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DH100/1200 Alumina Fiber Felt with 1200 g/m² Areal Density and 1300°C Temperature Resistance for Balanced Performance in High-Temperature Encapsulation

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DH100/1200 Alumina Fiber Felt with 1200 g/m² Areal Density and 1300°C Temperature Resistance for Balanced Performance in High-Temperature Encapsulation

DH100/1200 Alumina Fiber Felt with 1200 g/m² Areal Density and 1300°C Temperature Resistance for Balanced Performance in High-Temperature Encapsulation
DH100/1200 Alumina Fiber Felt with 1200 g/m² Areal Density and 1300°C Temperature Resistance for Balanced Performance in High-Temperature Encapsulation DH100/1200 Alumina Fiber Felt with 1200 g/m² Areal Density and 1300°C Temperature Resistance for Balanced Performance in High-Temperature Encapsulation DH100/1200 Alumina Fiber Felt with 1200 g/m² Areal Density and 1300°C Temperature Resistance for Balanced Performance in High-Temperature Encapsulation DH100/1200 Alumina Fiber Felt with 1200 g/m² Areal Density and 1300°C Temperature Resistance for Balanced Performance in High-Temperature Encapsulation

Large Image :  DH100/1200 Alumina Fiber Felt with 1200 g/m² Areal Density and 1300°C Temperature Resistance for Balanced Performance in High-Temperature Encapsulation

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DH100/1200 Alumina Fiber Felt with 1200 g/m² Areal Density and 1300°C Temperature Resistance for Balanced Performance in High-Temperature Encapsulation

Description
Product Model: DH100/1200 Nominal Areal Density (g/m²): 1200 G/m² (±10%)
Nominal Thickness: 8.5 Mm (±0.9 Mm) Composition: Alumina Fiber Content 90 - 97%, Binder Content 3 - 10% (average Approx. 5.5%)
Recommended Installation Gap: 2.2 - 3.4 Mm Gasket Bulk Density (GBD): 0.35 - 0.55 G/cm³
Long-Term Temperature Resistance: Up To 1300 °C
Highlight:

Lightweight Alumina Fiber Mat

,

High-Temperature Resistant Alumina Mat

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1300 °C High-Temperature Mat

DH100/1200 Alumina Fiber Felt: Balanced Performance for Mainstream Encapsulation
The DH100/1200 is the standard model in our high-performance alumina fiber felt series, offering the optimal balance between performance and cost for conventional high-temperature encapsulation applications.
Product Overview
Precision-engineered from high-purity polycrystalline alumina fibers with a nominal areal density of 1200 g/m², this cost-effective solution delivers reliable sealing, excellent insulation, and stable mechanical support in harsh environments up to 1300°C.
Core Features
  • Excellent Versatility: Adapts to various catalyst substrate sizes and wall thicknesses for reliable automotive Three-Way Catalytic Converter encapsulation
  • Superior Thermal Shock Resistance: Effectively buffers thermal cycles and pressure fluctuations under engine operating conditions for long-term stability
  • Consistent Installation Performance: Clear assembly guidelines with nominal thickness of 8.5mm and recommended installation gap of 2.2-3.4mm ensure reliable sealing
Key Performance Parameters
Parameter Specification
Nominal Areal Density 1200 g/m² (±10%)
Nominal Thickness 8.5 mm (±0.9 mm)
Recommended Installation Gap 2.2 - 3.4 mm
Gasket Bulk Density (GBD) 0.35 - 0.55 g/cm³
Long-Term Temperature Resistance Up to 1300 °C
Ideal Applications
The DH100/1200 is the mainstream choice for Three-Way Catalytic Converter mounting mats in gasoline passenger cars and light commercial vehicles. It also serves various industrial high-temperature sealing and insulation applications where optimal performance-to-cost ratio is essential.
Get Your Solution
Contact us today for DH100/1200 samples or technical consultation for your project.

Tag:

Alumina Catalyst Carrier,

Alumina Ceramic Substrates,

Alumina Ceramic

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Tel: 8615517781293

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