Product Description
Especially suited for application requiring radial and linear temperature uniformity This split hinge design permits easy observation convenient placement of process tube and easy of operation Specially ceramic insulation provides fast heat up and recovery and low temperature outer shell. Dual digital display compares actual and set point temperature Excess temperature protection by specially deigned solid state fuse Selection from horizontal or vertical mounting model. Available pair of vertical mounting model Microprocessor based temperature controller to control temperature up to 1160c
Advanced Heating PerformanceThis split type tube furnace delivers rapid, even heating up to 1200C, thanks to its superior Fe-Cr-Al alloy element and high-purity alumina fiber insulation. Temperature accuracy is assured with a digital PID controller, providing precise thermal management for a variety of laboratory applications.
User-Centric Safety and ControlsOutfitted with over-temperature alarms, automatic shutoff, and a front-panel-mounted controller, this furnace emphasizes user safety. The timer function (0-9999 minutes) supports controlled and unattended operations, minimizing risks during critical research or production processes.
Versatile and CompactDesigned for flexibility, the furnace is compatible with both quartz and alumina tubes, and offers optional accessories like gas flow systems and vacuum flanges. Its compact, rectangular shape and sturdy construction make it ideal for laboratories with limited space.
FAQ's of Split Type Tube Furnace:
Q: How does the split design of the tube furnace improve laboratory workflows?
A: The split design provides easy access to the heating tube, allowing for straightforward loading, unloading, and maintenance. This feature saves time during sample changes and increases overall safety by minimizing heat exposure during operation.
Q: What safety mechanisms are built into the furnace?
A: The furnace is equipped with an over-temperature alarm and automatic shutoff system. These features help prevent overheating and ensure the equipment ceases operation if temperature limits are exceeded, protecting both users and samples.
Q: When should the built-in timer be used in laboratory applications?
A: The timer, programmable from 0 to 9999 minutes, is ideal for processes that require precise heating durations, such as sintering or annealing. It allows for fully automated runs, ensuring consistency and repeatability in experiments.
Q: Where is the controller located, and what are its primary functions?
A: The digital PID controller is front-panel mounted for convenient access. It provides precise temperature regulation, process timing, and real-time monitoring via an LED display, giving users full command over the heat treatment process.
Q: What is the process for achieving temperature uniformity within the tube?
A: The furnace utilizes high-quality Fe-Cr-Al heating elements and high-purity alumina fiber insulation to maintain a temperature uniformity of 5C along the tube. This ensures homogeneous heat distribution-a critical factor in accurate material research.
Q: What benefits does the air cooling system offer?
A: An air-cooled system eliminates the need for additional water-cooling infrastructure, making installation simpler and lowering maintenance requirements. It maintains safe surface temperatures and supports rapid cooldown cycles between runs.
Q: How can optional accessories enhance the furnace's functionality?
A: Optional accessories, including gas flow systems, tube adapters, and vacuum flanges, extend the furnace's utility for special processes such as controlled atmosphere treatments, vacuum experiments, or varied tube sizes, broadening its research and production capabilities.