Overview

Flash Joule Heating Device LMJHD-A100 heats materials from 1000 to 3000°C within 1 to10 seconds. It supports conductive, non-conductive materials and offers infrared temperature measurement. The automated system enables adjustable thermal profiles to test material stability and performance. The vacuum system and water cooling ensure stable operation in controlled environments. Our Flash Joule Heating Device is ideal for battery research and advanced material synthesis.

Features :

Touchscreen Interface 

Programmable Heat Control 

Graphite Sample Holder 

PC Connectivity

Multi-Phase Power Supply 

Sapphire Vacuum Window

Specifications :

Highest Temperature	3000℃
Long-Term Heat Preservation	≤ 2000℃
Current Ramp-Up Time	2ms
Minimum Pulse Width	1ms
Programmable Pulse Count	255
Quantity of Sample Tested	500mg
Data Acquisition Cycle	5ms
Temperature Measurement Ranges	250 to 2000℃ / 700 to 3000℃ / 550 to 3000℃
Vacuum Chamber Diameter	φ16mm
Vacuum Chamber Volume	1000ml
Input Power	380V 40A
Output Power Supply	0 to 40V
Output Current	0 to 500A
Sample Table Dimension	100×15×0.2mm
Overall Dimensions	750 × 610 × 660mm
Net Weight	160 kg
Gross Weight	190 kg

Standard Accessories :

Water Cooler
Vacuum Pump

Applications :

Flash Joule Heating Device LMJHD-A100 is ideal for nanomaterial synthesis, catalyst preparation, high-entropy alloy synthesis and advanced material processing.

Selection Guide :

Flash Joule Heating Device LMJHD-A100 is a high-performance instrument designed for rapid and accurate thermal processing, often used in advanced material synthesis, carbon-based nanomaterial production, and other high-temperature experiments. With a peak temperature reaching 3000℃ and long-term heat preservation capability of up to 2000℃, it is well-suited for studies requiring extreme thermal conditions. The 2ms current ramp-up time and 1ms minimum pulse width allow for fast and controlled heating, making it suitable for applications that demand accurate thermal profiles and short reaction durations. Customers should consider this model for lab-scale research, material characterization, or rapid annealing studies. Additionally, verifying if the system includes programmable settings, data acquisition support, and certifications relevant to laboratory safety and electrical standards will help ensure compatibility with specific research or industrial needs.