Horizontal Rotary Melting Furnace

Function and Working Principle

The Horizontal Rotary Melting Furnace operates through horizontal rotation, which is crucial for its effectiveness as a Rotary aluminum melting furnace. This rotation ensures even heat distribution and thorough mixing of molten aluminum, critical for maintaining high-quality melts. The furnace’s design allows it to function optimally as an Aluminum rotary furnace, delivering consistent performance across various aluminum melting processes.

In addition to being a Rotary aluminum melting furnace, the Horizontal Rotary Melting Furnace is also versatile enough to serve as a Rotary melting furnace for other metals, including copper. This dual functionality enhances its value in metal processing industries.

Advantages

1. Uniform Melting: The horizontal rotation of the Rotary aluminum melting furnace ensures even heating and mixing, crucial for high-quality aluminum processing.

2. Efficiency: The Horizontal Rotary Melting Furnace improves energy efficiency and reduces melting time, benefiting its role as an Aluminum rotary furnace.

3. Versatility: Functions effectively as both a Rotary aluminum melting furnace and a Copper melting furnace, making it adaptable for different applications.

4. High Quality: Produces superior melts with minimal impurities, essential for both the Rotary aluminum melting furnace and other metal processing tasks.

Applications

The Horizontal Rotary Melting Furnace is extensively used in various industrial sectors:

• Aluminum Processing: Primarily serves as a Rotary aluminum melting furnace for producing aluminum alloys and recycling.

• Copper Processing: Functions as a Copper melting furnace, suitable for refining and alloy production.

• Die Casting: Utilized as a die casting electric furnace for producing high-quality die-cast components.

In summary, the Horizontal Rotary Melting Furnace is a highly efficient and versatile tool, excelling as both a Rotary aluminum melting furnace and an Aluminum rotary furnace. Its advanced design ensures uniform melting and high-quality results for aluminum and other metals, making it indispensable in industrial applications.

Products Description

Copper / Brass / Pure Aluminum Ingot

Product Size

Eccentric tilting furnace operating procedures

Feeding Type: It is suggested that waste copper with copper content less than 90% should be used.Gas consumption per ton of copper in smelting furnace (including gas for reduction): depending on raw materials and finished products

ROTATION ANGLE	90°
SLEWING MECHANISM	The motor drives big gear
RAW MATERIALS	Lead, brass, copper, pure aluminum, aluminum alloy
MATERIAL LOSS	1T battery waste 600kg-650kg lead ingotPure copper: 0.5% -1% or less
BURNER POWER	30KW/h
BURNER CALORIFIC VALUE	500kg with 500,000 kcal burner1T with 1 million kcal burner2T with 1.5 million-2 million kcal burner
FUEL	Lead: coke, coalAluminum, copper: gas (natural gas, gas, liquefied petroleum gas), oil (diesel, gasoline, heavy oil)Electric furnace is recommended for brass because of its lower boiling point
FUEL LOSS	Burner to fuel loss 60-80kg / TNatural gas loss 60-80kg / m³10% coke for 1T lead
MELTING EFFICIENCY	Copper: 500KG, 1T, 2T / h
LENGTH, WIDTH AND HEIGHT	3T：2800*2000*1900  6T：3410*2212*2640  10T:5100*2212*2640

Product comparison before and after smelting

The feeder feeds the waste into the rotary furnace, High temperature melting waste, The waste material is melted and cast on themold, It becomes an ingot after cooling

Detailed images

Accessories for tilting furnaces