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DH100/2250 Alumina Fiber Felt with 2250 g/m² Areal Density, 14.0 mm Thickness, and 1300 °C Temperature Resistance for Extreme Conditions

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DH100/2250 Alumina Fiber Felt with 2250 g/m² Areal Density, 14.0 mm Thickness, and 1300 °C Temperature Resistance for Extreme Conditions

DH100/2250 Alumina Fiber Felt with 2250 g/m² Areal Density, 14.0 mm Thickness, and 1300 °C Temperature Resistance for Extreme Conditions
DH100/2250 Alumina Fiber Felt with 2250 g/m² Areal Density, 14.0 mm Thickness, and 1300 °C Temperature Resistance for Extreme Conditions DH100/2250 Alumina Fiber Felt with 2250 g/m² Areal Density, 14.0 mm Thickness, and 1300 °C Temperature Resistance for Extreme Conditions DH100/2250 Alumina Fiber Felt with 2250 g/m² Areal Density, 14.0 mm Thickness, and 1300 °C Temperature Resistance for Extreme Conditions DH100/2250 Alumina Fiber Felt with 2250 g/m² Areal Density, 14.0 mm Thickness, and 1300 °C Temperature Resistance for Extreme Conditions

Large Image :  DH100/2250 Alumina Fiber Felt with 2250 g/m² Areal Density, 14.0 mm Thickness, and 1300 °C Temperature Resistance for Extreme Conditions

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DH100/2250 Alumina Fiber Felt with 2250 g/m² Areal Density, 14.0 mm Thickness, and 1300 °C Temperature Resistance for Extreme Conditions

Description
Product Model: DH100/2250 Nominal Areal Density: 2250 G/m² (±10%)
Nominal Thickness: 14.0 Mm (±1.6 Mm) Recommended Installation Gap: 4.5 - 7.5 Mm
Gasket Bulk Density (GBD): 0.35 - 0.55 G/cm³ Long-Term Temperature Resistance: Up To 1300 °C
Composition: Alumina Fiber Content 90 - 97%, Binder Content 3 - 10% (average Approx. 5.5%)
Highlight:

2250 g/m² Areal Density Alumina Fiber Felt

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14.0 mm Thickness Aluminum Oxide Ceramic Felt

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1300 °C Temperature Resistance Al2O3 Fiber Felt

DH100/2250 Alumina Fiber Felt
Premium density alumina fiber felt engineered as an ultra-high-performance solution designed for extreme operating conditions.
Product Overview
The DH100/2250 is the flagship model in our alumina fiber felt series, featuring the highest nominal areal density of 2250 g/m² and the thickest structure (nominal 14.0mm). Specifically engineered to withstand extreme challenges of temperature, pressure, vibration, and chemical corrosion, its ultra-high fiber packing density delivers unparalleled mechanical support, erosion resistance, and long-term dimensional stability.
Core Features
  • Ultimate Mechanical Properties: Top-tier density and thickness provide the highest compressive resilience and radial holding force for ultra-thin-wall substrates in high-vibration environments.
  • Exceptional Durability and Sealing: Dense structure significantly extends service life under extreme thermal cycles and high-velocity exhaust gas erosion, ensuring absolute sealing integrity.
  • Handles Complex Designs: Broad installation gap range of 4.5-7.5mm accommodates challenging canning designs, large dimensional tolerances, and special encapsulation processes.
Key Performance Parameters
  • Nominal Areal Density: 2250 g/m² (±10%)
  • Nominal Thickness: 14.0 mm (±1.6 mm)
  • Recommended Installation Gap: 4.5 - 7.5 mm
  • Gasket Bulk Density (GBD): 0.35 - 0.55 g/cm³
  • Long-Term Temperature Resistance: Up to 1300 °C
Ideal Applications
Primarily targeted at Three-Way Catalytic Converters for high-performance vehicles, heavy-duty commercial vehicles (diesel engines), and large stationary engines, as well as high-temperature sealing and insulation applications in extremely harsh environments within industries like chemical processing and metallurgy.
When standard solutions fall short, the DH100/2250 represents the peak performance we offer.
Contact our engineering team to evaluate a customized ultra-high-performance solution for you.

Tag:

Alumina Catalyst Carrier,

Alumina Ceramic Substrates,

Alumina Ceramic

Contact Details
Shaanxi KeGu New Material Technology Co., Ltd

Contact Person: Ms. Yuki

Tel: 8615517781293

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