High Throughput Induction Melting and Casting Furnace for Superalloy Research 1700C Atmosphere Controlled Multi Sample System

Product Overview

This high-throughput induction melting and casting system is engineered for advanced material science research, specifically targeting the rapid development of next-generation superalloys and complex metal matrices. By integrating high-frequency induction heating with precision atmosphere control, the equipment enables researchers to melt and cast multiple samples of varying compositions in a single, highly efficient cycle. This system effectively bridges the gap between small-scale laboratory exploration and industrial-grade material production, ensuring that metallurgical properties are preserved through every stage of the process.

Designed for the rigors of industrial R&D, this unit excels in environments where high-speed screening of new alloy formulations is critical. The equipment can process up to 32 distinct samples per batch, reaching temperatures as high as 1700ºC within minutes. Its unique ability to produce rectangular samples with exceptionally smooth surfaces eliminates common casting defects like sinkholes, allowing for immediate subsequent processing such as deformation or mechanical testing. This streamlined workflow significantly reduces time-to-market for critical aerospace and energy-sector materials.

Built with reliability at its core, the system utilizes high-quality stainless steel for its vacuum chamber and a robust induction heater that ensures long-term operational consistency. Every component, from the touch-screen control interface to the high-frequency power supply, is selected to withstand the thermal stress of repeated high-temperature cycles. Procurement teams and laboratory managers can rely on this equipment for reproducible results, maintaining the high levels of purity and structural integrity required for sophisticated material analysis and pilot production.

Key Features

• Multi-Sample High-Throughput Capacity: The equipment features a specialized graphite crucible capable of processing between 2 and 16 or up to 32 individual samples in a single 25-minute batch, dramatically increasing R&D efficiency compared to single-sample units.
• Precision High-Frequency Induction Heating: A 15 kW induction heater operating at approximately 80 kHz provides rapid, localized heating, ensuring efficient energy transfer and excellent homogenization of the melt through electromagnetic stirring.
• Advanced Atmosphere and Vacuum Control: The system facilitates melting under inert Argon (Ar) gas and casting under high vacuum conditions, protecting sensitive alloys from oxidation and gas inclusions during the critical solidification phase.
• Superior Surface Quality Casting: Solidified samples emerge with a smooth surface finish and no internal sinkholes, facilitating direct transition to deformation processing or metallurgical evaluation without the need for intensive surface preparation.
• Intelligent Touch-Screen Control Interface: An integrated digital control panel provides a user-friendly experience for managing complex temperature profiles and timing sequences, ensuring precision throughout the melting and casting cycle.
• Robust Safety Interlock Systems: A dedicated water-pressure interlock prevents the heating system from operating without sufficient cooling flow, protecting the induction coil and internal components from thermal damage.
• Customizable Crucible Geometry: To meet specific research requirements, the internal cavities of the graphite crucible can be customized in terms of number, size, and shape, accommodating various sample volumes and dimensions.
• High-Temperature Stability: Equipped with a Type B thermocouple, the system maintains stable and accurate temperature monitoring up to the maximum limit of 1700ºC, essential for high-melting-point materials.

Applications

Technical Specifications

For industrial and laboratory planning, the following table provides the comprehensive parameters for the TU-RL20 system.

Why Choose Us

• Industrial-Grade Reliability: This system is built for the demanding duty cycles of industrial R&D, utilizing premium materials and high-frequency electronics that ensure consistent performance over thousands of cycles.
• Exceptional Throughput: By processing up to 32 samples in under half an hour, this equipment offers a massive productivity advantage over traditional single-composition furnaces, making it a cornerstone for material genome research.
• Precision Casting Quality: The refined induction-and-vacuum casting process results in high-density samples with smooth surfaces, significantly reducing the labor and time required for post-casting surface preparation.
• Versatile Atmosphere Management: Whether your process requires an inert argon blanket or a high-vacuum environment, the system provides the flexibility to handle a wide range of sensitive alloys and reactive materials.
• Unmatched Customization: We understand that R&D requirements vary; therefore, we offer customizable graphite crucible cavities and various power configurations to perfectly match your specific material processing needs.

Position your facility at the forefront of material innovation with a system designed for precision and speed. Contact THERMUNITS today for a detailed technical consultation or to request a formal quotation tailored to your research objectives.