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High-Temperature Silicon Nitride Ceramic for Industrial Applications

Product Details

Place of Origin: Made In China

Brand Name: Dayoo

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Price: Negotiable

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Product Details

Product Description

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                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                high-temperature silicon nitride ceramic, industrial silicon nitride ceramics, silicon nitride ceramic with warranty
                              

Features:	Wear-resistant	Feature:	High Stength Resistance
Density:	3.2 G/cm3	Package:	Customized
Thermal Conductivity:	25 W/mK	Application:	Industrial Ceramic
Logo:	Laser Engraving	Watts:	40-100W
Roughness:	0.1um	Young'S Modulus:	300 GPa
Hardness:	9.5 Mohs	Flexural Strength:	850 MPa
Max Operating Temperature:	1200°C	Wire Length:	300mm
Quality Control:	100% Inspection	Usage:	Harsh Environment
Dimension:	128174mm	Maximum Use Temperature:	1200°C
Wattage Density:	2~25W/cm2	After Warranty Service:	Online Support
Compressive Strength:	3,000 MPa	Processing Service:	Custom Processing
Blade Material:	Silicon Nitride Ceramic	Dielectric Strength:	1,000 V/mil
Highest Melting Point:	1900℃	Wear Resistance:	Excellent
Thermal Expansion:	3.4*10(4) ℃	Temperature Resistance:	Up To 1400°C

Features:	Wear-resistant
Feature:	High Stength Resistance
Density:	3.2 G/cm3
Package:	Customized
Thermal Conductivity:	25 W/mK
Application:	Industrial Ceramic
Logo:	Laser Engraving
Watts:	40-100W
Roughness:	0.1um
Young'S Modulus:	300 GPa
Hardness:	9.5 Mohs
Flexural Strength:	850 MPa
Max Operating Temperature:	1200°C
Wire Length:	300mm
Quality Control:	100% Inspection
Usage:	Harsh Environment
Dimension:	128174mm
Maximum Use Temperature:	1200°C
Wattage Density:	2~25W/cm2
After Warranty Service:	Online Support
Compressive Strength:	3,000 MPa
Processing Service:	Custom Processing
Blade Material:	Silicon Nitride Ceramic
Dielectric Strength:	1,000 V/mil
Highest Melting Point:	1900℃
Wear Resistance:	Excellent
Thermal Expansion:	3.4*10(4) ℃
Temperature Resistance:	Up To 1400°C

High-Temperature Silicon Nitride Ceramic for Industrial Applications

Silicon Nitride Ceramic for High-Temperature Industrial Applications

Key Specifications

Density	3.2 g/cm³
Thermal Conductivity	25 W/mK
Hardness	9.5 Mohs
Flexural Strength	850 MPa
Compressive Strength	3,000 MPa
Maximum Operating Temperature	1200°C
Young's Modulus	300 GPa
Dielectric Strength	1,000 V/mil
Surface Roughness	0.1μm
Thermal Expansion	3.4×10⁻⁶/°C

Product Features

Exceptional wear resistance for harsh environments
High strength-to-weight ratio
Superior thermal shock resistance
Excellent corrosion resistance
Customizable dimensions and processing
Laser engraving available for identification

Applications

High-temperature industrial components
Hydrogen fuel cell thermal management
Precision ceramic bearings
Semiconductor manufacturing equipment
Medical implants and devices
Aerospace components

Advanced Performance Characteristics

Silicon Nitride (Si₃N₄) Ceramics represent a breakthrough in high-performance materials, combining metal-like fracture toughness with lightweight properties. This unique "rigid-yet-flexible" characteristic makes it indispensable for cutting-edge industrial applications.

Industry-Specific Advantages

In advanced manufacturing, silicon nitride ceramic bearings achieve rotational speeds three times higher than metal bearings in vacuum environments. For semiconductor production, silicon nitride components demonstrate over 10 times longer plasma corrosion resistance compared to quartz materials. In the energy sector, these ceramics solve critical thermal management challenges in hydrogen fuel cells, maintaining structural stability at 800°C.

Medical Innovations

Porous silicon nitride implants mimic trabecular bone structures while creating an alkaline surface environment that inhibits bacterial growth. This self-sterilizing property represents a significant advancement in orthopedic implants. With 3D printing technology, complex silicon nitride components are now feasible for specialized applications.

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Alumina Ceramic

Zirconia Ceramics

Silicon Nitride Ceramics

Silicon Carbide Ceramics

High-Temperature Silicon Nitride Ceramic for Industrial Applications