Rotary Furnaces

Rotary Furnaces Specification

Feature
Energy Efficient, Heavy Duty Construction, Automated

Rating
AC 3 Phase, Heavy Duty Industrial

Condition
New

Usage
Industrial, Metal Melting

Power
30 kW to 150 kW

Size
Customizable as per requirement

Dimensions
Standard/Custom

Weight
As per model

Application
Melting Aluminium, Lead, Zinc, Copper

Fuel Type
Diesel, Gas, Oil, Dual Fuel

Capacity
500 Kg to 20 Tons per batch

Rotary Furnaces Trade Information

Minimum Order Quantity
1 Ton

FOB Port
TKD

Payment Terms
Paypal, Cash in Advance (CID), Cheque

Supply Ability
2 Tons Per Month

Delivery Time
4 Week

Sample Available
Yes

Packaging Details
WOODEN BOX

Main Domestic Market
All India

About Rotary Furnaces

Rotary Furnaces

Relying on our wide experience and knowledge in this sector, we are counted amongst the top most and reputed manufacturers and exporters of Aluminum Melting Rotary Furnaces. Our esteemed clients can avail from us a wide range of rotary furnaces in various capacities as per their requirement. These are manufactured under the vigilance of skilled professionals by utilizing optimum quality raw materials. The offered gamut of Aluminum Melting Rotary Furnaces is known for their sturdy construction, long working life and corrosion resistance features.

Specifications:

We offer the following three types of Rotary Furnaces:

One Side Cone Rotary Furnace
Two Side Cone Rotary Furnace
Hydraulic Tilting Rotary (TRF).

Customizable Solutions for Diverse Melting Needs

Our rotary furnaces are tailored to meet the varying needs of industrial operations. Whether you require a standard or unique size, our engineering team develops solutions with customized dimensions and capacities. From small foundries to large-scale metalworks, our furnaces cater for batch processing between 500 kg and 20 tons, offering unmatched flexibility in industrial metal melting.

Advanced Automation and Energy Efficiency

Equipped with automated features, our rotary furnaces facilitate streamlined operation and reduce human intervention, enhancing productivity and safety. Engineered for energy efficiency, each furnace maximizes output while minimizing fuel consumption, ensuring economical operation whether you use diesel, gas, oil, or a combination as your preferred fuel.

FAQs of Rotary Furnaces:

Q: How does a rotary furnace operate in metal melting processes?

A: A rotary furnace works by rotating its chamber to ensure uniform heat distribution, effectively melting metals like aluminium, lead, zinc, and copper. The rotation enhances mixing and offers consistent melt quality, making it suitable for demanding industrial applications.

Q: What metals can be melted using your rotary furnaces?

A: Our rotary furnaces are designed to melt a range of non-ferrous metals, including aluminium, lead, zinc, and copper. The high adaptability of the furnace makes it suitable for recycling and primary metal production industries.

Q: When should I consider customizing the size or capacity of my rotary furnace?

A: Customizing your rotary furnace is ideal when your operational requirements exceed standard sizes or batch capacities (500 kg to 20 tons). Customization ensures maximum efficiency and aligns the equipment with your production scale, facility constraints, and specific workflow.

Q: Where are your rotary furnaces manufactured and exported from?

A: Our rotary furnaces are manufactured in India, leveraging advanced technology and skilled workmanship. We export globally, supplying high-quality furnaces to industrial clients, metal recyclers, and foundries around the world.

Q: What is the typical usage process for these rotary furnaces?

A: Operators load the metal into the furnace, select the fuel type (diesel, gas, oil, or dual fuel), and utilize automated controls to regulate temperature and rotation. The process ensures efficient melting, followed by easy extraction of the molten metal for further processing.

Q: How does automation benefit industrial users of rotary furnaces?

A: Automation enhances process consistency, reduces manual labor, and improves safety. It allows for precise temperature and process control, minimizes downtime, and optimizes energy consumption, benefiting both production quality and operational costs.

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