Silicon molybdenum rod high-temperature furnacepriceEquipment Name: 36L Silicon Carbon Rod Muffle Furnace
Temperature classification: 1400 ℃
Equipment model: XH36L-14
Furnace dimensions: depth 400 * width 300 * height 300
Furnace volume: 36L
Working temperature: ≤ 1300 ℃
Rated voltage: three-phase 380V 50/60Hz
Rated power: 12KW
Heating performance
Heating element: Heating on the left, right, and rear sides of the silicon carbide rod
Heating rate: 10 ℃/min, MAX: ≤ 20 ℃/min
Temperature measuring element: S-scale thermocouple (single platinum rhodium thermocouple)
Temperature control instrument: digital display instrument, 30 segment PID programmable control (Yudian 518P, 708P, and Guolong AFDW32B are optional).
Temperature control accuracy: ± 1 ℃
Silicon molybdenum rod high-temperature furnacepriceScope of application:
Thermal processing, cement, and building materials industries: thermal processing or treatment of small workpieces, such as heating small precision ceramics, new material development, etc;
Industry: Used for testing, sample pretreatment, etc;
Analytical Chemistry Industry: As a sample processing tool in fields such as water quality analysis and environmental analysis, it can also be used for petroleum and its analysis;
Coal quality analysis: used for determining moisture, ash content, volatile matter, ash melting point analysis, ash composition analysis, elemental analysis, and can also be used as a universal ashing furnace;
Product Features:
1. The alumina polycrystalline fiber solidification furnace formed by foreign vacuum adsorption has lower energy consumption, lighter weight, and better stability than ordinary refractory brick materials. It is currently the most lightweight high-temperature insulation material at home and abroad;
2. The double-layer furnace body design is equipped with an air cooling system, which can continuously remove the heat from the inner layers of the shell, keeping the outer wall at a low temperature. The shell indicates that the temperature is always less than 50 degrees;
3. The control panel is equipped with an artificial intelligence temperature regulator, heating power switch, and heating output indicator light to observe the working status of the system at any time;
4. Thirty step program heating, fast heating speed, heating at 30 °/minute, temperature control accuracy reaches ± 1 °;
5. Flexible design, instrument reserved holes, easy discharge of sintering volatile gases during the experimental process;
6. Reserve data conversion interfaces, connect software to computers, and enable remote control, real-time tracking, historical recording, data reporting, and other functions for single or multiple furnaces;
7. The instrument is designed with ultra mild and thermocouple protection alarm and power-off function, leakage protection, and simple operation;
8. The heating element adopts alloy wire, and the temperature measuring element adopts S-type thermocouple;