Commonly used compressed gas dryers primarily include refrigerated dryers and adsorption dryers. Refrigerated dryers offer the advantage of zero purge air loss and low energy consumption but are limited by their achievable pressure dew point. Adsorption dryers, while capable of achieving a very low dew point, suffer from high purge air consumption and greater energy usage. Our company's developed Combined Low Dew Point Compressed Gas Dryer represents an organic integration of both refrigerated and adsorption drying technologies, moving beyond a simple series configuration of standard units.

Our company has established technical partnerships with Vanair (USA) and Bauman Co., Ltd. (South Korea), successfully achieving the domestic production of non-powered dissolution-type air dryers. (The environmentally friendly dissolution agent is imported from South Korea). Compared to conventional air dryers, the dissolution-type dryer offers superior installation flexibility. It can be safely and reliably installed in virtually any location, including demanding environments such as hazardous and explosion-proof areas.

This product is a specialized custom filter designed for welding and cutting equipment, capable of removing impurities from various gases. The filter element is custom-made and can be equipped with accessories such as differential pressure gauges and automatic drains as needed. With a pressure resistance of ≤1.6 MPa, it delivers reliable quality and has been widely applied across various industries, receiving widespread positive feedback.

When aerodynamic equipment inhales dust-containing air, it will cause wear and tear on the equipment. The inhaled dust will scale on the surface of the fan blades, reducing the dynamic balance accuracy of the rotor in the equipment and significantly shortening its service life. The harmful chemical components in the dust can cause the equipment to rust and corrode. Therefore, aerodynamic equipment must be equipped with high-precision air filters. The ZKL series self-cleaning air filter has been improved and refined based on similar domestic and international products, and currently achieves

The XS Series Liquid Filter features a housing manufactured from stainless steel, with polished welds that leave no gaps or uneven areas where material could accumulate. The housing is mechanically polished to a 400-grit finish, meeting sanitary standards, making it suitable for various liquid filtration applications. ● Housing: Dimensions are designed based on medium pressure, flow rate, inlet/outlet diameter, and connection type requirements. The housing is precision-crafted from 304 or 316L stainless steel, polished internally and externally, and complies with sanitary standards.

The Compressed Air Oil-Water Separator is the result of our company's assimilation of advanced foreign technologies. By integrating the best structural designs, we have developed the Xiangsheng proprietary gas-liquid separation system. The unit's internals feature a coalescing medium of stainless steel wire mesh, housed within a robust steel welded tank structure. Its operating principle combines cyclone separation with mist elimination via the stainless steel mesh, employing mechanisms such as direct interception, inertial impaction, Brownian diffusion, and coalescence. This ensures highly ef

The Aftercooler is essential equipment paired with an air compressor. Available in both water-cooled and air-cooled types, its primary function is to cool the high-temperature compressed air generated by the compressor while removing a portion of its moisture and oil content. This process ensures the air meets the intake temperature requirements for downstream filters and dryers. Constructed with high-efficiency threaded copper tubes, our aftercoolers are compact, offer superior cooling efficiency, have low operating costs, and feature a long service life. They require no foundation for instal

This product series utilizes an ultra-fine fiber primary filter medium and employs a three-stage purification process—cyclonic separation, pre-filtration, and fine-filtration. This design ensures thorough removal of oil, water, and contaminants from compressed air, delivering exceptionally clean and dry output. It is widely used in pneumatic instruments, automation controls, and various industries including Food & Beverage, Pharmaceuticals, Chemicals, Textiles, Petroleum, Spray Painting, Telecommunications, Metallurgy, and Rubber.