1600°C Dual-Zone Gradient Tube Furnace
Advanced 1600°C Hybrid-Element Gradient Furnace – Built for professional CVD film growth and nanotechnology.
The GYS-1600C-H is a specialized high-temperature gradient furnace designed to maintain continuous conditions up to 1600°C. Engineered with two independently managed 290mm heating zones, it easily establishes sharp thermal slopes for material transport.
Featuring hybrid heating elements (Silicon Carbide or Silicon Molybdenum rods depending on temperature fields) and a built-in DB9 PC interface for live profiling, this configuration delivers unmatched control over complex synthesis runs[cite: 20].
Exclusive UK Distributor: Benli Lab – Direct from Hefei Weiyuansu with full local technical support.
1600°C Dual-Zone Gradient Tube Furnace – GYS-1600C-H
Benli Lab is the Exclusive UK Distributor of Hefei Weiyuansu Laboratory Equipment[cite: 1]. The GYS-1600C-H series is optimized for precise crystal growth and structured coating applications that require highly repeatable temperature fields[cite: 20].
Key Features & Benefits
- Hybrid Heating Setup – Custom configurable with MoSi2 rods for 1600°C zones or SiC elements for 1400°C zones to maximize efficiency and longevity[cite: 20].
- Sharp Temperature Gradients – Dual independent 290mm zones can be offset to guide precise physical and chemical vapor transport profiles.
- PC Connectivity & Export – Comes standard with a DB9 serial link and dedicated logging software to monitor, chart, and export firing data[cite: 20].
- Superior Chamber Build – Uses dense alumina fiber block insulation with premium heat-reflective coatings to keep outer casing temperatures low[cite: 20].
- Research-Grade Safety – Outfitted with comprehensive alarm systems, over-current trip switches, and dual S/B-type tracking sensors[cite: 20].
Technical Specifications
GYS-1600C-H – Dual Zone Gradient System
Continuous Working Temperature: ≤ 1500°C [cite: 20]
Zone 1 Range: 800°C – 1300°C (Long-term) [cite: 20]
Zone 2 Range: 1300°C – 1500°C (Continuous) [cite: 20]
Heating Zone Length: 290 mm + 290 mm
Corundum Tube Core: Φ60 / Φ80 mm
Rated Power: 10.0 kW
Voltage: 380V
External Dimensions: 1350 × 470 × 750 mm
Thermocouple Config: S-Type and B-Type Sensors [cite: 20]
* Customisation available. Specifications subject to final confirmation.
Applications
Specially engineered for Chemical Vapor Deposition (CVD), Physical Vapor Deposition (PVD), carbon nanotube synthesis, and structured thin-film production[cite: 20].
Why Choose Benli Lab? Direct factory access ensures genuine equipment, best pricing, customisation options, and dedicated UK-based technical support, installation guidance, and after-sales service[cite: 1, 2].
Why Choose Benli Lab? Direct factory access ensures genuine equipment, best pricing, customisation options, and dedicated UK-based technical support, installation guidance, and after-sales service.
Benli Lab – Empowering UK Research with Innovative High-Temperature Laboratory Solutions
| Model | GYS-1600C-II |
|---|---|
| Furnace Type | Tube Furance |
| Maximum Temperature | 1600°C (short-term < 0.5 h) |
| Heating Zone Length (mm) | 290mm + 290mm |
| Dimensions (mm) | 1350mm*470mm*7500mm |
| Weight (kg) | 200 |
| Customisation Available | Yes |
| Tube Diameter | 60mm, 80mm |
| Number of Heating Zones | 2 |
| Voltage | 380V |
| Power (kW) | 10 |