Equipment Usage:
This equipment features a vertical furnace lid lifting structure, suitable for small-scale experimental and exploratory research on the separation and purification of non-ferrous metals such as crude selenium, lead-tin alloys, zinc dross (hot-dipped zinc dross), and lead-antimony alloys.
2. Equipment Features:
1. Integrated design, compact structure, attractive appearance, comes with a dolly wheel for easy and quick relocation.
2. Features an easy-to-open furnace lid structure for convenient operation
Touchscreen and PLC control method adopted, offering high automation, intuitive operation, and powerful functions. The operation screen displays the operational status and data of each component clearly.
4. Features online editing, storage, retrieval, upload, and download capabilities. Pre-store dozens of sintering processes within the touch screen for one-time editing and future direct retrieval, eliminating the hassle of multiple edits and preventing input errors and product damage.
Sintering temperature, vacuum levels, and other data can be recorded in real-time, and recording can be started or stopped at any time to minimize unnecessary data. Data is searchable and can be exported for download.
High sintering temperature, with the graphite heater temperature reaching 2300℃ and above.
7·Comes with an integrated water-cooling unit, eliminating the hassle of water routing for the customer.
8. Distillation collection unit with special water-cooled structure design, convenient for removing crucible.
3. Key Technical Specifications
3.1 Power Supply: 3-phase 380V 50Hz
3.2 Heating Power: 10-200 Kw (customized according to thermal field)
3.3 Design Temperature: 600-2300℃; Designed according to the temperature requirements of distillation purification materials
3.4 Workspace dimensions: Φ100*100~400*1000 (D*H, mm) Custom-made to order
3.5 Vacuum cavity size: Custom-made
3.6 Number of Temperature Control Zones: Multiple temperature zones can be customized according to the distillation material.
3.7 Temperature Control Method: Tungsten-Rhenium Thermocouple, Infrared
3.8 Temperature Control Accuracy: ±1℃
3.9 Ultimate vacuum at cold state: 10Pa - 6.7 * 10^-3 Pa (after empty furnace, cold state, and degassing by baking)
3.10 Pressure Rise Rate: 4 Pa/h
3.11 Inflating Pressure: ≤0.05 MPa
3.12 Control Method: Touch Screen + PLC
