Silicon nitride ceramic shaped parts

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产品类别

材料及含量

生产工艺

原料材料 氮化硅(Si3N4)
粉体制备 -
成型工艺 -
烧结工艺 -
加工工艺 -

产品描述

型号
品牌
Huaci Juli
原产地
Fujian Xiamen
发货地
Fujian Xiamen

厦门市集美区后溪镇石星路451-1号101室
经营模式 生产型 服务型 其他
生产工艺
-

联系人信息

蓝先生 销售经理 18050101292 / liweiqi@hc-sin.com

查看更多联系方式

产品特点

1. Physical Properties:
High strength and high toughness, high bending strength, and fracture toughness superior to most other ceramic materials.
Extremely low thermal expansion coefficient and excellent thermal conductivity, resulting in outstanding thermal shock resistance.
High hardness and self-lubricating properties, providing excellent wear resistance.
Low density (3.44 g/cm³), resulting in lightweight components.

2. Chemical Properties:
Extremely high chemical stability, resistant to most acids and alkalis.
A dense silicon dioxide protective film forms on the surface at high temperatures, allowing for long-term use at temperatures above 1200℃.
Can be used at temperatures up to 1400℃ in a protective atmosphere.

产品详情

Introduction to Silicon Nitride Ceramic Shaped Parts:

Silicon nitride ceramic shaped parts are a high-performance structural ceramic material made from silicon nitride (Si₃N₄), possessing the following significant characteristics:

1. Physical Properties:

High strength and high toughness, high bending strength, and fracture toughness superior to most other ceramic materials.

Extremely low thermal expansion coefficient and excellent thermal conductivity, resulting in outstanding thermal shock resistance.

High hardness and self-lubricating properties, providing excellent wear resistance.

Low density (3.44 g/cm³), resulting in lightweight components.

2. Chemical Properties:

Extremely high chemical stability, resistant to most acids and alkalis.

A dense silicon dioxide protective film forms on the surface at high temperatures, allowing for long-term use at temperatures above 1200℃.

Can be used at temperatures up to 1400℃ in a protective atmosphere.

3. Comparison with Other Ceramic Materials:

Compared to alumina ceramics: superior toughness, thermal shock resistance, and high-temperature strength.

Compared to zirconia ceramics: more stable high-temperature performance.

Compared to silicon carbide ceramics: better fracture toughness and thermal shock resistance.

Application areas

Silicon nitride ceramic components with complex shapes are widely used in various high-end manufacturing fields:

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