Rotary KiIn Heating Furnace

The heater is specifically designed for rotary kiln equipment, adopting a mature and reliable resistance heating method.
Heat is generated by heating elements such as resistance wire, silicon carbide rods, or molybde-num disilicide rods, and is transferred to the material inside the rotary kiln via heat radiation or conduction, achieving indirect heating.
As a critical heat component, it is widely used in high-temperature process equipment such as lithium cell material sintering, metallurgy, chemical industry, and environmental waste treatment.

The heater is specifically designed for rotary kiln equipment, adopting a mature and reliable resistance heating method.
Heat is generated by heating elements such as resistance wire, silicon carbide rods, or molybde-num disilicide rods, and is transferred to the material inside the rotary kiln via heat radiation or conduction, achieving indirect heating.
As a critical heat component, it is widely used in high-temperature process equipment such as lithium cell material sintering, metallurgy, chemical industry, and environmental waste treatment.

Mature technology: Resistance heating technology is mature, reliable, widely used, and highly stable.
Precise temperature control: PID intelligent adjustment and independent multi-zone control keep temperature fluctuation within +1°C to 5°C, ensuring batch-to-batch product consistency.
Simple structure: Convenient replacement of heating elements and low maintenance costs.
Strong adaptability: Heating elements of different materials can be selected based on specific process requirements, adapting to various temperature and atmosphere conditions.

Mature technology: Resistance heating technology is mature, reliable, widely used, and highly stable.
Precise temperature control: PID intelligent adjustment and independent multi-zone control keep temperature fluctuation within +1°C to 5°C, ensuring batch-to-batch product consistency.
Simple structure: Convenient replacement of heating elements and low maintenance costs.
Strong adaptability: Heating elements of different materials can be selected based on specific process requirements, adapting to various temperature and atmosphere conditions.

Items	Furnace Parameters
Product Size	Customizable / Diameter: 100-1800 mm / Height: 0.5-15 m
Heating Method	Resistance heating (resistance wire, silicon carbide rods, molybdenum disilicide rods, etc.)
Operating Temperature	Ambient ~1300°C
Temperature Control Accuracy	±1°C~5°C
Power Range	Customizable
Heat Loss	<260 kcal/m2.hr
Sheet Metal Material	Carbon steel, stainless steel, or special alloy

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