Explore our precision-manufactured air-oil separators and replacement filter elements. Engineered to maintain low pressure drops, structural durability, and optimal ISO-grade separation efficiency.
In modern industrial manufacturing, fluid dynamics and lubrication control represent the heart of machine reliability. Rotary screw compressors, heavy-duty gas turbines, and specialized processing lines require continuous clean lubrication to prevent catastrophic abrasive wear. Traditionally, the market relied heavily on single-use, spin-on disposable canisters. However, the paradigm is shifting rapidly toward reusable oil filters, engineered with modular stainless steel mesh and washable micro-glass media.
From a lifecycle perspective, this transition represents a significant reduction in Total Cost of Ownership (TCO) and hazardous material disposal fees. For operations handling high volume flows—such as petrochemical refineries, steel mills, and assembly plants—reusable elements prevent thousands of tons of metal and contaminated filter cake from entering landfills each year. At the same time, they protect precise compressor components from contaminants down to the sub-micron scale.
Different regions and environments present distinct operational challenges. We engineer customizable, durable filtration elements tailored for localized parameters globally.
In coastal and high-humidity areas, marine air systems face continuous exposure to salt spray and high moisture. Our filters are designed with anti-corrosive stainless-steel wire mesh (AISI 304/316) that resists oxidation and structure decay under continuous thermal cycling.
In dusty mining environments across Western Australia or South America, heavy-duty processing relies on lubrication that stays free of abrasive particulate matter. Our cleanable elements process high viscosity oils without bypassing flow controls.
For precision manufacturing plants in Europe and North America, compressed air lines must remain 100% silicone-free and vapor-controlled. The integration of high-grade activated carbon and multi-wound separators ensures less than 3 ppm oil carryover.
A rigorous approach to material science dictates our design path. Below are the key engineering specifications comparing traditional media structures to next-generation reusable composite media.
| Performance Metrics | Standard Glass Fiber Element | Advanced Sintered Mesh (Reusable) | Multi-layered Coalescing Media |
|---|---|---|---|
| Filtration Rating (Microns) | 5 µm - 10 µm | 1 µm - 3 µm (Washable) | 0.01 µm (Deep coalescing) |
| Initial Pressure Drop (ΔP) | < 0.018 MPa | < 0.012 MPa | < 0.022 MPa |
| Collapse Pressure Limit | 1.0 MPa | > 2.1 MPa | 1.6 MPa |
| Service Interval Cycle | 2,000 - 3,000 Hours | Up to 8,000 Hours (Cleanable) | 4,000 - 6,000 Hours |
| Compatibility Specs | Mineral based lubricants | All synthetics, esters, mineral oils | High ester synthetics, POE, PAG |
Our separation elements utilize advanced spiral-wound reinforcement to ensure that high differential pressures will not lead to structural collapse or media bypass. By utilizing multi-stage borosilicate glass fibers alongside stainless-steel support sleeves, JCTECH elements optimize the coalescing effect, ensuring the separation of microscopic oil aerosol droplets from high-velocity air streams.
Engineered to match or exceed the performance parameters of premium OEM brands, providing seamless plug-and-play installation without compromising efficiency or voiding system warranties.
Based in Shanghai, Shanghai Jiongcheng Industrial Co., Ltd. (JCTECH) controls three manufacturing sites. Our primary filter manufacturing cluster is located in Xinxiang, Henan Province—China's world-renowned center of filtration technology. This positioning offers deep vertical integration: we control everything from raw filter element stamping, wire weaving, and micro-glass media assembly to advanced chemical analysis.
Furthermore, JCTECH operates a dedicated lubrication systems division, formulating high-performance compressor lubricants. This unique synergy ensures that our filters are chemically and physically optimized for the exact formulations of modern compressor fluids, minimizing degradation and foaming.
Our service capability is backed by structural warranties and engineered customization protocols, delivering reliable fluid performance at your plant.
We analyze operating temperatures, flow velocities, and lubricant types to customize filter materials and dimensions for specialized equipment.
All JCTECH replacement elements are covered by a dedicated performance warranty. If any quality issue arises during standard run-times, we provide direct replacements.
Our engineering desk in Shanghai maintains a rapid response timeline, providing technical documentation, drawing approval, and oil compatibility tests within 24 hours.
We capture field-performance statistics from global operators and continually update our glass media structure to extend operational life in extreme settings.
JCTECH achieved a breakthrough in R&D with our new external separator replacement, specifically engineered to lower compressor power consumption.
Read WhitepaperAn in-depth study highlighting the relationship between clean air intake filters and the wear rates of internal compressor screws.
Read ArticleUnderstanding the mechanics of multi-phase separation systems designed to isolate oil and hydrocarbons from compressed air.
Read Engineering NoteWhether you need customized oil filters or replacement separators for your machinery, our engineers will help determine the correct materials and micron ratings for your setup.
Explore our cross-referenced replacement catalog. Designed with matching connections and heavy-gauge construction to withstand high differential pressure starts.
Jiong Cheng
