1. Temperatures exceed 1500 °C
  2. Processing reactive metals (Ti, Zr, rare earths)
  3. Maximum purity is critical
  4. Chemical compatibility is essential
PPI Recommendations:
  • 10-15 PPI: High flow rates, large castings
  • 20 PPI: Balanced performance, most applications
  • 30 PPI: Maximum filtration for precision parts
Quality Assurance
  • Full stabilization confirmed by XRD analysis
  • Batch testing for consistency
  • Thermal cycling validation
  • Traceable production lots
Need help selecting the right filter?
Contact our technical team for application-specific recommendations.

Tag:

Zirconia Ceramic Beads,

Zirconium Oxide Ceramic,

Zirconia Milling Media

Contact Details
Shaanxi KeGu New Material Technology Co., Ltd

Contact Person: Ms. Yuki

Tel: 8615517781293

Send your inquiry directly to us (0 / 3000)

About

Silicon Carbide Ceramic

High-Temperature Resistant SiC Forks with 1650°C Max Service Temp and 3800MPa Flexural Strength for Semiconductor Manufacturing

Customizable Pressureless Sintered SiC Roller 1650°C Heat Resistant for Roller Hearth Kilns

Reaction Bonded Silicon Carbide

Reaction Sintered Silicon Carbide Air Cooling Tubes for High-Temp Industrial Cooling with 1380℃ Max Service Temp and 250MPa Flexural Strength

High-Temperature Stable SiC Burner with Thermal Shock and Corrosion Resistance for Industrial Furnaces

LEAVE MESSAGE

Privacy Policy | China Good Quality Silicon Carbide Ceramic Supplier. © 2025 - 2026 Shaanxi KeGu New Material Technology Co., Ltd. All Rights Reserved.