Product Description:

The Rotary Kiln is an industrial furnace used to heat material in a rotating drum. It is made of carbon steel and is suitable for electric heating rotary drum kilns and rotary calciners. The fuel consumption of the product is between 150-200kg/h and it is equipped with water/air cooling system. The rotary kiln can be installed in either horizontal or vertical orientation. It is an ideal choice for many industrial applications such as chemical industry, metallurgy, building materials, etc.

Features:

• Product Name: Electric heating Rotary Drum Kiln, Rotary Calciner, Electric heating Rotary Drum Kiln
• Fuel Consumption: 150-200kg/h
• Cooling System: Water/Air
• Rotation Speed: 2-3rpm
• Certification: ISO/CE
• Length: 50m

Applications:

Hengyang Rotary Kiln is a kind of indirect rotary calcination furnace with model number 2 and diameter 2.5m. It is a horizontal or vertical installation made of carbon steel and certified by ISO/CE. It is specifically designed for rotary calcination and rotating kiln. Hengyang Rotary Kiln is a reliable product that offers reliable performance and efficient operation. It is widely used in various industries for calcination and roasting, including chemical, metallurgical, building materials, environmental protection and other industries. It has a wide range of applications, such as drying, baking, preheating, heat treatment and other processes. Hengyang Rotary Kiln is a reliable and efficient solution for your rotary calciner, rotating kiln and indirect rotary calcination furnace needs.

Technical Parameters:

Customization:

Packing and Shipping:

Rotary Kiln Packaging and Shipping:

The rotary kiln is packaged in a strong export-grade wooden box, lined with styrofoam or other protective material. The kiln is secured in the box with straps or other fastening materials. The box is then sealed with packing tape.

The box is then shipped to the customer's location via truck, train, or air freight. The shipping company is responsible for delivering the box to the exact destination.