High temperature instrument-specific crucible for Thermal analysis

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Materials and content

Production Process

Raw Materials Oxide, Alumina(Al2O3)
Powder Preparation Solid Phase Reaction, Pyrolysis, Redox, Hydrothermal Method, Dissolution Method
Molding Quick Parts Manufacturing Technology
Sintering Process Atmospheric Pressure Sintering, Gas Pressure Sintering Process, Hot Pressing Sintering, Enhanced Rapid Sintering
Processing Technology Internal Circular Grinding, Cylindrical Grinding, Flat Grinding, Centerless Grinding, CNC Processing

Product Description

Model
Customization
Brand
INNOVACERA
Origin
China • Offer certificat of origin
Port
China

A506-507,No.7 Yu’nan Fourth Road, Huli District, Xiamen Area of China (Fujian) Pilot Free Trade Zone.
Business mode production

Features

Features
1.low density
2.high hardness
3.high mechanical strength
4.dimensional stability (specific stiffness)
5.resistance to wear
6.resistance to corrosion (resistance to chemical attack)
7.weathering resistance
8.high working temperature
9.low or high thermal conductivity
10.good electrical insulation
11.dielectric and ferroelectric properties

Product Details

 Thermal analysis  Crucible

Thermal analysis  Ceramic Labware is a high-grade ceramic material that is ideal for laboratory applications. It is well balanced and physically stable. In addition, this fine ceramic offers exceptional chemical and corrosion resistance, high hardness, strength, and durability, superb wear resistance and high resistance to alkalies and other fluxes.

The heat resistance of thermal analysis crucibles is an especially important feature because they are used in chemical laboratories as containers for extremely hot chemical compounds. Thermal analysis crucibles have applications in laboratory research, academia and industry and come in a wide variety of shapes and sizes. For example, high-form alumina crucibles are commonly used in academic laboratories.

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