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Luoyang Juxing Electric Kiln Co., Ltd. (GWDLTHERM) has officially launched its new 1100°C High-Vacuum Distillation Furnace, providing an advanced thermal processing solution for material purification, vacuum distillation, evaporation, and high-temperature research applications.
With increasing requirements for high-purity materials and controlled thermal processing environments, GWDLTHERM developed this new vacuum distillation furnace to deliver precise temperature control, stable vacuum performance, and reliable material treatment results. The system integrates advanced vacuum technology, optimized heating structures, and intelligent control functions to meet the needs of laboratories, universities, research institutes, and advanced manufacturing industries.
The newly launched 1100°C High-Vacuum Distillation Furnace is designed for applications requiring a clean vacuum environment and accurate thermal processing control. The furnace provides a maximum operating temperature of 1100°C, temperature control accuracy of ±1°C, and a two-zone heating structure with independent temperature control to ensure stable and uniform heating performance.
The furnace adopts a high-quality quartz tube chamber with a tube size of 150×1400 mm and a wall thickness of 5 mm. The quartz tube features a flange sealing structure with a vacuum interface and gas inlet valve. Its horizontal sliding design allows convenient installation, maintenance, and sample loading operations.
The new vacuum distillation furnace is equipped with a high-performance molecular pump system capable of achieving a vacuum level below 6.0×10⁻⁴ Pa.
The molecular pump unit supports connection with up to three furnace systems, improving laboratory efficiency and optimizing vacuum equipment utilization.
The high vacuum environment effectively reduces residual gases and impurities, providing a cleaner processing atmosphere for material purification, vacuum distillation, evaporation, heat treatment, and advanced material research.
The furnace heating zone features an inner diameter of 170 mm and uses high-temperature alloy resistance wire from Beijing Shougang as the heating element.
The heating wire contains molybdenum elements and provides a surface temperature capability of up to 1450°C, ensuring excellent heating efficiency, oxidation resistance, and long-term operating stability.
The heating elements are installed around the furnace tube to achieve uniform heat distribution and stable thermal transfer. This optimized structure improves temperature consistency and ensures reliable processing results.
The furnace uses 1700°C high-temperature alumina fiber as the main insulation material.
This lightweight insulation structure features low thermal conductivity, low heat storage capacity, excellent thermal shock resistance, and outstanding energy-saving performance.
The alumina fiber insulation system effectively reduces heat loss, improves heating efficiency, maintains stable furnace temperature, and extends equipment service life.
The furnace is equipped with a 7-inch touchscreen control system for centralized operation and monitoring.
The intuitive interface allows users to easily set temperature programs, adjust parameters, monitor furnace status, and manage heating processes.
The intelligent control system improves operational convenience and ensures accurate, repeatable thermal processing for different research and production requirements.
| Parameter | Specification |
|---|---|
| Maximum Temperature | 1100°C |
| Temperature Control Accuracy | ±1°C |
| Heating Structure | Two-zone independent heating |
| Quartz Tube Size | Φ150×1400 mm |
| Quartz Tube Thickness | 5 mm |
| Heating Zone Diameter | 170 mm |
| Vacuum Level | <6.0×10⁻⁴ Pa |
| Control System | 7-inch Touchscreen |
| Heating Element | High-temperature alloy resistance wire |
| Insulation Material | 1700°C Alumina Fiber |
Suitable for high-purity material preparation, vacuum distillation, evaporation, and thermal separation processes requiring a controlled vacuum environment.
Widely used in universities, research institutes, and laboratories for advanced material research, heat treatment, and thermal processing experiments.
Applied in semiconductor, electronics, aerospace, metallurgy, and other industries requiring precise vacuum thermal processing.
High Vacuum Performance
Provides stable vacuum conditions to reduce contamination and improve material purity.
Precision Temperature Control
Advanced heating technology and intelligent control ensure accurate and repeatable thermal processing.
Reliable Furnace Manufacturer
GWDLTHERM provides professional furnace design, customized solutions, and technical support for global customers.
A: The furnace provides a maximum operating temperature of 1100°C, suitable for material purification and high-temperature thermal processing.
A: The molecular pump system can achieve a vacuum level below 6.0×10⁻⁴ Pa, creating a clean processing environment.
A: It is suitable for metals, powders, ceramics, advanced materials, and research samples requiring vacuum treatment.
A: Yes. The furnace adopts a two-zone independent heating structure for improved temperature uniformity.
A: Yes. It is designed for universities, research institutes, laboratories, and industrial material research applications.
Luoyang Juxing Electric Kiln Co., Ltd. (GWDLTHERM) is a professional manufacturer specializing in high-temperature electric furnaces, laboratory furnaces, vacuum furnaces, atmosphere furnaces, and customized thermal processing equipment.
With advanced furnace manufacturing technology and continuous innovation, GWDLTHERM provides reliable thermal processing solutions for global research institutions and industrial customers.
