High Temperature Induction Melting System with Multi Cavity Crucible and 15KW Precision Digital Temperature Control

Product Overview

This high-performance induction melting system represents a pinnacle in material science research technology, specifically engineered for the rapid development and analysis of advanced alloys. By utilizing a 15KW induction heating source coupled with a specialized multi-cavity crucible, the equipment facilitates the melting and solidification of multiple alloy rods with varying compositions simultaneously. This capability makes the system an indispensable tool for high-throughput material genome research, where the speed of discovery for next-generation alloys is paramount. The unit operates with exceptional efficiency, reaching temperatures up to 2000°C with remarkable stability.

Designed for demanding laboratory and industrial R&D environments, the equipment provides a controlled atmosphere for thermal processing. Users can perform melting cycles under high vacuum or within a precisely regulated inert gas environment to prevent oxidation and ensure the purity of the melt. The core value of this system lies in its ability to bridge the gap between theoretical modeling and physical sample production, allowing researchers to verify material properties across a wide experimental matrix in a fraction of the time required by traditional single-sample furnaces.

Built with professional-grade components, including a robust quartz chamber and stainless steel vacuum flanges, the system ensures long-term operational reliability. The integrated cooling and protection mechanisms, such as automatic water pressure and over-temperature sensors, provide a safe and consistent platform for high-temperature metallurgy. This equipment is not merely a furnace but a comprehensive thermal processing station that offers material scientists the precision, speed, and safety needed to push the boundaries of modern material engineering and high-temperature chemistry.

Key Features

• 15KW High-Efficiency Induction Heating: The system utilizes a powerful solid-state induction generator operating at 30-80 kHz, providing rapid and uniform heating for metallic samples while ensuring efficient energy consumption.
• Precision PID Temperature Control: An advanced digital controller with 30 programmable segments allows for meticulous management of heating rates, dwell times, and cooling profiles, maintaining a temperature accuracy of +/- 3ºC.
• High-Throughput Multi-Cavity Design: The high-purity graphite crucible is engineered with multiple cavities (up to 16 positions), enabling the simultaneous production of various alloy compositions for accelerated experimental workflows.
• Extreme Temperature Capability: A specialized three-layer refractory liner system supports continuous operation between 1000ºC and 2000ºC, enabling the processing of refractory metals and advanced ceramics.
• Integrated Vacuum and Gas Management: Equipped with a rotary vane vacuum pump and stainless steel flanges, the system achieves controlled environments down to 10e-2 torr, or 10-6 torr with optional turbo-pumps, for oxidation-sensitive materials.
• Anti-Corrosive Pressure Monitoring: A gas-independent capacitance diaphragm gauge provides accurate pressure measurements across a wide range, ensuring process repeatability and safety during vacuum or low-pressure operations.
• Professional Grade Cooling System: A high-capacity 58 L/min water chiller with a 15-liter stainless steel tank protects the induction coils and internal components from thermal stress during extended high-temperature cycles.
• Comprehensive Safety Shielding: The unit includes either phenolic or polycarbonate protective shields and automated cutoff sensors for water pressure and over-power conditions to ensure operator safety in high-voltage and high-heat environments.
• Heavy-Duty Mobile Architecture: The entire system is mounted on a robust steel frame mobile cart, providing a stable foundation for the quartz tube and heater while allowing for flexible laboratory placement.

Applications

Technical Specifications

System Overview: TU-RL09

Why Choose High Temperature Induction Melting System

• Accelerated Discovery Cycles: By producing multiple alloy samples in a single heating cycle, this system allows researchers to complete weeks of material discovery work in a single afternoon, maximizing laboratory productivity.
• Precision Engineering and Repeatability: Industrial-grade PID controllers combined with gas-independent diaphragm gauges ensure that every melt is performed under identical conditions, providing the data integrity required for academic and industrial publication.
• Robust Safety and Compliance: Built to meet CE standards with NRTL certification available, the system incorporates comprehensive hardware protections and high-quality shielding to ensure safe operation at extreme temperatures.
• Flexible Atmosphere Control: The ability to switch between high-vacuum and positive-pressure inert gas environments allows for a broader range of experimental chemistries than standard open-air induction systems.
• Premium Build Quality: From the high-purity graphite crucibles to the stainless steel vacuum hardware, every component is selected for its ability to withstand the rigors of 2000°C operations without degradation.

For more information on how this induction system can revolutionize your material research throughput, please contact our technical sales team for a formal quotation or to discuss a customized configuration for your specific experimental needs.