Industrial Water Filters Strainer - OEM & Suppliers for Filtration

I’m your partner in filtration, delivering industrial water filters strainer that meet harsh process needs. For OEM collaborations, I offer customizable housings, precise pore sizes, and compatible inserts to ensure uninterrupted production. Our products are built for corrosion resistance, easy replacements, and long life under demanding flow rates. From initial spec to after-sales support, I work with OEMs and water treatment Suppliers to tailor solutions—whether you need standard models or full customization. I focus on material options (SS316, carbon steel with coatings), robust clamp or bolted configurations, and compatible gaskets. With fast lead times, strict QA, and scalable quantities, you can trust my filtration solutions to protect pumps, valves, and sensors, reducing downtime and maintenance costs. If you are sourcing OEM filtration parts or reliable Suppliers, I’m ready to discuss your specs, certifications, and volume pricing today.

Hot Selling Product

industrial water filters strainer Is The Best Sets the Industry Standard

An industry-leading industrial water filter and strainer protects pumps, valves, and heat exchangers while maximizing uptime. Key features include robust, corrosion-resistant housings; stainless-steel screens; secure gaskets; and flexible connections (flanged, threaded, or clamp). Easy-to-clean or replace elements minimize pressure drop and maintenance, while optional purge or backwash keeps systems running with minimal downtime. Global buyers should evaluate filtration solutions beyond price. Seek modular, scalable designs with traceable materials and clear performance data (filtration rating, differential pressure, flow). Ensure compliance with international standards, spares availability, predictable lead times, and a global service network. A dependable, lifecycle-focused solution that delivers reliability and energy efficiency sets the industry benchmark for industrial water filtration.

{ industrial water filters strainer Is The Best Sets the Industry Standard}
Model Filtration Type Filtration Rating (μm) Max Flow Rate (m³/h) Max Operating Pressure (bar) Material Typical Capture Efficiency (%) Recommended Maintenance Interval Typical Applications Certifications Inlet/Outlet Size (DN) Overall Dimensions (L×W×H mm) Dry Weight (kg)
IS-050 Basket Strainer 200 5 10 304 SS 92 6 months Cooling water, HVAC protection ISO 9001 DN25 300×150×250 8
IS-100 Duplex Basket Strainer 100 25 16 304 SS 95 4 months Process water, pump protection ISO 9001; ISO 14001 DN50 520×260×400 22
IS-150 Automatic Self-Cleaning 50 60 12 316L SS 98 Continuous operation (monthly checks) Municipal water, pre-treatment ISO 9001; NSF/ANSI 61 DN80 850×420×650 55
IS-300 Y-type Strainer 500 12 25 Carbon steel (powder-coated) 88 12 months Oil & gas lines, industrial return ATEX; ISO 9001 DN40 420×200×300 18
IS-500 High-capacity Basket 25 200 10 Duplex SS 99 3 months Desalination pre-filtration, cooling towers ISO 9001; ISO 14001 DN150 1200×700×900 180
IS-750 High-pressure Y-strainer 150 350 40 316 SS 90 9 months High-pressure steam, chemical feed ISO 9001; PED DN200 1400×800×1000 320
IS-1000 Automatic Backwash Filter 10 1200 16 316L SS 99.8 Automated backwash; manual inspection quarterly Wastewater reuse, food & beverage pre-RO ISO 9001; NSF/ANSI 61; KTW DN300 2100×1100×1600 980
IS-2000 Coarse Trash Screen 1000 800 5 Cast iron (epoxy) 75 18 months Intake screening, stormwater ISO 9001 DN250 2000×900×1200 650

Related Products

industrial water filters strainer Service Your End-to-End Solution

数据维度:月度过滤产能(m3/day)趋势

Monthly Filtration Throughput Trend (m3/day)

This chart presents the monthly filtration throughput, measured in cubic meters per day (m3/day), for an industrial water filtration system, illustrating how production capacity evolves over a year under a structured end-to-end service program. Throughput is influenced by several interconnected factors in an industrial setting, including feed water quality, membrane or media condition, cleaning-in-place cycles, selection of filtration media, and maintenance scheduling. The data show a general uptick from winter to mid-summer, suggesting continuous improvements from preventive maintenance activities, calibration, and process optimization performed as part of the service offering. The peak in late summer may reflect an optimized operating window and successful implementation of performance-enhancing strategies, such as targeted element replacements or system reconfigurations. A gradual decline toward year-end could indicate seasonal feed variability or planned downtime for major overhauls, which are common in complex water-treatment operations. The takeaway is that consistent monitoring and proactive service can stabilize and improve throughput, ultimately lowering unit production costs and ensuring consistent water quality. This visualization aids capacity planning, budget forecasting, and decision-making around maintenance scheduling, supplier coordination, and resource allocation. By tracking monthly throughput, engineers and operators can identify anomalies early, correlate them with operating events (e.g., chemical cleaning cycles, pump replacements, or filter media changes), and quantify the impact of maintenance actions on production performance. For future enhancements, integrating multi-year data, real-time sensor feeds, and scenario simulations would provide deeper insights into trend stability, seasonality, and the financial implications of different maintenance strategies.

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