Product Description
Experience a world-class solution in high-temperature processing with our Split Tube Furnace up to 1700C (HTRV-A). This sophisticated device offers breathtaking consistency and competitive pricing, making it an ideal deal for laboratories and research facilities. The furnace features a spectacular combination of MoSi2 heating elements and high-density alumina fiber insulation for uniform heating (5C). Enjoy peace of mind with comprehensive safety systems, a factory-calibrated digital PID controller, and over-temperature protection. Easy tube access, programmable profiles, and available clearance options make this bench-top furnace the perfect choice for rigorous scientific applications.
Superior Performance and User-Centric Design
The Split Tube Furnace up to 1700C (HTRV-A) features programmable PID control, a factory-calibrated LED display, and MoSi2 heating elements for astonishing thermal stability. Its dual-shell structure, air cooling fan, and split housing allow easy tube change and optimal cooling. Suited for laboratory research and materials processing, its semi-automatic operation and available tube sizes enable flexible, precise experimentation for a wide variety of user requirements.
Streamlined Procurement, Sample Policies, and Export Markets
Outlay on the Split Tube Furnace ensures you receive cutting-edge technology with a swift handover time, typically within 2-4 weeks from order confirmation. Sample policies are available to facilitate confident decision-making. We offer exceptional post-sales support and global export options, focusing especially on key markets across Europe, Asia, the Middle East, and the Americas, ensuring a seamless transaction and delivery experience for international and domestic clients alike.
FAQs of Split tube furnace up to 1700 C (HTRV-A):
Q: How does the advanced PID controller enhance the furnaces performance?
A: The advanced digital PID controller with auto-tune and over-temperature alarm ensures precise temperature regulation, maintaining uniformity within 5C, greatly improving safety and reliability during thermal processes.
Q: What are the core safety features of the Split Tube Furnace (HTRV-A) model?
A: Key safety features include over-temperature cut-off, a door interlock to prevent accidental exposure, and a power failure alarm, all designed to maintain a secure and controlled laboratory environment.
Q: When is factory calibration performed, and is a calibration certificate included?
A: Every unit is factory calibrated before dispatch to ensure accuracy; a calibration certificate is provided upon request for traceability and compliance with laboratory standards.
Q: Where can the Split Tube Furnace be installed and what is its primary usage?
A: Designed for indoor laboratory environments with non-corrosive atmospheres, this furnace is ideal for research, materials processing, and scientific development, requiring a standard 220-230V power outlet.
Q: What are the benefits of the split housing and dual-shell structure?
A: The split housing allows effortless access and quick tube exchange, while the dual-shell structure with integrated air cooling maximizes operational safety and extends furnace lifespan.