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Vertical Structure · Easy Opening

Vertical Tube Furnace (Open Type)
Space Optimization · Vertical Reaction

Specifically designed for vertical reaction scenarios, the open-type structure facilitates furnace tube loading/unloading and sample handling. Supporting a wide temperature range of 800℃-2000℃ and compatible with vacuum/multi-atmosphere environments, it perfectly meets high-precision needs such as powder sintering, crystal growth and vertical deposition.

Saves Laboratory Space Open-Type Quick Sample Change Uniform Vertical Temperature Field Suitable for Powder/Crystal
Vertical Tube Furnace (Open Type) Physical Image

Maximum Temperature

2000℃

Temperature Field Uniformity

±2℃

Core Technical Advantages

Vertical structure + open-type design solves pain points of traditional tube furnaces such as space occupation and cumbersome sample change

Vertical Structure Saves Space

Vertical layout significantly reduces horizontal floor space, saving 60% more space than horizontal furnaces, adapting to dense laboratory layout needs.

Open-Type Easy Operation

The furnace body can be quickly opened, furnace tube loading/unloading without disassembling pipelines, sample handling efficiency increased by 50%, suitable for batch experimental scenarios.

Uniform Vertical Temperature Field

Unique heating element arrangement, vertical temperature field uniformity of ±2℃, avoiding temperature drift at the ends of horizontal furnaces for more accurate experimental data.

Anti-Pollution & Anti-Dripping

Vertical structure allows natural sedimentation of sample reaction products, avoiding horizontal furnace tube wall pollution, especially suitable for powder and molten sample processing.

Dual Top-Bottom Gas Path Design

Supports top gas inlet + bottom gas outlet or reverse configuration for more thorough gas replacement, adapting to special processes such as vertical chemical vapor deposition and gas nitriding.

Dual Safety Protection

Open-type interlock protection (power off when door open) + triple alarms for over-temperature, over-pressure and thermocouple break, ensuring operational safety and complying with laboratory safety standards.

Technical Specifications

Multiple vertical furnace tube sizes covering different sample volumes and reaction needs

Core Basic Parameters

Model Max Temperature Furnace Tube Spec (Inner Diameter × Length) mm Effective Heating Zone Length mm Temp Control Precision Power
GD-V800-40600 800℃ 40×600 300 ±1℃ 3KW
GD-V1200-60800 1200℃ 60×800 400 ±1℃ 6KW
GD-V1600-801000 1600℃ 80×1000 500 ±2℃ 12KW
GD-V2000-1001200 2000℃ 100×1200 600 ±2℃ 18KW

Vertical Structure & Open-Type Parameters

Parameter Item Specification Description
Opening Method Side-opening/Top-opening optional, manual/electric lifting control
Furnace Tube Material Quartz tube (800-1200℃), Corundum tube (1600℃), Molybdenum tube (2000℃)
Vacuum Degree ≤10⁻³Pa (standard), optional ≤10⁻⁵Pa high vacuum configuration
Gas Path Configuration 2 standard gas paths (top + bottom), expandable to 4 paths, flow rate 0-10L/min adjustable
Overall Dimensions (L×W×H) mm 450×450×1200~1800 (varies with furnace tube length)
Weight 60-150KG (varies with model)

Core Application Scenarios

Vertical structure is especially suitable for experimental and production scenarios requiring directional reaction and limited space

Powder Material Sintering

Vertical structure avoids powder sample accumulation and agglomeration during heating, sintering uniformity increased by 30%, suitable for ceramic powder, metal powder and other material preparation.

Powder Sintering High Uniformity

Crystal Growth

Stable vertical temperature field gradient supports crystal growth processes such as vapor transport method and melt method, with excellent directional growth effect, suitable for semiconductor crystal and optical crystal R&D.

Crystal R&D Directional Growth

Vertical Chemical Vapor Deposition

Dual top-bottom gas path design achieves directional gas flow, thin film deposition uniformity of ±1%, suitable for vertical deposition processes of metal films, oxide films and other materials.

Vapor Deposition Thin Film Preparation

University Laboratories

Space-saving + easy operation adapts to dense layout of multiple laboratory equipment, meeting teaching experiment and scientific research needs of materials, chemistry, physics and other disciplines.

Teaching Experiments Space Optimization

Nanomaterial Preparation

Precise control of vacuum/inert atmosphere environment avoids oxidation and agglomeration of nanomaterials, vertical reaction improves product purity, suitable for nanowire and nanoparticle preparation.

Nanomaterials High Purity

Small-Batch Production

Open-type quick sample change + vertical efficient reaction adapts to small-batch production needs of electronic components and special ceramics, balancing efficiency and product consistency.

Batch Production Good Consistency

Customization Configuration Options

Flexibly customize exclusive function modules according to vertical reaction needs

Electric Lifting Sample Stage

Precisely controls sample lifting speed (0.1-5mm/s) and position, supports automatic program control, suitable for scenarios requiring gradient temperature experiments or precise positioning.

Automation Upgrade

High Vacuum System

Combination of molecular pump + mechanical pump, vacuum degree up to ≤10⁻⁵Pa, equipped with vacuum gauge for real-time monitoring, suitable for nanomaterial and superconducting material R&D with high vacuum requirements.

Vacuum Upgrade

Precision Control of Multiple Gas Paths

4 or more independent gas paths, equipped with mass flow meter (accuracy ±1%), supporting automatic gas ratio adjustment, suitable for complex atmosphere reactions and mixed gas experiments.

Gas Path Customization

High-Temperature Visual Observation Window

The top of the furnace body is equipped with a high-temperature resistant quartz observation window for real-time observation of crystal growth and reaction processes, supporting high-speed camera recording of experimental processes.

Observation Upgrade

Remote Intelligent Control

Supports WiFi/Ethernet remote control, real-time monitoring of temperature curves, vacuum degree and gas path parameters, remote start/stop programs and export experimental data, suitable for unattended experiments.

Intelligence Upgrade

Atmosphere Circulation System

Gas circulation pump + purification device realizes atmosphere recycling, reducing gas consumption costs, suitable for reaction scenarios with precious gases or special gases.

Energy-Saving Upgrade

After-Sales Support Services

Professional team provides full-cycle services to ensure stable operation of your vertical tube furnace without worries

Warranty Service

2-year warranty for the furnace body, 3-year warranty for the control box, 1-year warranty for heating elements, free replacement of damaged core accessories, and lifelong maintenance support.

On-Site Installation & Commissioning

Professional engineers provide on-site installation, calibration and commissioning, on-site training on operating procedures and maintenance points, and leave only after ensuring the equipment operates normally.

Remote Technical Support

24/7 online technical consultation, remote fault diagnosis and operation guidance, quickly solving common software and hardware problems to save maintenance time.

Accessory Supply

Long-term supply of original furnace tubes, heating elements, seals and other accessories with transparent prices, delivery within 48 hours nationwide to ensure continuous equipment operation.

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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