1050°C Inclined Rotary Tube Furnace

Product Description

1050°C inclined rotary tube furnace with stainless steel tube ensures uniform heating and continuous material mixing. Ideal for powder processing, calcination, and laboratory thermal experiments with stable performance.

Product Features

Furnace tube seals at both ends

The system features flange seals at both ends to ensure airtight operation and minimize leakage under demanding conditions. A rotary joint enables stable rotation while maintaining a reliable seal, supporting continuous processing.
Integrated inlet and outlet valves allow precise control of gas or material flow, improving process flexibility and efficiency. An overpressure safety valve automatically releases excess pressure, protecting the system from potential damage.
This combined design enhances sealing performance, operational safety, and system reliability, making it suitable for controlled atmosphere and high-temperature industrial applications.

control

The system adopts advanced closed-loop control with thyristor module triggering, supporting phase-shift and zero-crossing modes for precise regulation of voltage, current, and power. It enables stable constant voltage, constant current, or constant power output.
A dual-loop structure with inner current control and outer voltage regulation ensures fast response to load variations. When overload or sudden load changes occur, the system automatically limits output within rated parameters.
This intelligent control design prevents electrical surges, protects heating elements, and ensures safe, stable, and accurate operation in industrial heating applications.

atmosphere

The system supports the use of nitrogen, carbon dioxide, and water vapor as process atmospheres, providing flexible control for various industrial applications. It is equipped with dual flow meters to ensure precise gas regulation.
Both nitrogen and carbon dioxide flow rates are adjustable within a range of 0–20 L/min, allowing accurate control of gas composition and process conditions. This design enhances operational flexibility and ensures stable atmospheric performance.
By enabling precise gas management, the system improves process consistency, supports controlled reactions, and meets the requirements of advanced heat treatment and material processing applications.

Configuration List

List of main components of Juxing kiln
Serial Number	project	name	Classification						factory	Remark
Serial Number	project	name	1200 degrees	1400 degrees	1600 degrees	1700 degrees	1800 degrees	1900 degrees	factory	Remark
1	shell	Double-layer shell	●	●	●	●	●	●	Juxing Kiln
2	heating element	electric heater	High-temperature alloy resistance wire	silicon carbide rods	silicon molybdenum rod	1800 type silicon molybdenum rod	1850 type silicon molybdenum rod	1900 type silicon molybdenum rod	Juxing Kiln
3	Electrical control section	Temperature controller	858P	858P	858P	858P	858P	858P	●
4		thermocouple	K	S	B	B	B	B+ fiber	●
5		Voltmeter	●	●	●	●	●	●	●
6		ammeter	●	●	●	●	●	●	●
7		SCR power regulator	●	●	●	●	●	●	Juxing Kiln
8		contactor	●	●	●	●	●	●	●
9		circuit breaker	●	●	●	●	●	●	●
10		Button	●	●	●	●	●	●	●
11		buzzer	●	●	●	●	●	●	●
12		Fast melting	●	●	●	●	●	●	●
13		transformer	○	○	●	●	●	●	Juxing Kiln
14	Refractory and heat-insulating furnace	Ceramic fiberboard/module	1260	1500	1700	1800	1850	Zirconia fiber 2100	Juxing Kiln
15		Insulating bricks at the furnace opening (inner door)	○	●	●	●	●	●	Juxing Kiln
16		Sintering plate	Quartz ceramics	Quartz ceramics	Corundum Mullite	Corundum Mullite	Corundum Mullite	Zirconia fiber 2100	Juxing Kiln