1200°C 4-Tube 3-Zone Split Tube Furnace
Innovative High-Throughput 1200°C 4-Tube 3-Zone Split Tube Furnace – Designed for parallel material screening, multi-sample processing, and chemical vapor deposition.
The OYS-1200C-III is a highly advanced, CE-certified multi-tube furnace offering precise thermal profiling up to 1200°C with ±1°C accuracy. Uniquely engineered with a dual-use chamber configuration, it can hold four Φ50 mm high-purity quartz tubes simultaneously for high-throughput parallel runs, or easily convert to hold a single ultra-wide Φ180 mm process tube for bulk batch reactions.
Featuring independent 3-zone temperature control, a split-body flip-top design, and comprehensive stainless steel vacuum sealing flanges, this highly flexible system delivers unmatched parallel experimental capability for space-conscious UK research labs.
Exclusive UK Distributor: Benli Lab – Direct from Hefei Weiyuansu with full local technical support.
1200°C 4-Tube 3-Zone Split Tube Furnace – OYS-1200C-III Series
Benli Lab is the Exclusive UK Distributor of Hefei Weiyuansu Laboratory Equipment. The OYS-1200C-III multi-tube, triple-zone furnace represents a breakthrough in high-throughput materials discovery. By running four independent process tubes in a single split heating chamber under three separate, flat thermal zones, it allows researchers across the United Kingdom to drastically accelerate parallel CVD, calcination, or annealing experiments. Its adaptable design allows the chamber end plates to be configured either to hold four individual Φ50 mm tubes or a single Φ180 mm tube, delivering unparalleled operational flexibility in one premium, compact benchtop footprint.
Key Features & Benefits
- Dual-Use Modular Chamber – Chamber end-caps and internal thermal barriers are designed for quick conversion. Run four Φ50 mm quartz tubes concurrently or a single Φ180 mm quartz tube for larger bulk powder processing.
- Independent 3-Zone Temperature Control – Features three separate heating zones (150 mm + 170 mm + 150 mm) managed by three dedicated PID temperature controllers to establish ultra-flat uniform thermal fields or custom thermal gradients.
- High-Throughput Parallel Synthesis – Process up to four distinct samples under isolated atmospheric conditions simultaneously, maximizing lab productivity and maintaining strict environmental separation between tubes.
- Advanced Split-Body Design – Upward-opening flip-top configuration allows fast cooling cycles, effortless sample retrieval, and easy tube adjustment or replacement. Integrated safety interlock automatically isolates element power when the latch is unbolted.
- Excellent Refractory Design – Crafted using high-purity polycrystalline alumina fibre panels coated with US-imported high-temperature alumina coating to maximize heat reflection and minimize power consumption.
- Certifications – Built to conform with strict international CE, UL, and MET standards using premium global sub-components (ABB switches, Omega sensors, and Yudian/Eurotherm instruments).
Technical Specifications
OYS-1200C-III (Φ180) – 4-Tube 3-Zone System Specifications
Continuous Working Temperature: ≤ 1000°C
Heating Zone Length: 470 mm Total (Zone 1: 150 mm | Zone 2: 170 mm | Zone 3: 150 mm)
Multi-Zone Isolation: 30 mm thick refractory baffle plates installed between zones 2 & 3 (no baffle between zones 1 & 2)
Multi-Tube Configuration: Fits 4 × Φ50 × 1000 mm high-purity quartz tubes simultaneously
Single-Tube Configuration: Converts to fit 1 × Φ180 × 1000 mm high-purity quartz tube
Vacuum Flange Kit: 4 pairs of quick-release stainless steel vacuum flanges with integrated silicone O-rings
Rated Power: 4.5 kW
Voltage: 220V 50/60Hz Standard Power Interface
Heating Element: Premium Fe-Cr-Al Alloy Wire (0Cr21Al6Nb)
Thermocouple Configuration: 3 × K-Type Sensors (One for each independent heating zone)
Control Logic: 3 × YD858 digital PID controllers with 50 programmable segments and auto-tuning
Recommended Heating Rate: ≤ 10°C/min
Maximum Heating Rate: ≤ 20°C/min
* Customisation available. Specifications subject to final confirmation. Note: Custom vacuum flange configurations (e.g., KF25, gas inlet needle valves, and pressure gauges) can be specified upon order. Tube plugs must be placed in both ends of the quartz tubes prior to operation.
Applications
Perfect for parallel nanomaterial chemical vapor deposition (CVD), high-throughput catalyst screening, parallel battery material sintering, multi-sample annealing, thin-film research, and combinatorial chemistry workflows requiring strict protective gas atmospheres or vacuum control.
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 | oys-1200c-iiI |
|---|---|
| Furnace Type | Four-Tube Furnaces |
| Maximum Temperature | 1200°C (short-term < 0.5 h) |
| Heating Zone Length (mm) | 470mm (3 Heating Zones: 150mm, 170mm, 150mm) |
| Customisation Available | No |
| Voltage | 220V - 230V |