We offer the most economical, efficient, and safe solution for customized OIL-FREE OXYGEN PISTON COMPRESSOR systems.
The oil-free oxygen compressor features a fully oil-free design, incorporating specially crafted friction seals like piston rings and guide rings made from self-lubricating materials. Employing a four-stage compression process, water-cooled cooling method, and a stainless steel water cooler ensures optimal cooling, effectively prolonging the service life of crucial wearing components. The intake port is equipped with a low intake pressure, and the exhaust end features an exhaust device. Each level is equipped with high-pressure protection, high exhaust temperature protection, a safety valve, and a temperature display. In case of excessive temperature or overpressure, the system triggers an alarm and stops to guarantee safe operation.
Our product holds a CE certificate, and we offer customized oxygen compressors tailored to customer requirements.
An oxygen compressor is a gas compressor designed to increase the pressure of oxygen for storage, transportation, cylinder filling, or industrial applications. Sollant oxygen compressors use an oil-free piston compression design to help minimize the risk of lubricant contamination during oxygen compression.
Yes. Sollant offers oil-free oxygen piston compressors designed for oxygen compression applications. The oil-free compression design helps prevent lubricating oil from entering the oxygen gas stream and reduces the risk of oil contamination.
Sollant oxygen compressors can be configured for discharge pressures of up to 100 MPa, depending on the compressor model, gas flow rate, inlet pressure, and application requirements. Contact our engineers for a recommended configuration based on your required operating conditions.
Oxygen compressors are commonly used in oxygen generation systems, oxygen cylinder filling, medical oxygen supply systems, metal cutting and welding, chemical processing, steel production, glass manufacturing, and other industrial oxygen applications.
The available flow range is approximately 3–150 Nm³/h. The actual capacity depends on the selected compressor model, inlet pressure, discharge pressure, and operating conditions.
Yes. The oxygen compressor can be used as part of an oxygen generation and compression system. It can receive oxygen from a PSA oxygen generator and compress it to a higher pressure for applications such as cylinder filling, storage, or industrial oxygen supply. The compressor configuration should be selected according to the oxygen generator’s outlet pressure and required flow rate.
Yes, suitable models can be configured for oxygen cylinder filling applications. The required compressor capacity and pressure depend on the cylinder filling pressure, number of cylinders, filling time, oxygen flow rate, and inlet conditions.
The compressor should be selected based on several operating parameters, including oxygen flow rate, inlet pressure, required discharge pressure, operating hours, cooling conditions, power supply, and application. Providing these parameters allows our engineers to recommend a suitable oxygen compressor configuration.
Oxygen gas compressors are a critical technology that play an integral role in medical, industrial and other fields. The development and application of this technology promotes the efficient extraction, storage and application of oxygen in modern society. This article will take an in-depth look at how oxygen compressors work, their areas of application, and their importance in medical and industrial settings.
Working principle and technical characteristics
Oxygen compressors use mechanical compression to increase the oxygen in the air to the required pressure level. Its working principle is based on a precision-designed compression system, including efficient cylinders, seals and reliable control systems. The gas in the compressor gradually increases in pressure in a continuous compression process, eventually forming high-pressure oxygen that can be used in a variety of applications.
In terms of technical features, modern oxygen compressors use advanced materials and intelligent control systems to ensure efficient and safe operation. The oil-free design and automatic monitoring system ensure the purity of oxygen while reducing the impact on the environment.
Application areas
Oxygen compressors play an important role in multiple areas:
1. Medical field: In hospitals and clinics, oxygen compressors are a core component of life support equipment. It provides high-purity oxygen to ventilators and oxygen therapy to support patients’ respiratory functions.
2. Industrial manufacturing: In various industrial production processes, oxygen is a necessity for many reactions and manufacturing processes. Oxygen compressors ensure a stable, high-quality supply of oxygen on production lines for metal cutting, welding, chemical reactions, etc.
3. Environmental protection applications: Oxygen compressors also play a key role in environmental protection technology and are used for wastewater treatment, exhaust gas combustion and other environmental protection measures to promote sustainable development in the industrial field.
The vitality engine of medicine and industry
Oxygen compressors can be said to be the vitality engine of medical and industrial applications. In the medical field, it supports the lives of critically ill patients and provides a reliable source of oxygen in operating rooms and emergency vehicles. In industry, it is the key to the efficient operation of the manufacturing industry and promotes the efficient and sustainable development of production lines.
Taken together, oxygen compressors are a key technology driving medical and industrial progress. It plays an irreplaceable role in providing high-quality oxygen, ensuring production and promoting environmental protection, providing solid support for the development and health of modern society.