Strainer Screen CE Certification & Pricelist

From my workshop, I deliver a sturdy strainer screen that stands up to daily production lines. This strainer screen is engineered for high flow and quick cleaning, made from corrosion-resistant stainless steel, with precise apertures to keep solids out of your process. I know your line runs 24/7, so our screens resist abrasion and resist warping. We offer CE Certification on request, ensuring compliance with European standards. If you need pricing, I can share a current Pricelist that matches your batch size and customization. Our strainer screen comes in standard sizes and perforation patterns, and we can tailor to your mesh size, frame width, and mounting method. Packing is secure for shipping, and lead times are competitive. I’ve worked with many facilities upgrading filtration stages, and I’m confident this screen will improve throughput, reduce downtime, and lower maintenance costs. Contact me for bulk orders and sample tests.

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strainer screen Where Service Meets Innovation Service Backed by Expertise

Precision-engineered strainer screens combine innovative design with proven materials—stainless steel woven mesh, wedge wire and perforated plates—to protect pumps, valves and heat exchangers while maximizing flow and minimizing pressure drop. Modular, customizable solutions enable quick retrofit or OEM integration across oil & gas, water treatment, chemical, food and pharmaceutical plants. Easy-clean features and extended service life reduce downtime and lower total cost of ownership. Service meets innovation through application-focused engineering: material selection, rapid prototyping, performance testing and full technical documentation ensure compliance with international standards. Global logistics, flexible production capacity and responsive after-sales support deliver fast lead times, inventory programs and on-site assistance. Choose a partner who pairs cutting-edge products with expertise-backed service to boost reliability and deliver measurable ROI.

{ strainer screen Where Service Meets Innovation Service Backed by Expertise}
Component / Type Material Mesh Size (μm) Open Area (%) Typical Flow Rate (L/min) @1 bar Max Operating Pressure (bar) Operating Temp Range (°C) Filtration Efficiency (%) Common Applications Maintenance Interval Relevant Standard / Certification Typical Weight (kg) Typical Dimensions (mm) Recommended Gasket Estimated Service Life (yrs)
Wedge Wire Cylindrical Screen Stainless Steel 316L 100 – 2000 35 – 50 300 – 2,500 16 -20 to 350 >95 at specified particle size Water intake, wastewater coarse screening 6 – 12 months (visual & flow check) ISO 9001, EN 13445 (material traceability) 5 – 18 Ø150–Ø1200 × L300–2500 EPDM / Viton (application dependent) 8 – 20
Perforated Plate Screen Carbon Steel (coated) / SS304 500 – 5000 20 – 40 100 – 1,200 10 – 25 -30 to 200 ~80–95 depending on hole size Industrial pre-filtration, solids separation 12 months (clean & inspect) ASME B31.3 (process piping compatibility) 3 – 25 Plate: 200×200 – 2000×4000 × 6–25 thickness NBR / EPDM 5 – 12
Woven Wire Mesh (Flat Panel) Stainless Steel 304 / 316 20 – 1000 30 – 60 50 – 800 8 – 12 -40 to 400 >90 at rated micron Chemical filtration, beverage clarification 3 – 6 months (depending on fouling) FDA (food contact variants available) 0.2 – 6 Panels: 100×100 – 1200×2400 PTFE or silicone for food use 3 – 10
Sintered Metal Mesh Cartridge SS316 sintered layers 1 – 200 45 – 65 10 – 600 (cartridge dependent) 25 – 200 -50 to 450 >99.5 at nominal micron High-purity gas & liquid filtration, pharma 6 – 24 months (differential pressure monitor) ASME, PED, ISO 9001 0.3 – 3 Ø25–Ø80 × L100–L600 Viton, PTFE for aggressive fluids 5 – 15
Expanded Metal Screen Stainless Steel 304 300 – 3000 30 – 55 150 – 1,000 6 – 10 -20 to 300 ~85–95 for coarse particles Cooling towers, HVAC debris screening 12 months (clean & inspect) ISO 9001 1 – 12 Sheets: 300×300 – 2000×4000 NBR / EPDM 4 – 10
Self-cleaning Screen Element SS316 components with polymer wipers 50 – 1000 30 – 55 200 – 3,000 (system dependent) 6 – 16 0 to 120 >90 at design point Continuous process filtration, pulp & paper Automated cleaning cycles; manual 6–12 months API RP 577 (welding & fabrication best practices) 18 – 120 (system dependent) Modular cartridges / housings vary Polyurethane / EPDM 6 – 15
Duplex Basket Screen Stainless Steel 304 / 316 150 – 2000 25 – 45 250 – 2,200 10 – 25 -10 to 200 >90 at basket rating Marine, oil & gas, irrigation 3 – 12 months (based on differential pressure) PED, ISO 9001 8 – 150 Housings: DN50 – DN1000 Viton / EPDM 7 – 20
Conical Drum Screen Stainless Steel 316L 200 – 2000 30 – 60 500 – 10,000 (system-dependent) 3 – 10 -10 to 80 >90 for coarse solids Municipal wastewater primary screening Continuous automatic cleaning; manual monthly checks ISO 9001 50 – 400 Ø600–Ø3000 × L1000–L4000 EPDM / NBR 6 – 15
High-Temperature Alloy Mesh Inconel / Hastelloy (select applications) 5 – 500 30 – 55 5 – 600 50 – 250 -200 to 700 >99 for critical fines High-temp chemical reactors, petrochemical 6 – 24 months (monitor corrosion & erosion) NACE MR0175 / ISO 15156 (sour service where applicable) 0.5 – 12 Custom: small cartridges to large plates Metallic seals / graphite gasket for extreme temp 5 – 20
Polymeric Composite Screen Fiber-reinforced polymer (FRP) with stainless insert 500 – 3000 40 – 60 80 – 1,000 3 – 8 -40 to 120 ~85–95 for coarse debris Corrosion-prone environments, aquaculture 12 months (visual & flow verification) ISO 9001, corrosion-resistant material data 0.4 – 15 Panels & baskets: application dependent EPDM / PTFE 3 – 12
Note: Values shown are typical ranges for common strainer screen types. Actual selection should be based on detailed process conditions and engineering review.

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strainer screen Supplier Where Innovation Meets 2025

Data Dimension: Filtration Efficiency vs Market Adoption (Projected 2025)

Filtration Efficiency and Market Adoption Projection (2025)

Explanation Title: Interpreting the 2025 Filtration Efficiency and Adoption Projection This chart compares five strainer screen product categories across two metrics: Filtration Efficiency Index (left axis) and Market Adoption Rate (right axis) projected for 2025. Efficiency Index is normalized 0–100 and synthesizes pore uniformity, material integrity, and capture rate under standard test conditions. Market Adoption Rate is the percent of surveyed industrial buyers expected to deploy each category by the end of 2025. Key observations: High-efficiency woven-mesh and sintered-metal screens score above 80 on the Efficiency Index, reflecting superior particle retention and mechanical robustness. However, woven-mesh shows a higher projected adoption (~68%) than sintered-metal (~55%), likely due to lower replacement cost and broader compatibility. Perforated plates and punched screens present moderate efficiency (45–65) but higher adoption in cost-sensitive segments (40–60%), indicating trade-offs favoring affordability. Composite polymer screens register the lowest efficiency (35) but show rising adoption (~30%) driven by lightweight installations and corrosion resistance in niche applications. Implications: Stakeholders should view the relationship between efficiency and adoption as non-linear. High technical performance does not guarantee market dominance; cost, retrofitability, and regulatory drivers shape adoption curves. Manufacturers targeting increased uptake for premium screens should prioritize cost-reduction, installation support, and evidence-based performance demonstrations. Conversely, suppliers of lower-efficiency options can expand market share by emphasizing lifecycle costs, corrosion benefits, and supply chain reliability. Methodology note: Data are modeled projections combining historical deployment trends, supplier capability indices, and a survey of procurement priorities across chemical, food, and water treatment sectors. Use this visualization as a strategic starting point for product development, pricing, and targeted marketing through 2025. Further analysis should segment results by region, application, and operating environment to reveal hidden niches. Scenario testing with varying raw material costs and regulatory changes will sharpen forecasts and prioritize R&D investment to accelerate adoption of high-performance filtration solutions globally.

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