ELANG Co., Ltd. participated in the 2024 International Machinery Exhibition held in Uzbekistan from June 12 to June 14. Our company’s exhibition booth is at No. 22, Zone C. This grand exhibition attracted exhibitors from industries such as fluid transmission, compressed air and vacuum, internal logistics and supply chain, heavy machinery, industrial subcontracting, and lightweight construction, […]
As we all know, to improve the processing efficiency of a laser cutting machine, it is necessary to introduce auxiliary gases during the processing, such as air, oxygen, nitrogen, and other gases. Among these auxiliary gases, air is the most cost-effective option and is preferred by most customers. Therefore, to improve cutting performance, it is essential to have a special air compressors for laser cutting machine.
As an economical air compressor, this article focuses on introducing the supply air principle and the main features of twin-screw air compressors, including easy maintenance, low failure rate, and high level of automation.
The petroleum industry is a major user of energy production and energy consumption. Air compressors are widely used in the petroleum & chemical industry to reduce energy consumption costs and improve production efficiency.
In our conversations with customers, we are well aware that they may encounter various problems and confusion when selecting, using, and maintaining screw air compressors. In order to provide better support and assistance to you, we have compiled a complete set of common technical questions and answers, hoping to solve your doubts and provide guidance.
This article will guide you through the fundamental steps of designing a compressed air system, from assessing needs to selecting system components, and ensuring maximum energy efficiency, offering a thorough design guide.
Heat recovery from air compressors is a very environmentally friendly and energy-saving method, and is currently highly regarded as an energy-saving renovation. It is the process of transferring heat from the high-temperature oil of the air compressor to cold water through technologies such as heat exchange. The cold water is then heated and flows into a heat preservation tank, achieving the goal of heat recovery.
To achieve the expected effect of removing pollutant particles from compressed air, it is essential to design and select the filtration equipment correctly.