High Temperature Elongated Dual Zone Tube Furnace for Material Research and Industrial Heat Treatment

Product Overview

This high-performance elongated thermal processing system is engineered to meet the rigorous demands of material science research and industrial laboratory applications. Designed for precision and versatility, the equipment provides an exceptional environment for heat treatment, sintering, and chemical vapor deposition. By utilizing an elongated heating chamber, the system allows for the creation of stable temperature gradients or the processing of long samples, making it an indispensable tool for advanced R&D facilities and high-tech manufacturing plants focusing on specialized material synthesis.

The equipment is specifically tailored for industries such as semiconductor manufacturing, aerospace engineering, and advanced ceramics. Its robust design supports a wide variety of atmospheres, including vacuum and inert gas environments, allowing for the precise control of chemical reactions at elevated temperatures. This unit serves as a critical bridge between experimental discovery and pilot-scale production, offering the flexibility required for rapid prototyping while maintaining the industrial-grade reliability needed for consistent data acquisition in highly regulated sectors.

Reliability and long-term performance are the hallmarks of this system's engineering. Built with premium Swedish heating elements and high-purity Japanese-engineered insulation, the equipment maintains structural integrity even under continuous high-temperature operation. The integration of advanced safety protocols and intelligent control systems ensures that the unit performs predictably in demanding conditions. Buyers can invest with confidence, knowing that the thermal uniformity and operational safety of this furnace are supported by decades of material science expertise and precision manufacturing standards.

Key Features

• Premium Swedish Kanthal A1 Elements: This system utilizes imported Kanthal A1 resistance wire, capable of reaching surface temperatures of 1420℃. These elements offer superior surface quality with a stainless-steel-like finish that prevents rusting and slag accumulation, ensuring a clean processing environment and a long service life of over two years.
• Advanced Japanese Vacuum Suction Molding: The furnace chamber is constructed using high-purity alumina polycrystalline fiber. Utilizing Japanese vacuum suction and filter molding technology, the insulation provides exceptional thermal efficiency, low heat storage, and resistance to thermal shock, preventing the structural degradation common in lower-quality fiber chambers.
• Simulated Thermal Field Optimization: The spacing and pitch of the heating elements are meticulously arranged based on advanced Japanese thermal technology. By using sophisticated thermal simulation software, the equipment achieves a balanced temperature field that minimizes cold spots and ensures uniform heating across the entire processing zone.
• Intelligent PID Program Control: Equipped with a standard 30-segment intelligent PID controller, the system offers precise temperature management. It includes auto-tuning functions and comprehensive protection against thermocouple failure or over-temperature conditions, ensuring the safety of both the equipment and the samples.
• Integrated Safety and Monitoring: The unit features a built-in air switch and leakage protector that automatically disconnects power in the event of an electrical fault. Furthermore, an open-cover protection system utilizes a physical relay to cut main power immediately when the furnace lid is opened, preventing accidental exposure to high voltage or heat.
• High-Performance Power Control: The equipment incorporates SEMIKRON silicon-controlled triggers and phase-shifted triggering mechanisms. This ensures smooth power delivery to the heating elements, extending their lifespan and providing the fine-tuned power adjustments necessary for delicate material transitions.
• Comprehensive Data Connectivity: A standard RS485 communication interface allows for direct computer control. Using dedicated software, operators can monitor PV (Process Value) and SV (Set Value) in real-time, generate heating curves, and store historical temperature data for auditing and research analysis.
• Four-Sided Heating Configuration: To achieve superior thermal balance, the resistance wires are arranged on four sides of the chamber. This multi-directional heating approach ensures that the radial and longitudinal temperature gradients are minimized, which is critical for the growth of high-quality crystals and uniform film deposition.

Applications

Technical Specifications

Core System Parameters (TU-GS10 Series)

Control and Safety Specifications

Optional System Enhancements

Why Choose TU-GS10

• Superior Thermal Engineering: By combining Swedish Kanthal A1 elements with Japanese-designed fiber chambers and thermal simulation software, this furnace provides a thermal field consistency that is unmatched in its class.
• Extended Component Longevity: We provide a 2-year guarantee on our heating elements, reflecting our confidence in the imported metallurgy and the efficiency of our phase-shifted power control system.
• Scalable and Customizable Architecture: From high-vacuum molecular pump stations to mass flow gas delivery systems, the equipment can be tailored to meet the exact requirements of your most sensitive research protocols.
• B2B Reliability and Safety: With UL-certified electrical options and redundant physical safety cutoffs, this system is designed for 24/7 industrial and laboratory operation with minimal maintenance requirements.
• Direct Digital Integration: The standard inclusion of RS485 connectivity and data-logging software ensures your laboratory is ready for digital transformation and strict data compliance.

Contact our technical engineering team today to receive a detailed quote or to discuss how we can customize the TU-GS10 series to suit your specific thermal processing needs.