Vacuum Crucible Furnace
- Max Temp:1700℃
- Working Zone:100×100×100 mm ~ 1000×1000×1000 mm (1 ~ 1000 L)
- Certification:CE / ISO 9001 certified
- Application:Vacuum melting, sintering and heat treatment of metals, alloys, ceramics and advanced materials
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Customized Vacuum Solutions
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High Thermal Efficiency
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Ultra-Clean Vacuum Environment
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Stable & Repeatable Results
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Industry-Grade Safety Design
Product Description
Brother Vacuum Crucible Furnace is designed for high-temperature melting, sintering and heat treatment under vacuum or controlled atmosphere conditions. It is widely used in laboratories, universities, research institutes and advanced material industries.
Equipped with a PID automatic temperature control system, the furnace provides precise temperature control with a maximum temperature up to 1700℃. The vacuum environment effectively reduces oxidation and contamination, ensuring high-purity material processing.
Featuring a durable carbon steel shell, double-layer cooling structure and high-quality alumina fiber insulation, this furnace offers excellent thermal stability, energy efficiency and long service life.
Product Highlights
Vacuum and inert atmosphere protection
Maximum temperature up to 1700℃
High precision PID temperature control
Reduced oxidation and material contamination
Suitable for metals, alloys, ceramics and new materials research
Technical Specifications(Customization available)
Item | Specification |
Furnace Type | Box Type Crucible Melting Furnace |
Maximum Temperature | 1700℃ |
Working Temperature | 1600℃ |
Temperature Control | PID Automatic Temperature Control |
Temperature Accuracy | ±1℃ |
Heating Element | MoSi₂/ SiC / Resistance Heating Element |
Furnace Chamber Material | Alumina Polycrystalline Fiber |
Chamber Structure | Front-Opening / Top-Loading Crucible Chamber Design |
Crucible Capacity | According to Crucible Size |
Heating Zone | Customized according to requirements |
Furnace Shell Material | High Quality Carbon Steel |
Insulation Material | High Performance Ceramic Fiber |
Heating Rate | ≤30 min (depending on model and temperature) |
Temperature Uniformity | ±5℃ |
Cooling Structure | Double Layer Air Cooling System |
Safety Protection | Over-temperature, Over-voltage, Over-current, Leakage and Short-circuit Protection |
Application | Metal Melting, Alloy Melting, Ceramic, Glass and New Material Research |
