Discharge Plasma Joule Heating Device LMJHD-A101 Catalog

Overview

Discharge Plasma Joule Heating Device LMJHD-A101 enables rapid sintering with a maximum temperature of 2200°C. It features a vacuum-compatible chamber for material processing under controlled conditions. The water-cooling system ensures thermal stability and prevents overheating. With enhanced safety measures it ensures reliable performance. Our Discharge Plasma Joule Heating Device is ideal for demanding research settings.

Features :

Double-Layer Cavity 

Infrared temperature probe

Grounded power supply

High-voltage electrode

Specifications :

Highest Temperature	2200℃
Working Vacuum	10 Pa
Accuracy	±1%
Power Input	380V
Power Output	40V, 500A
Plasma Power Frequency Range	5KHz to 20KHz
Plasma Power Supply Output	0 to 500W
Output Voltage	0 to 30KW
Dimensions	1200 × 840 × 1280mm

Applications :

Discharge Plasma Joule Heating Device LMJHD-A101 is engineered for rapid sintering, nanoparticle synthesis, advanced coating applications and high-entropy alloy fabrication.

Selection Guide :

Discharge Plasma Joule Heating Device LMJHD-A101 is designed for high-temperature material processing under vacuum conditions, making it suitable for research applications such as advanced material synthesis, plasma-assisted sintering, and phase transformation studies. With a highest temperature capacity of 2200℃, a working vacuum level of 10 Pa, and an accuracy of ±1%, it provides reliable and accurate thermal performance for demanding experiments. The system operates on a 380V power input, making it compatible with standard industrial setups. Customers should consider this model if their research requires controlled plasma discharge heating in a vacuum environment with high thermal accuracy. Additionally, checking for certifications like ISO or CE can help ensure compliance with laboratory safety and quality standards.