Induction Heating Rotary Kiln

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Induction heating Rotary Kiln

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Core Advantages:

1. High Efficiency & Energy Saving: Thermal efficiency ≥95% (98% for extra-large), 30%-35% energy-saving, low cost.

2. Precise Temperature Control: 0-1200℃ adjustable, ±3℃ accuracy, segmental control.

3. Flexible Operation: Stepless adjustment of speed (0-10r/min) and inclination (0-5°).

4. Intelligent & Stable: PLC control, remote monitoring (medium/large), low failure rate.

5. Green & Eco-friendly: No open flame/exhaust, low grid pollution, compliant with eco-policies.

6. Full Specification: 8 models (laboratory to industrial), customizable.

afe & Durable: High-temperature/corrosion resistant, full safety protection.

Application Fields:

Field	Core Application Scenarios
Scientific Research Field	Small-batch sample firing (such as rare earth powder, catalyst raw materials), metal powder pretreatment, special for laboratories of universities and research institutes.
Metallurgical Industry	Non-ferrous metal concentrate roasting, deep oxidation of metal ore powder, lithium battery cathode material synthesis, oxidation treatment of rare earth materials.
Building Materials Industry	Limestone calcination, cement clinker pre-calcination/production, kaolin/bentonite calcination and drying, high-temperature roasting of ceramic raw materials, ore powder roasting.
Chemical Industry	Pigment powder processing, deep drying of chemical raw materials, firing of catalyst raw materials.
Environmental Protection Industry	Sludge harmless treatment, hazardous waste solidification treatment, harmless disposal of bulk solid waste.

Core Heating Method:

High-frequency electromagnetic induction heating, kiln body self-induction heating, supporting all-round uniform heating/segmental and zonal independent heating, precise control of temperature gradient, no magnetic field coupling interference; maximum heating rate 100℃/min, stable working temperature ≤1100℃.

Core Technical Parameters of All Models:

Model	Kiln Specification	Effective Volume (m³)	Power (kW)	Kiln Configuration
Small Experimental Type	150mm×1.5m	0.0265	40	310S Stainless Steel/10mm
Medium Type	325mm×2m	0.165	80	310S Stainless Steel/10mm
Medium Extended Type	325mm×3m	0.248	100	310S Stainless Steel/10mm
Large Type	500mm×3m	0.589	160(2×80)	310S Stainless Steel/20mm
Large Extended Type	500mm×4m	0.785	240(3×80)	310S Stainless Steel/20mm
Extra-Large Type	700mm×5m	1.923	320(4×80)	310S Stainless Steel/20mm
Extra-Large Extended Type	700mm×7m	2.693	400(4×100)	310S Stainless Steel/20mm
Extra-Large Industrial Type	900mm×9m/1000mm×10m	5.726/7.854	600(6×100)	310S Stainless Steel/20mm