Your One-Stop Source for Industrial Cylindrical Filter Elements
We design and manufacture cylindrical filter elements for customers across oil & gas, chemical processing, water treatment, food & beverage, and pharmaceuticals. Our filter elements — wire mesh, sintered mesh, sintered felt, powder sintered, and wedge wire — are made for continuous-duty service where standard filters fall short. You get precise filtration ratings, corrosion-resistant materials, and long service life. Whether you need a single sample or a full production run, our team is ready to match the right cylindrical filter element to your application.
our products
Woven stainless steel wire delivers consistent opening size, high flow rates, and easy cleanability — ideal for pre-filtration and coarse straining where you need strength with open structure.
Multi-layer diffusion-bonded wire mesh gives you precise particle retention and excellent backwash recovery under high differential pressure — suitable for hydraulic and process filtration.
Randomly oriented sintered metal fibers create a tortuous-path depth filtration structure — high dirt-holding capacity for polymer melt, viscous fluids, and fine particle removal.
Metal powder compacted and sintered into a rigid porous cylinder — uniform porosity from 0.5 µm to 100 µm with repeatable performance and resistance to high temperatures and corrosive media.
V-shaped profile wire wrapped on support rods creates self-cleaning slot openings — handles high flow, heavy solids loading, and continuous screening in water treatment and industrial processes.
Ratings from 0.2 µm to 3000 µm matched to your required particle retention target.
Sintered elements handle up to 600°C suitable for polymer melt and thermal gas filtration.
Backflush, ultrasonic clean, or chemical soak your cylindrical filter element hundreds of times.
316L SS, titanium, and Hastelloy options for acids, alkalis, solvents, and
seawater service.
We manufacture to your OD, ID, and length OEM drawings and sample matching accepted.
Open wire mesh and wedge wire structures maintain high flow with minimal energy loss in your system.
Every cylindrical filter element is tested for dimensional accuracy and filtration performance before shipping.
Metal filter elements outlast disposable media by years — lowering your total cost of ownership significantly.
Longer Service Life, Lower Replacement Cost
Cylindrical filter elements from our factory are built with multi-layer sintered mesh that resists clogging and maintains stable flow under continuous operation. Compared to standard filters, our elements last 3–5× longer reducing downtime and total cost of ownership for your system.
Company Advantage
With over 15 years of experience in metal filtration manufacturing, our cylindrical filter elements are produced in an ISO-certified facility using precision sintering and automated mesh welding technology. Each element undergoes strict QC inspection including bubble point testing and flow resistance verification before shipment.
Cylindrical Filter Elements for Every Application
Trusted across industries where clean flow, precise filtration, and system reliability are critical.
Cylindrical filter elements are widely used in hydraulic power units, gear lubrication systems, and oil return lines to remove metal particles and contaminants — protecting pumps, valves, and actuators from wear and failure.
In aggressive fluid environments, our corrosion-resistant sintered mesh elements handle acid, alkali, and solvent filtration. Widely used in chemical reactors, catalyst recovery, and sterile liquid processing lines.
FDA-compliant stainless steel cylindrical filter elements are used in beverage filling lines, edible oil filtration, and dairy processing to ensure product purity and meet strict hygiene standards. Easy to clean and sterilize in place (CIP/SIP compatible).
Cylindrical filter elements handle pre-filtration and fine filtration in municipal water treatment, industrial wastewater recycling, and RO system protection. High dirt-holding capacity and backwash capability reduce maintenance frequency significantly.
Designed to withstand high pressure and extreme temperatures, our cylindrical elements are used in natural gas dehydration, wellhead protection, and pipeline pre-filtration preventing pipeline corrosion and equipment damage from solid particles.
We’ve been using their sintered mesh cylindrical filter elements in our hydraulic system for two years now. The backwash performance is excellent — we haven’t had a single element failure. Quality is consistent batch after batch.
Marcus RWe needed a custom powder sintered filter element in titanium for a highly corrosive acid application. Their team had the drawing reviewed and a sample shipped within 10 days. The cylindrical filter element performed exactly as specified.
Sophie LWe replaced our old disposable filter cartridges with their sintered felt cylindrical filter elements. The dirt-holding capacity is significantly higher and we’ve cut filter replacement frequency by more than half. A real cost saving.
Jamesk
A cylindrical filter element is a tubular porous structure through which fluid flows radially — either inward or outward — while particles are captured on the filter surface or within the media depth. The cylindrical shape provides a large filtration area in a compact footprint that fits standard housings. Metal cylindrical filter elements offer superior mechanical strength, temperature resistance, and cleanability compared to polymer or paper alternatives.
Wire mesh cylindrical filter elements cover approximately 5 µm to 2000 µm. Sintered mesh elements range from 1 µm to 200 µm. Sintered felt elements go from 0.5 µm to 100 µm. Powder sintered cylindrical filter elements reach down to 0.2 µm for ultra-fine filtration. Wedge wire elements are rated by slot opening, typically 25 µm to 3000 µm. Custom ratings outside these ranges may be possible depending on your application.
We offer 316L stainless steel, 304 stainless steel, duplex stainless, titanium, Hastelloy C-276, and Inconel. For most aqueous and mild chemical applications, 316L stainless covers your needs. For strongly acidic, chloride-rich, or high-temperature environments, titanium or Hastelloy is the better choice. We can advise the right material once you share your fluid chemistry, temperature, and operating pressure.
