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Tube Furnace Soulution Examples
Material Category | Typical Processing Technology | Applicable Structure | Temperature Range |
|---|---|---|---|
Metal Materials | high-temperature resistance | Semiconductor Silicon-Based Chemical Vapor Deposition | 800℃ – 1600℃ |
Ceramic Materials | Acid/alkali resistance | Gradient Sintering of Cemented Carbide | 1200℃ – 1600℃ |
Semiconductor Materials | Ultra-low thermal expansion | Wafer Phosphorus Diffusion | 600℃ – 1300℃ |
Nanomaterials | Nanoparticle Synthesis, Carbon Nanotube Growth | Horizontal/Rotation | 500℃ – 1200℃ |
Polymer Materials | Carbonization, Graphitization, Pyrolysis | Horizontal/Multiple Temperature Zones | 800℃ – 1600℃ |
Glass Materials | Melting, Annealing, Crystallization | Horizontal/Vertical | 1000℃ – 1500℃ |
Powder Materials | Calcination, Activation, Solid-State Reaction | Rotation/Multiple Temperature Zones | 500℃ – 1400℃ |
20-Year Vacuum Furnace Manufacturer - Brother Furnace
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Strong R&D Capability
Continuous innovation and technological advancement
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Reliable After-Sales Support
Comprehensive service and technical assistance
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Professional Solutions
Tailored to diverse heat treatment needs
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Efficient Supply
Timely delivery with quality assurance
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Extensive Industry Experience
Trusted by global customers across various
Brother Furnace's Qualification Certificate
Advantages of Brother Furnace Tube Furnace
● High-Temperature Stability:
1℃ temperature control accuracy with stable operation up to 1700℃, eliminating thermal drift issues common in conventional furnaces.
● Energy Efficiency:
Alumina fiber insulation design reduces heat loss by 30%, achieving lower energy consumption than comparable models.
● Intelligent Control:
One-touch programmable heating curves with multi-stage temperature profiles, streamlining R&D and production workflows.
● Contamination Prevention:
Double-layer sealing system + isolated gas channels to eliminate cross-contamination between samples.
● Thermal Shock Resistance:
Durable furnace tube materials (e.g., alumina tubes) withstand rapid thermal cycling, extending operational lifespan.
