Advanced Clean Box Hydrogen Reduction Furnace for Metallurgy and Material Science

Advanced Clean Box Hydrogen Reduction Furnace for Metallurgy and Material Science

The ZYLAB Clean Box Hydrogen Reduction Furnace is a specially designed device for material reduction reactions in a high-purity environment. It is widely used in metallurgy, semiconductor manufacturing, materials science, and other fields.

By precisely controlling atmospheric conditions (such as vacuum and hydrogen environment) and temperature, the furnace ensures efficient reduction reactions under contamination-free conditions. It is particularly suitable for experiments and production processes with strict environmental requirements, such as the reduction of metal oxides and catalyst preparation.

Description
SPECIFICATIONS

ZYLAB Clean Box Hydrogen Reduction Furnace

Introduction

Key Features

1. High-Purity Environment

Vacuum System: Equipped with a high-efficiency vacuum pump to achieve high vacuum levels within a short time, ensuring a clean environment during the reduction process.

2. Efficient Heating

Rapid Heating: Utilizes high-quality resistance wire heating elements for fast temperature rise, reducing heating time.
Wide Temperature Range: Operating temperature up to 1200°C.
Uniform Temperature Distribution: The furnace ensures even temperature distribution, allowing samples to achieve consistent thermal conditions regardless of their position.

3. Precise Control

PID Temperature Control: Advanced PID control system supports multi-segment programming, providing high accuracy and repeatability in temperature control.
Real-Time Monitoring: Equipped with high-precision temperature sensors to monitor temperature changes inside the furnace and adjust accordingly.
Over-Temperature Protection: Built-in safety features to prevent accidents caused by temperature overshoot.

4. Atmosphere Control System

Multi-Atmosphere Compatibility: Supports various atmospheres, including vacuum, hydrogen, and inert gases (argon, nitrogen), meeting diverse process requirements.

5. Clean Design

Sealing Performance: Uses high-performance sealing materials to maintain excellent airtightness under high-temperature and high-pressure conditions, preventing external air contamination.
Corrosion-Resistant Materials: The internal structure features corrosion-resistant materials, suitable for hydrogen and other special atmospheric environments.
Quartz Heating Chamber: Made of quartz to ensure a contamination-free workspace, featuring high-temperature resistance, corrosion resistance, and excellent transparency for precise atmospheric and temperature control.

6. User-Friendly Operation

Touchscreen Control Interface: Intuitive touch screen for easy operation, data recording, and remote monitoring.
User-Friendly Design: Simplified interface for easy operation and maintenance.

Applications of Clean Box Hydrogen Reduction Furnace

Metallurgy: Ideal for the reduction and sintering of metal powders.
Semiconductor Manufacturing: Used in the production and testing of electronic components.
Materials Science: Suitable for the synthesis and processing of advanced materials.
Research and Education: Applied in universities and research institutions for experiments related to material science and chemical engineering.

Technical Specifications of Clean Box Hydrogen Reduction Furnace

Model	VAH1200-30
Power Supply	AC380V, 10KW
Operating Temperature	1100°C
Temperature Sensor Type	K-type thermocouple
Heating Zone Dimensions	High-purity quartz tube φ300×690 mm
Furnace Dimensions	Length 1100 × Depth 1100 × Height 1650 mm
Heating Rate	≤10°C/min
Vacuum Level	≤10 Pa
Temperature Uniformity		As shown in the temperature zone curve (for reference)
Temperature Accuracy	±1°C
Control System		Sintering process curve setting with dynamic display, allowing multiple pre-stored curves. Scheduled sintering with unattended operation. Real-time display of power, voltage, and data recording with export capability for paperless records. Remote control with real-time monitoring of equipment status. Temperature correction for the difference between main temperature and sample temperature, with non-linear adjustment throughout sintering.
Heating Element		Mo-doped Fe-Cr-Al alloy
Quartz Chamber		Corrosion-resistant, suitable for various atmospheres (H₂, O₂, inert gases), transparent
Quartz Door Plug
Pressure Monitoring		Mechanical pressure gauge with gas-tight enclosure, corrosion and high-temperature resistance
Gas Supply System		Integrated float flowmeter for gas flow control, leak-tested before shipment
Net Weight	300 kg
Safety Precautions	Do not open the furnace chamber when the temperature is ≥300°C to avoid injury. Minor cracks from continuous use are normal and do not affect performance.
Service Support	One-year warranty and lifetime technical support (consumables such as processing tubes and O-rings are not covered).