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High Temperature Joule Heating Device LMJHD-A102 achieves rapid processing with ≥2000℃/min heating and 10T pressure. It reduces processing time and ensures high-density material formation with strong particle bonding. A dual cooling mechanism maintains thermal stability, preventing overheating during prolonged operation. Built with durable stainless steel and heat-resistant materials, it ensures longevity and safety. Our High Temperature Joule Heating Device is well-suited for metallurgy, and advanced composite sintering.
Specifications
| Temperature | ≤2200℃ |
| Pressure | ≤10T |
| Maximum Pressure | 100 MPa |
| Vacuum Pump | VRD-30 |
| Cold Max Vacuum | 6×10⁻³ Pa |
| Accuracy | ±1%FS |
| Sample Diameter | 20 to 50 mm |
| Sample Thickness | ≤10 mm |
| Maximum Sample Mold Size | φ 40×10 mm |
| Power supply | 30/60KW |
| Chamber dimension | 400×430×500 mm |
| Dimensions (L×W×H) | 1400×2400×1350 mm |
Pricing
| Product | Price | Unit | Action |
|---|---|---|---|
| High Temperature Joule Heating Device LMJHD-A102 | $ 155156.25 | Each of 1 |
Features
Advanced PID Control
Double-Probe Sensor
Quartz Observation Window
Graphite Mold
Applications
High Temperature Joule Heating Device LMJHD-A102 is suitable for materials research, metallurgy, and advanced ceramics for high-density material formation. It is essential for semiconductor development, composite material fabrication, and high-temperature component testing.
Selection Guide
High Temperature Joule Heating Device LMJHD-A102 is designed for extreme thermal processing applications, providing accurate control and rapid heating for advanced materials research. With a maximum operating temperature of ≤2200℃ and pressure capability up to 100 MPa, this system is well-suited for high-temperature, high-pressure synthesis and sintering experiments, such as in material science, nanotechnology, and advanced ceramics. The device supports a vacuum environment of ≤10T and is equipped with a VRD-30 vacuum pump for maintaining stable, low-pressure conditions. Customers should consider this research model that demands both thermal and mechanical stress testing. Certifications relevant to lab-grade heating equipment and pressure safety standards further ensure reliability. When selecting this device, users should match their experimental needs with these specifications and verify compatibility with sample size, heating rates, and pressure vessel requirements.
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Frequently Asked Questions
1 What is a Flash Joule Heating Device?
A Flash Joule Heating Device is an apparatus designed to heats materials to high temperatures using electrical current thereby enabling material transformation in microseconds.
2 How does Flash Joule Heating Device work?
It works by passing high electrical current through a material, causing it to heat up to extremely high temperatures in microseconds.
3 What materials can be processed using Flash Joule Heating Device?
It can process a wide range of materials such as carbon-based materials, metals and ceramics.
4 Can Flash Joule Heating Device be used in medical field?
It is used to create advanced materials like graphene for medical devices, drug delivery systems and tissue engineering.
5 Can Flash Joule Heating Device be used for metal processing?
It can be used in metal processing to alter properties such as hardness, conductivity or structure.
6 Can Flash Joule Heating Device be used in environmental remediation?
It can be used in environmental remediation to convert waste materials such as plastics into useful materials like carbon nanotubes.
7 How does Flash Joule Heating Device impact material quality?
It enhances material quality by refining their structure at the atomic or molecular level.
8 Can Flash Joule Heating Device be used to produce advanced ceramics?
It can be applied in the production of advanced ceramics.
9 Can Flash Joule Heating Device improve the efficiency of thermoelectric materials?
It can enhance thermoelectric materials by altering their structure.
10 Can Flash Joule Heating Device be used to improve the performance of catalysts?
It can enhance catalyst performance by precisely controlling the temperature and creating nanoscale modifications.