Rotary Calciner Dryer

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MOQ : 1 Unit

Rotary Calciner Dryer Specification

Fuel Type
Coal, Oil, Gas, Electricity

Power
15 kW - 100 kW

Heat Source
Direct/Indirect Heating

Power Consumption
As per Model

Material
Mild Steel / Stainless Steel

Voltage
220 V / 380 V / 415 V

Temperature
200C - 1000C

Technology
Rotary Calcination

Dimension (L*W*H)
Customized as per requirement

Application
Chemicals, Minerals, Cement, Bauxite, Gypsum, Lime

Drum Speed
Variable (0.5 - 3 RPM)

Surface Finish
Painted / Powder Coated

Feeding Method
Screw Feeder / Belt Conveyor

Capacity
0.5 TPH - 50 TPH

Moisture Evaporation Rate
Adjustable as per Process Need

Discharge Method
Rotary Valve / Flap Gate

Lining
Fire Resistant Lining

Control System
Semi-Automatic / Automatic

Shell Thickness
8 mm - 25 mm

Drive Type
Gear Drive / Chain Drive

Insulation
High-Temperature Insulation Brick / Wool

Rotary Calciner Dryer Trade Information

Minimum Order Quantity
1 Unit

Payment Terms
Cash in Advance (CID)

Supply Ability
10 Units Per Month

Delivery Time
30 Days

Main Domestic Market
All India

About Rotary Calciner Dryer

Capitalise on instant savings with our masterful Rotary Calciner Dryer, tailored for formidable performance across chemicals, minerals, cement, bauxite, gypsum, and lime industries. This illustrious unit features a variable drum speed (0.5 - 3 RPM), adjustable moisture evaporation, and fire-resistant lining, ensuring optimal results even under high temperatures (200C - 1000C). Smartly engineered for flexibility, it offers both gear and chain drive, diverse feeding/discharge methods, high-grade insulation, and painted or powder-coated surface finish. Available in mild or stainless steel, and with a selection of control systems, it's the formidable solution for your process needs. Instant offer-enquire today!

Rotary Calciner Dryer: Competitive Advantages and Application

The Rotary Calciner Dryer is renowned for its illustrious efficiency, steadfast temperature control, and flexibility in handling various feedstocks, from chemicals to minerals. Its adjustable moisture control and robust design ensure reliable operation and superior product quality. Ideal for processing bauxite, gypsum, and cement, it fits seamlessly into production lines. To use, select the appropriate drive type, feeding and discharge method, and set controls as per your process needs for optimal drying and calcination outcomes.

Logistics and Global Delivery of Rotary Calciner Dryer

We prioritise seamless logistics and efficient order processing for our Rotary Calciner Dryer. The units are available FOB at major Indian ports, ensuring prompt and secure shipment. With delivery times varying based on customisation and order volume, we maintain proactive communication from order confirmation through to order completion. Our main export markets include Asia, Africa, and the Middle East, making us a preferred supplier for global industries seeking reliable rotary calcination technology.

FAQ's of Rotary Calciner Dryer:

Q: How does the Rotary Calciner Dryer handle variable processing needs?

A: The Rotary Calciner Dryer offers adjustable drum speed, temperature range, and moisture evaporation rate, allowing users to tailor the drying and calcination process to specific material requirements and achieve optimal productivity.

Q: What materials can be processed in this Rotary Calciner Dryer?

A: This equipment is suitable for a wide spectrum of applications, including chemicals, minerals, cement, bauxite, gypsum, and lime, accommodating both fine powders and granular feedstocks.

Q: Where can the Rotary Calciner Dryer be installed?

A: The Rotary Calciner Dryer is designed for installation in industrial plants such as chemical processing, mineral processing, cement manufacturing facilities, and other production sites requiring controlled thermal treatment.

Q: When should I choose automatic over semi-automatic control for this dryer?

A: Automatic control is preferable for operations demanding enhanced process precision, real-time monitoring, and reduced manual intervention. Semi-automatic control is suitable for settings where flexibility and operator oversight are required.

Q: What are the main benefits of the high-temperature insulation features?

A: The high-temperature insulation, provided by specialty bricks or wool, ensures minimal heat loss, enhances operator safety, and improves energy efficiency by maintaining stable internal process temperatures.

Q: How does the feeding and discharge system enhance operational efficiency?

A: Selectable feeding (screw feeder or belt conveyor) and discharge options (rotary valve or flap gate) maximise adaptability to material characteristics, ensuring consistent throughput and streamlined material handling.

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