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Scope of application
In the electronic ceramics industry, it is used for the integrated process of debinding and sintering of MLCC (multilayer ceramic capacitors). The horizontal structure is conducive to the continuous transmission of tape substrates. In the semiconductor field, it is used for low-temperature annealing of wafers.
A horizontal tube furnace is a heat treatment device with horizontally positioned heating tubes. Electric heating elements transfer heat to the sample within the tube, enabling high-temperature sintering, calcination, pyrolysis, and atmospheric reactions. Compared to vertical tube furnaces, the horizontal design facilitates sample placement and removal, making it particularly suitable for experiments and production processes requiring a long heating zone and continuous material loading and unloading.

II. Structure
Furnace Structure
Horizontally mounted furnace tubes
Double-layer steel shell with cooling fan
Lightweight ceramic fiber lining
Heating element
FeCrAl alloy wire (≤1300°C)
SiC silicon carbide element (≤1500°C)
MoSi₂ molybdenum silicon rod (≤1800°C)
Furnace tube material
High-purity alumina (Al₂O₃) tube
Quartz (SiO₂) tube
Ceramic composite tube
Temperature control system
PID digital control
Programmable multi-stage heating curve
Temperature control accuracy ±1 ℃
Sealing and Atmosphere
Equipped with flanges and O-rings at both ends
Air, inert gas (nitrogen/argon), and reducing gas (hydrogen) can be passed
Vacuum system can be installed
III. Performance Features
Easy Operation: Horizontal placement allows for easy sample loading and unloading
Uniform Temperature Field: Multiple temperature zones enable gradient heating or long constant temperature zones
Adaptable: Suitable for use in various atmospheres, including air, vacuum, and inert gas
Highly Scalable: Optional push rods, slides, and continuous feeding systems can be installed
IV. Common Applications
Material R&D: Ceramic sintering, glass annealing, metal heat treatment
New Energy Materials: Sintering of lithium battery cathode/anode materials
Chemical Reactions: CVD deposition, gas-solid reactions, catalyst calcination
Powder Metallurgy: Sintering and reduction of metal or alloy powders
Vacuum and Atmosphere Processes: Protective gas heat treatment, high vacuum annealing
| Model | Max temperature | Heating zone length | Constant temperature zone length | Power and voltage | Furnace tube size | Dimensions |
| YXG-1200-A1 | 1200℃ | 200mm | 60mm | 1.5kW/AC220V | φ30/50*500mm | 800*340*400mm |
| YXG-1200-A2 | 1200℃ | 440mm | 120mm | 3kW/AC220V | φ30/100*1000mm | 1120*480*530mm |
| YXG-1200II-200 | 1200℃ | 200+200mm | 200mm | 3KW/AC220V | φ30/100*1000mm | 1100*420*560mm |
| YXG-120OIII-200 | 1200℃ | 3*200mm | 3*60mm | 4.5KW/AC220V | φ30/100*1000mm | 1400*420*560mm |
| YXG-1400-400 | 1400℃ | 400mm | 120mm | 5kW/AC220V | φ30/100*1000mm | 1200*500*660mm |
| YXG-140OIl-200 | 1400℃ | 200+200mm | 200mm | 5kW/AC220V | φ30/100*1000mm | 1200*500*660mm |
| YXG-1700-290 | 1700℃ | 290mm | 80mm | 6kW/AC220V | φ30/100*1000mm | 1300*640*870mm |
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