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High-Temperature Tube Furnace Series
Precise Temperature Control, Multi-Scene Application

The high-temperature tube furnace series independently developed and produced by Shanghai Guanding is widely used in materials science, metallurgy, electronics, ceramics and other fields, providing precise high-temperature heating and atmosphere control solutions.

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Wide Temperature Range

Full Series from 800℃ to 2200℃

Multi-Atmosphere Control

Supports Multiple Protective Gases

Precise Temperature Control

Temperature Control Precision ±1℃

Intelligent Programming

50-Segment Program Programming

Maximum Temperature

2200℃

Multi-Atmosphere Protection

Inert Gas/Vacuum

Product Introduction

Guanding's high-temperature tube furnace series integrates advanced technology and innovative design, providing precise and reliable high-temperature heating solutions for various industries

Main Applications

This equipment is widely used in colleges and universities, research institutes, industrial and mining enterprises and other fields. It is suitable for experiments and production links such as powder metallurgy, military industry, aerospace, electronics, metallurgy, medicine, ceramics, machinery, new material development, special materials, refractory materials, building materials, chemical industry, metal sintering and metal heat treatment.

Product Positioning

Guanding's high-temperature tube furnace series is a professional electric furnace product integrating R&D, production, sales and export. Adopting advanced heating technology and intelligent control system, it has the characteristics of good temperature uniformity, high temperature control precision, simple operation, safety and reliability, and can meet the diverse needs of different industries for high-temperature tube furnaces.

Customized Design

Furnace chamber size and temperature can be customized according to customer needs

Multiple Control Systems

Optional computer control, touch screen control and microcomputer control

High-Temperature Tube Furnace Detail Display
Scientific Research Experiments Material Preparation Heat Treatment Sintering Process

Product Types

Diversified tube furnace models to meet different scene needs, providing professional high-temperature heating solutions

Horizontal Open Tube Furnace

Horizontal Open Tube Furnace

Compact structure, easy operation, the tube can be opened horizontally for convenient sample loading and unloading, suitable for conventional high-temperature experiments and small-batch production.

Easy Operation Convenient Loading/Unloading
Vertical Tube Furnace

Vertical Tube Furnace

Vertical structure design, the tube is placed vertically, suitable for material preparation processes requiring gravity assistance, with good temperature uniformity.

Vertical Structure Good Uniformity
Translational Tube Furnace

Translational Tube Furnace

The furnace body can be translated, facilitating sample placement and removal, suitable for experimental scenarios requiring frequent sample loading and unloading.

Translatable Easy Operation
Tiltable Tube Furnace

Tiltable Tube Furnace

The furnace body can adjust the tilt angle, suitable for experimental processes requiring material flow or directional reactions, with high flexibility.

Angle Adjustable High Flexibility
Rotary Tube Furnace

Rotary Tube Furnace

The tube can be rotated, making the sample heated more uniformly, suitable for the sintering and roasting processes of powder materials.

Rotatable Uniform Heating
Rotary Tube Furnace with Auto-Feeding

Rotary Tube Furnace with Auto-Feeding

Equipped with automatic feeding and discharging function, the tube can be rotated, suitable for continuous production and improving production efficiency.

Auto-Feeding/Discharging Continuous Production

Technical Features

Integrating advanced technology and innovative design to create high-performance high-temperature tube furnace series products

Advanced Structural Design

Adopting high-quality cold-rolled steel plate, processed by advanced CNC and imported oxygen powder electrostatic spraying technology, it is high-temperature resistant, corrosion resistant and does not fade for a long time. The furnace body is reasonably designed with a double-layer structure, low surface temperature and significant energy-saving effect.

Excellent Temperature Control Performance

The furnace temperature field is uniform, the surface temperature of the double-layer heat-resistant furnace body is close to room temperature, and the heating/holding/cooling rate can be adjusted arbitrarily; imported ultra-high temperature insulation materials are adopted, with good insulation performance and significant energy-saving effect.

Intelligent Control System

Microcomputer intelligent regulation technology, supporting PID regulation, automatic control and 50-segment program programming, which can accurately control the heating, holding and cooling processes. It has multiple safety protection functions such as over-temperature protection, thermocouple break protection and over-current protection.

Multi-Atmosphere Control

Various protective gases can be introduced according to requirements, such as nitrogen, argon, hydrogen, etc., and it can also be vacuumed to meet different process needs. The gas path system is reasonably designed with good sealing performance and precise flow control.

Safe and Reliable

Integrated modules realize multiple protections such as over-temperature, over-pressure, over-current and power failure, and the automation level reaches the advanced level of the industry. The furnace door is equipped with a safety interlock device to ensure operational safety.

Additional Configuration Options

Optional computer control system to realize automatic temperature control, data recording and curve drawing. Different specifications of furnace tubes, gas flow meters, vacuum systems, etc. can be configured according to requirements.

Technical Parameters

Comprehensive technical parameter information to provide reference for you to choose a suitable high-temperature tube furnace

Heating Zone Length (mm) Tube Diameter (mm) Voltage (V) Power (KW) Temperature Control Precision (℃) Temperature Range (℃)
100, 150, 200, 300, 400 30, 40, 50, 60, 80, 100, 120, 150 220/380 4-35 ±1℃ 800-1200
500, 600, 800, 1000, 1200 30, 40, 50, 60, 80, 100, 120, 150 220/380 4-35 ±1℃ 1200-1400
100, 150, 200, 300, 400 30, 40, 50, 60, 80, 100 220/380 4-35 ±1℃ 1400-1600
500, 600, 800 30, 40, 50, 60, 80 380 10-35 ±1℃ 1600-1800
100, 150, 200, 300 30, 40, 50, 60 380 15-35 ±1℃ 1800-2200

Customization Instructions

  • Furnace chamber size and temperature can be customized according to customer requirements
  • Control system: computer control, touch screen control and microcomputer control are optional
  • Different materials of furnace tubes (quartz tube, corundum tube, ceramic tube, etc.) can be configured according to requirements
  • Optional vacuum system, gas flow control system, automatic feeding and discharging system, etc.

Application Scenarios

Covering multiple industries, unlocking high-temperature value, providing customized high-temperature solutions for different fields

Aerospace

Aerospace

Suitable for high-temperature performance testing of aerospace materials, sintering and heat treatment of special alloys, ensuring the stability of materials in extreme environments.

Automotive

Automotive Industry

Used for high-temperature treatment and performance testing of automotive engine components and exhaust system elements, improving the durability and reliability of automotive parts.

Lithium Battery

Lithium Battery Industry

For the sintering and roasting process of lithium battery cathode materials, providing a precise temperature control environment to ensure the stable electrochemical performance of electrode materials.

Dust Detection

Dust Detection

Used for high-temperature combustion analysis of environmental dust and industrial dust, accurately determining the content of combustible and non-combustible substances in dust.

New Ceramics

New Ceramics

Suitable for the sintering process of structural ceramics and functional ceramics, providing a stable high-temperature environment to ensure the density and performance of ceramic materials.

E-Waste Recycling

E-Waste Recycling

Used for high-temperature extraction and separation of precious metals in electronic waste, realizing efficient resource recovery and reuse.

New Target Materials

New Target Materials

For the sintering and densification treatment of sputtering targets, providing a uniform temperature field to ensure uniform composition and qualified density of targets.

Zirconia

Zirconia

Used for the sintering process of zirconia ceramic dentures and structural parts, precisely controlling the heating rate and holding time to ensure product quality.

Nanotechnology/New Materials R&D

Nanotechnology/New Materials R&D

Providing a controllable high-temperature environment for the preparation and performance research of nanomaterials and new functional materials, supporting multi-segment program heating.

Medical/Pharmaceutical

Medical/Pharmaceutical

Used for high-temperature sterilization of medical consumables and high-temperature modification of pharmaceutical materials, complying with the clean production standards of the pharmaceutical industry.

Research Institutes/Universities

Research Institutes/Universities

Providing multi-purpose high-temperature experimental equipment for scientific research institutions and institutions of higher education, supporting basic research in materials science, chemical engineering and other fields.

Powder/Metallurgy

Powder/Metallurgy

Suitable for the sintering of powder metallurgy products and the redox reaction of metal powders, providing precise temperature control and atmosphere adjustment.

Application Solutions & Successful Cases

Customized solutions for different industries to help customers overcome technical challenges

Materials Science Research Solution

Providing high-precision tube furnace systems for colleges, universities and research institutes, supporting multi-segment program temperature control and various atmosphere environments to meet research needs such as new material synthesis, structural characterization and performance testing. Equipped with a professional technical team to provide experimental program optimization suggestions.

Successful Cases

University School of Materials Science: Purchased multiple 1600℃ rotary tube furnaces for nanomaterial synthesis research

Research Institute: Customized atmosphere-controlled tube furnace system for high-temperature sintering research of new ceramic materials

Inquiry Solution

Industrial Production Solution

Providing tube furnace equipment for continuous production for industrial enterprises, supporting automatic feeding and discharging, precise temperature control and stable operation. Suitable for large-scale production in powder metallurgy, electronic ceramics, magnetic materials and other industries, improving production efficiency and product quality.

Successful Cases

Powder Metallurgy Enterprise: Adopted multiple automatic feeding and discharging rotary tube furnaces to realize continuous sintering of magnetic materials, with production capacity increased by 40%

Electronic Component Factory: Customized 1200℃ horizontal tube furnace production line for mass production of electronic ceramic components

Inquiry Solution

Aerospace Materials

Providing ultra-high temperature tube furnaces (up to 2200℃) for high-temperature performance testing and preparation of aerospace special materials, ensuring the stability of materials in extreme environments.

Aerospace Materials Research Institute: Used 2000℃ high-temperature tube furnace to test heat-resistant materials of spacecraft

Electronic Materials Field

Addressing the high-temperature treatment needs of electronic ceramics and semiconductor materials, providing clean and precise temperature control tube furnace equipment to ensure the performance stability of electronic materials.

Semiconductor Company: Adopted 1400℃ tube furnace for high-temperature doping treatment of chip materials

New Energy Materials

Providing controlled atmosphere tube furnace solutions for the preparation of new energy materials such as lithium batteries and fuel cells, optimizing material performance and improving energy conversion efficiency.

New Energy Enterprise: Used atmosphere-controlled tube furnace to prepare lithium battery cathode materials, with performance improved by 15%

Contact Us

Whether you have any questions or customization needs regarding vacuum sintering furnaces or powder metallurgy equipment, our professional team will provide you with timely and professional services and support.

Company Address

English Headquarters Operation Center: Yunlun Science and Technology Park, No. 333 Chuangda Road, Qingpu District, Shanghai, China

Production Base: No. 198, Shuguang Road, Kunshan City, Suzhou City, Jiangsu Province

Contact Phone/WhatsApp

Manager: +86 19921692198

Email Address

support@gdoven.com

Business Hours

Monday to Saturday: 9:00 - 18:00

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