70mm High Temperature Tube Furnace Sintering Melting Nitrogen Industrial 1100 Ordm C

1100 ordm C Htf1540-0311nh Tube Furnace Sintering Melting Furnace Nitrogen for Industrial 150 mm ID Furnace Tube Dimensions

 

Typical Applications:

The HTF1540-0311NH tube furnace is suitable for the firing of electronic products at temperatures up to 1100°C, and it is also applicable for controlled atmosphere heat treatment in sectors such as electronics, chemical industry, machinery, and scientific research.
 

Parameters and Features:
1.Rated temperature: 1000ºC;
2.Use temperature:600~1050ºC.
3. Furnace tube dimensions: Φ150 × 2100 mm;
4.Heating zone length:1200mm
5.Furnace atmosphere: nitrogen-hydrogen mixed atmosphere
6.Number of temperature zones: 3;
7.Temperature control method: The temperature control instrument in each temperature zone adopts the Japanese Shimadzu temperature control instrument, and the heating rate can be adjusted.
8.Temperature control accuracy: ± 1 ºC
9. Heating via FEC vacuum-formed ceramic fiber heaters with surrounding heating;
10.Single-zone and multi-zone designs with independent temperature control.
11.Flow Meter Range: Nitrogen 10-100LPM; Hydrogen 1-10LPM;

12.Alarm Protection: Audible & visual alarms for overtemperature, broken thermocouple, low pressure, etc., with overtemperature alarm and heating cutoff protection;
12.Maximum Heating Power: 15kW;
14.Idle Furnace Heat Preservation Power: ≤7.5kW;
15.Surface Temperature Rise: ≤35ºC;
16.Equipment Weight: Approx. 500Kg;
17.Equipment Exterior Color: Light Gray;
18.Dimensions: 880×1370×2500mm (W×H×D).

 

 

Operating Conditions:

1.Environmental Conditions: Temperature 0-40ºC, Humidity ≤80% RH, no corrosive gases, no strong airflow disturbance;
2.Gas Supply Requirements:Nitrogen: 0.1-0.3 MPa, 99.999% high-purity nitrogen gas, consumption approx. 3-6 m³/h;Hydrogen: 0.1-0.3 MPa, consumption approx. 0.3-0.6 m³/h;
3.Water Supply Requirements: 0.1-0.3 MPa, flow rate 1-3 L/min;
4.Ventilation System: Non-contact exhaust system, exhaust capacity >7 m³/h;