The small footprint, exquisite appearance, wide temperature range, flexible combination of process gases, and comprehensive functionality make it particularly suitable for research institutions or units with R&D needs, for the development and use of advanced new materials such as hard alloys, high-density alloys, metal ceramics, non-metal ceramics, silicon nitride, and silicon carbide.

Product Introduction

The small footprint, exquisite appearance, wide temperature range, flexible combination of process gases, and comprehensive functionality make it particularly suitable for research institutions or units with R&D needs, for the development and use of advanced new materials such as hard alloys, high-density alloys, metal ceramics, non-metal ceramics, silicon nitride, and silicon carbide.

Product parameters
Loading space (W*H*L) φ150*200mm (Customizable)、φ200*220mm (Customizable)
Design Standards JB/T150-1-150.4-2011
Maximum working temperature 2300 °C
Work pressure 10 MPa
Vacuum leak rate ≤5x10 ?3mbarl/s
Extreme vacuum 1Pa
Wax yield ≥98%(Paraffin)
High pressure boosting rate ≤5 bar/min
Rate of temperature increase（Full load、＜ 1000 °C） ≤10 °C/min
Rate of temperature increase（Full load、＜ 1000 °C） ≤6 ℃/min
Cobalt magnetic deviation ≤±5 °C
Method of temperature measurement WRe5-26 Twinax Thermocouple
Equipped with functionality Positive pressure dewaxing, negative pressure dewaxing, TORVAC, vacuum sintering, atmosphere sintering, pressure sintering, nitriding process
Types of process gases N?、Ar、CH?、H?
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