Laboratory High-Temperature Multi-Zone Vacuum Tube Furnace, Rotary Tube Furnace

Product Details
Customization: Available
After-sales Service: on-Line Service
Warranty: One Year
Diamond Member Since 2025

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Year of Establishment
2025-04-22
Registered Capital
1.48 Million USD
  • Laboratory High-Temperature Multi-Zone Vacuum Tube Furnace, Rotary Tube Furnace
  • Laboratory High-Temperature Multi-Zone Vacuum Tube Furnace, Rotary Tube Furnace
  • Laboratory High-Temperature Multi-Zone Vacuum Tube Furnace, Rotary Tube Furnace
  • Laboratory High-Temperature Multi-Zone Vacuum Tube Furnace, Rotary Tube Furnace
  • Laboratory High-Temperature Multi-Zone Vacuum Tube Furnace, Rotary Tube Furnace
  • Laboratory High-Temperature Multi-Zone Vacuum Tube Furnace, Rotary Tube Furnace
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Basic Info.

Model NO.
Made-to-order
Type
Coating Production Line
Coating
Vacuum Coating
Substrate
Steel
Certification
CE
Condition
New
Sample Stage
Dia. 100mm
Heating Temperature
Max 500ºC
Rotate Speed
1-30rpm Adjustable
Chamber Material
High Purity Quartz
Transport Package
Wooden Case
Specification
Customized
Trademark
RJ
Origin
Zhengzhou, China

Product Description

Laboratory High-Temperature Multi-Zone Vacuum Tube Furnace, Rotary Tube FurnaceMain applications: This advanced High-Temperature Multi-Zone Vacuum Tube Furnace is expertly designed for the preparation of rare earth materials, electronic lighting, crystal annealing, bioceramics, electronic ceramics, and special alloys. It excels in processing magnetic materials, precision casting, and metal heat treatment. Additionally, it is indispensable in industrial processes such as vacuum sintering, protective atmosphere sintering, vacuum deposition, advanced CVD experiments, and comprehensive material composition analysis.

Structure Carbon steel shell, two layers of alumina fiberboard, 1200°C alumina fiber, 1400°C alumina fiber, cooling fan
Furnace Tube Quartz tube (OD: 200mm × Length: 800mm), sealed with flanges and rubber rings (customizable upon request)
Heating Zone Length 440mm (customizable upon request)
Maximum Temperature 1200°C (Long-term working temperature: ≤1100°C)
Temperature Sensor Type N thermocouple
Temperature Control 30-step programmable, PID auto-control, overheat protection
Heating Rate Recommended: 0~10°C/min
Temperature Accuracy ±1°C
Heating Element Resistance wire
Vacuum System Mechanical vacuum pump, diffusion vacuum pump (optional upon request)
Laboratory High-Temperature Multi-Zone Vacuum Tube Furnace, Rotary Tube Furnace
Structure Carbon steel shell, two layers of alumina fiberboard, 1200°C alumina fiber, 1400°C alumina fiber, cooling fan
Furnace Tube Quartz tube (OD: 200mm × Length: 800mm), sealed with flanges and rubber rings (customizable upon request)
Heating Zone Length 440mm (customizable upon request)
Maximum Temperature 1200°C (Long-term working temperature: ≤1100°C)
Temperature Sensor Type N thermocouple
Temperature Control 30-step programmable, PID auto-control, overheat protection
Heating Rate Recommended: 0~10°C/min
Temperature Accuracy ±1°C
Heating Element Resistance wire
Vacuum System Mechanical vacuum pump, diffusion vacuum pump (optional upon request)
Laboratory High-Temperature Multi-Zone Vacuum Tube Furnace, Rotary Tube FurnaceOur cutting-edge vacuum tube furnace is primarily utilized in sophisticated fields including crystal annealing, electronic lighting, and the innovative sintering of two-dimensional materials. It is essential for atmosphere-protected sintering, vacuum coating, intricate CVD experiments, and detailed material composition analysis.
Item Specification
Display Digital control display
Max Temperature 1700°C
Working Temperature ≤1600°C
Heating Zone Single zone, 300mm (customizable upon request)
Heating Element Silicon molybdenum rods (MoSi)
Thermocouple Type B
Temperature Accuracy ±1°C
Material Alumina tube
Temperature Control PID automatic control via SCR power regulation
Heating Program 30-step programmable
Heating Rate 0-10°C/min
Laboratory High-Temperature Multi-Zone Vacuum Tube Furnace, Rotary Tube Furnace

The innovative multi-zone vacuum tube furnace revolutionizes the creation of a vacuum experimental environment, allows the introduction of protective atmospheres, or operates seamlessly in an air environment, offering unparalleled versatility in usage methods and application scenarios. This makes it perfectly suited for various academic and industrial experiments, especially in universities, research institutes, and industrial laboratories. It's ideal for vacuum high-temperature sintering, refined material heat treatment, rigorous quality testing, and other complex experiments.
Alternative (more concise version):

The sophisticated multi-zone vacuum tube furnace supports a range of conditions including vacuum, protective atmospheres, or open-air operation. Its versatility is unmatched, making it ideal for applications such as high-temperature vacuum sintering, material heat treatment, and quality assurance testing. It finds widespread use in both academic and industrial settings, including universities, research institutions, and cutting-edge industrial labs.

Parameter Specification
Number of Zones Dual-zone (more zones customizable)
Heating Zone Size Φ60 × (200+200) mm (customizable upon request)
Tube Material Quartz tube
Tube Size Φ60 × 1000 mm (customizable upon request)
Heating Element High-quality resistance wire
Furnace Wall Alumina ceramic fiber
Max Temperature 1200°C
Long-term Use Temp 1100°C
Heating Rate Recommended ≤10°C/min
Control System Dual PID intelligent multi-segment programmable temperature controllers
Thermocouples 2 × Type N thermocouples
Safety Alarms Over-temperature & thermocouple failure alarms
Sealing System Stainless steel flanges at both ends (with precision needle valve, mechanical pressure gauge, and insulated outlet)
Gas Compatibility Inert gases (up to slight positive pressure, <0.02 MPa)

Optional Heating Zone Sizes

Heating Zone Size (mm) Heating Zone Size (mm)
Φ50 × (200+200) Φ50 × (300+300)
Φ60 × (200+200) Φ60 × (300+300)
Φ80 × (200+200) Φ80 × (300+300)
Φ100 × (200+200) Φ100 × (300+300)
Φ120 × (200+200) Φ120 × (300+300)
Φ150 × (200+200) Φ150 × (300+300)
Laboratory High-Temperature Multi-Zone Vacuum Tube Furnace, Rotary Tube Furnace

The single-zone vacuum tube furnace is adept at creating a specialized vacuum experimental environment, introducing protective atmospheres, or functioning directly in air. This flexibility offers a wide range of usage methods and application scenarios, making it well-suited for a variety of experiments conducted in universities, research institutes, and industrial laboratories, with a particular emphasis on vacuum high-temperature sintering, sophisticated material heat treatment, and stringent quality testing.

Key Features Highlighted:

  • Multi-mode operation: Operates seamlessly under vacuum, protective atmospheres (e.g., Ar/N), or ambient air conditions.

  • Typical applications:

    • Meticulous high-temperature sintering conducted under vacuum.

    • Comprehensive heat treatment of materials, including processes like annealing and tempering.

    • In-depth material property testing and rigorous quality control.

  • Target users: Academics and professionals in industrial labs focusing on R&D and production.

    Parameter Specification
    Heating Zone Length 300mm (customizable)
    Tube Material Quartz tube
    Tube Size φ60×800mm (customizable)
    Heating Element High-quality resistance wire
    Furnace Chamber Material Imported alumina ceramic fiber
    Max Design Temperature 1200°C
    Continuous Use Temp 1100°C
    Heating Rate ≤10°C/min
    Temperature Control Intelligent PID programmable multi-segment control
    Thermocouple Type N temperature measuring thermocouple
    Safety Alarms Over-temperature and thermocouple failure alarms
    Sealing System Stainless steel flanges at both ends (with precision needle valve, mechanical pressure gauge, and barbed gas inlets/outlets)
    Compatible Gases Inert gases (up to slight positive pressure <0.02MPa)

    Optional Heating Zone Sizes

    Heating Zone Size (mm) Heating Zone Size (mm)
    φ50×300 φ50×400
    φ60×300 φ60×400
    φ80×300 φ80×400
    φ100×300 φ100×400
    φ120×300 φ120×400
    φ150×300 φ150×400
Laboratory High-Temperature Multi-Zone Vacuum Tube Furnace, Rotary Tube Furnace

This compact vacuum tube furnace skillfully creates a vacuum-controlled experimental environment, introduces protective atmospheres, or operates effectively in ambient air. Its versatile functionality caters to diverse applications, making it ideal for universities, research institutes, and industrial laboratories. It is particularly adept at:

  • Precise vacuum high-temperature sintering

  • Advanced material heat treatment (including annealing, tempering, etc.)

  • Thorough quality inspection and detailed testing

Key Features:

  • Multi-mode operation: Seamlessly supports vacuum, inert gas (Ar/N), or air environments

  • Compact design: Artfully space-efficient, perfect for small-scale R&D and precision experiments

  • Wide compatibility: Exceptionally suited for nanomaterials, ceramics, metals, and composite materials

Parameter Specification
Heating Zone Length 200mm (customizable)
Tube Material Quartz tube
Tube Size Φ50×600mm (customizable)
Heating Element High-quality resistance wire
Furnace Chamber Material Imported alumina ceramic fiber
Maximum Temperature 1200°C
Continuous Use Temp 1100°C
Heating Rate ≤10°C/min
Temperature Control Intelligent PID programmable multi-segment control
Thermocouple Type N temperature measuring thermocouple
Safety Alarms Over-temperature and thermocouple failure alarms
Sealing System Stainless steel flanges at both ends (with precision needle valve, mechanical pressure gauge, and barbed gas fittings)
Compatible Gases Inert gases (up to slight positive pressure <0.02MPa)

Optional Heating Zone Sizes

Heating Zone Size (mm)
Φ15×200
Φ20×200
Φ30×200
Φ40×200
Laboratory High-Temperature Multi-Zone Vacuum Tube Furnace, Rotary Tube FurnaceMain Applications:
The four-channel tube furnace is exceptionally versatile, being widely applicable for material sintering and annealing under vacuum or protective atmosphere environments. It's a quintessential solution for high-temperature sintering, precise metal annealing, and quality assurance inspection, serving universities, research institutes, and industrial enterprises with unmatched efficiency.
Parameter Specification
Heating Zone Length 400mm (customizable)
Tube Material Quartz tube
Tube Size Φ100×1000mm (customizable)
Heating Element High-quality resistance wire
Maximum Temperature 1200°C
Heating Rate ≤10°C/min
Temperature Control Intelligent multi-segment programmable control (independent control per channel)
Thermocouple Type N temperature measuring thermocouple
Safety Alarms Over-temperature and thermocouple failure alarms
Sealing System Stainless steel flanges at both ends (with precision needle valve, mechanical pressure gauge, and chamber nozzle gas fittings)
Vacuum Level -0.1MPa (higher vacuum configurable upon request)
Compatible Gases Inert gases (up to slight positive pressure <0.02MPa)

Optional Heating Zone Sizes

Heating Zone Size (mm) Heating Zone Size (mm)
Φ50×300 Φ50×400
Φ60×300 Φ60×400
Φ80×300 Φ80×400
Φ100×300 Φ100×400
Φ120×300 Φ120×400
Φ150×300 Φ150×400

Laboratory High-Temperature Multi-Zone Vacuum Tube Furnace, Rotary Tube Furnace

 

Unleash the power of precision with the HENAN RUNJING High-Temperature Multi-Zone Vacuum Tube Furnace, expertly engineered with silicon carbide (SiC) rod heating elements, delivering a remarkable maximum temperature of 1400°C. This state-of-the-art apparatus includes a sophisticated gas annealing furnace, featuring a robust box-type structure, deploying resistance wire heating to achieve a maximum temperature of 1000°C. Versatility is at your fingertips, as this high-temperature tube furnace operates seamlessly in both vacuum conditions up to 20Pa and various atmospheric environments. Tailored for excellence, it is the quintessential solution for materials requiring specialized, precise heat treatment processes.

Key features:

  1. Main furnace: Crafted with premium SiC heating elements, reaching an impressive maximum temperature of 1400°C.

  2. Gas annealing furnace:

    • Ingeniously designed with a sturdy box-type construction.

    • Utilizes advanced resistance wire heating technology, achieving a maximum temperature of 1000°C.

  3. Vacuum capability: Efficiently reaches up to 20Pa, ensuring optimal performance.

  4. Atmosphere control: Adapts effortlessly to a wide range of gas environments for superior flexibility.

  5. Specialized design caters to the demanding requirements of unique heat treatment processes, promising unparalleled precision.

Parameter Specification
Control System Touchscreen operation
Housing Color Standard
Chamber Dimensions Tube diameter: 80mm, Heating zone: 400mm (customizable)
Heating Elements Silicon carbide (SiC) rods and resistance wires
Heating Rate 10°C/min
Thermocouples Type S and Type N
Temperature Controller Standard

Special Features

  1. Custom tube furnace: Equipped with resilient SiC heating elements (max 1400°C), boasting an 80mm tube diameter and a generous 400mm heating zone for enhanced functionality.

  2. Accompanied by a detachable gas annealing furnace:

    • Featuring a robust box-type structure for easy integration and reliability.

    • Enhanced with resistance wire heating, capable of reaching a maximum of 1000°C.

  3. Versatile with vacuum and atmosphere capabilities, efficiently operating up to 20Pa.

  4. Water-cooled collection tank:

    • Constructed with double-layered 316L stainless steel for exceptional durability and efficiency.

    • Outfitted with a vacuum pump connection port for seamless operation.

    • Integrated gas release valve to ensure safe and controlled usage.

    • Includes a double-layer sieve plate (<400 mesh), easily removable for comprehensive cleaning.

  5. Equipped with two distinct types of furnace tubes:

    • Metal tube for robust and resilient applications.

    • Alumina tube for superior heat resistance and reliability.

  6. Touchscreen control system: Provides intuitive and user-friendly operation, enhancing productivity and precision.

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