Metallurgical Industry

featurs and benefits

DENAIR Compressed Air Solutions For Metallurgical Industry

DENAIR Compressor for Metallurgical Industry Features and Benefits:

Energy Efficiency

The metallurgical industry uses a variety of pneumatic tools at the same time, and the demand for compressed air will fluctuate. Denair air compressors can automatically adjust the operating speed to match the production and demand of compressed air in real time, saving you energy.

Improve Product Quality

Denair oil-free air compressors can provide stable and clean compressed air, avoid the impact of oil pollution on products, and improve the quality of metallurgical products.

Improve Production Efficiency

With the characteristics of high efficiency, energy saving, and environmental protection, it can provide a stable and reliable air source to meet the needs of metallurgical production and improve production efficiency.

Low Noise

Due to the use of PM VSD technology, Denair variable speed screw air compressors operate at a lower frequency than fixed speed types, which greatly reduces mechanical noise.

Metallurgical Industry

The metallurgical industry includes the production and processing of metals. More specifically, the manufacturing, casting and metal processing of steel and non-ferrous metals are all part of the metallurgical industry. The industry is one of the most energy-intensive industries, and compressed air accounts for about 35-40% of the energy consumption required by the metal industry. In addition to the importance of compressed air to energy efficiency, the correct compressed air quality is also crucial to avoid production problems and final product failures. By treating compressed air as required, the metal production and metalworking industries can reduce costs, improve energy efficiency, and avoid scrap and production stoppages. That’s why choosing a high-quality air compressor is important for the metallurgical industry.

Use of Compressor in Textile Industry:

Blast Furnaces

To produce iron, iron ore, coke, and limestone are mixed in a blast furnace; air compressors are used to supply air to the blast furnace to reach melting temperatures.

Oxygen Furnaces

For steel production, iron, scrap steel, and flux are mixed in an oxygen furnace. Air compressors are then needed to provide compressed air for the melting process.

Coke Production

To produce the coke byproduct, bituminous coal is heated to between 1000° and 2000° C; air compressors are needed to provide a continuous supply of air for the heating process. Once the coke plant is ignited, a continuous supply of air is required.

Power

Air compressors are the power source for molding, compression molding, and injection molding. They also drive pneumatic tools such as grinders, sanders, impact wrenches, and drills.

Air Mixtures

After the billet is formed, the cooling method is to mix medium-pressure air with water and then spray the water onto the billet. This allows for uniform, rapid cooling.

Instrument Air

Many applications in the metal production process require compressed air for instrumentation purposes, such as case crushing, air nozzles, and pneumatic conveying.

How to choose a suitable Metallurgical compressor?

Key factors to consider before selecting an air compressor for the metallurgical industry include the compressor's required flow, pressure, and duty cycle, as well as the size and overall cost of the equipment. Generally speaking, for large-capacity

Reciprocating Air Compressors:

Use pistons to compress air and store it in a receiver, and are often used for tasks that require a continuous supply of compressed air, such as powering pneumatic tools.
Centrifugal Air Compressors:

Centrifugal compressors are extremely efficient, especially at high capacities, can produce a lot of air in a small space, and are very durable. But they are typically large (thousands of horsepower) and have a limited pressure range; they use a multi-stage design to achieve pressures above 100 PSIG.
Rotary Screw Compressors:

Rotary screw compressors have fewer moving parts, are more reliable, energy-efficient, and respond well to changes in demand. Best of all, they can provide high-quality air that meets the needs of a variety of aerospace applications, especially electronics and painting.