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Industrial Strainer Manufacturer | Y, Basket, T Type | API/ISO/CE Certified Exporter
15+ Years Manufacturing Excellence

Industrial Strainer
Manufacturer & Exporter

API/ISO/CE Certified | Y Type, Basket, T Type Strainers | Professional Engineering Support
Direct Factory Pricing • International Quality Standards • Fast Response Time

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API 6D Certified
ISO 9001:2015
CE Marked
Export Ready

Strainer Types Overview

Professional industrial strainers engineered for optimal filtration performance across diverse applications. Each type designed to meet specific operational requirements and international standards.

Y Type Strainer

Efficient design for high-pressure applications. Ideal for gas, steam, and liquid pipelines with minimal pressure drop and easy maintenance access.

High Pressure Gas & Steam Low Δp

Basket Strainer

Large filtration area optimal for liquid service and heavy particulate removal. Removable basket design for easy cleaning and maintenance.

Large Area Liquid Service Easy Clean

T Type Strainer

Customizable straight-through design ideal for applications requiring low maintenance and consistent flow characteristics.

Straight Flow Low Maintenance Custom Design

Direct Filter

Compact structure perfect for limited-space installations. Inline design provides effective filtration without significant footprint increase.

Compact Space Saving Inline Design

Technical Datasheet – Strainer
(Y Type, Basket, T Type)

Comprehensive technical specifications for our industrial strainer range. All products manufactured to international standards with full certification documentation.

Specification Y Type Strainer Basket Strainer T Type Strainer
Size Range DN15 – DN400 (1/2" – 16") DN25 – DN600 (1" – 24") DN25 – DN600 (1" – 24")
Pressure Rating Class 150 – 1500 / PN10 – PN100 Class 150 – 900 / PN10 – PN63 Class 150 – 900 / PN10 – PN63
Temperature Range -20°C to +450°C (material dependent) -20°C to +400°C (material dependent) -20°C to +400°C (material dependent)
Body Material Carbon Steel, Stainless Steel, Cast Iron, Bronze Carbon Steel, Stainless Steel, Cast Iron Carbon Steel, Stainless Steel, Cast Iron
Screen Material Stainless Steel 304/316 (standard), Monel (optional) Stainless Steel 304/316, Monel (optional) Stainless Steel 304/316, Monel (optional)
Seal Material PTFE, Graphite, Metal PTFE, Graphite, Metal PTFE, Graphite, Metal
Standards ANSI B16.34, ASME B16.5, API 6D, DIN 3202, JIS B2071, EN 558 ANSI B16.34, ASME B16.5, API 6D, DIN 3202, JIS B2071 ANSI B16.34, ASME B16.5, API 6D, DIN 3202, JIS B2071
Cv (Flow Coefficient) Refer to product datasheet (typical: Y type 7–25, Basket 25–200) Refer to product datasheet (typical: 30–300) Refer to product datasheet (typical: 25–300)
Flange/Connection Standard ASME B16.5 (Flanged), EN 1092-1, JIS 10K/20K, Butt Weld ASME B16.5 (Flanged), EN 1092-1, JIS 10K/20K, Butt Weld ASME B16.5 (Flanged), EN 1092-1, JIS 10K/20K, Butt Weld
Mesh Size (Screen Opening) 0.5 mm – 8 mm (standard), custom available 0.5 mm – 8 mm (standard), custom available 0.5 mm – 8 mm (standard), custom available
Design Features Drain port, blow-off plug optional, suitable for horizontal/vertical install Large filtration area, easy maintenance, suitable for horizontal pipeline Customizable body/cover design, high dirt holding capacity
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All specifications subject to application requirements. Custom configurations available upon request. Third-party inspection and material certificates provided with every shipment.

General Arrangement Drawing & Dimensions

Detailed dimensional drawings and specifications for accurate installation planning. All dimensions comply with international flange and connection standards.

Y Type Strainer

General Arrangement & Main Dimensions

General Arrangement Drawing
L H Inlet Outlet
Main Dimensions
Size (DN) Length (L) Height (H)
DN25-50 150-200mm 85-120mm
DN65-100 220-280mm 140-180mm
DN125-200 320-400mm 220-280mm
Connection ASME B16.5 / EN 1092-1
Drain Port NPT 1/2" or 3/4"
Standards: Face-to-face dimensions per ASME B16.10. Flange drilling per ASME B16.5 or EN 1092-1. Custom dimensions available upon request.

Basket Strainer

General Arrangement & Main Dimensions

General Arrangement Drawing
L H Inlet Outlet
Main Dimensions
Size (DN) Length (L) Height (H)
DN50-100 280-350mm 180-220mm
DN125-250 400-550mm 260-350mm
DN300-600 650-950mm 420-650mm
Connection ASME B16.5 / EN 1092-1
Basket Access Bolted Cover Design
Standards: Face-to-face dimensions per ASME B16.10. Removable basket design for easy maintenance. Custom basket perforations available.

T Type Strainer

General Arrangement & Main Dimensions

General Arrangement Drawing
L H Inlet Outlet
Main Dimensions
Size (DN) Length (L) Height (H)
DN50-100 200-280mm 160-200mm
DN125-250 320-450mm 240-320mm
DN300-600 500-750mm 380-550mm
Connection ASME B16.5 / EN 1092-1
Cover Access Top Flanged Cover
Standards: Straight-through design per ASME B16.10. Top access cover for screen maintenance. Custom body configurations available.

Screen Details & Material

Advanced filtration technology with precision-engineered screens designed for optimal performance, durability, and maintenance efficiency across diverse industrial applications.

Perforated Screen

Standard Round Hole Pattern

Opening Size
2mm - 8mm
Material
SS 304/316

Precision-drilled round holes provide consistent filtration with excellent flow characteristics. Ideal for removing larger particles and debris while maintaining optimal pressure drop.

  • High open area for maximum flow
  • Easy cleaning and maintenance
  • Cost-effective solution

Wedge Wire Screen

V-Shaped Wire Construction

Opening Size
0.5mm - 3mm
Material
SS 316L

V-shaped wire profile creates self-cleaning action and prevents clogging. Superior strength and precision slot openings provide consistent filtration performance.

  • Anti-clogging design
  • High structural strength
  • Precise slot openings

Multi-Layer Mesh

Sintered Wire Mesh

Opening Size
0.5mm - 2mm
Material
SS 316L

Multi-layered sintered construction provides exceptional mechanical strength and fine filtration. Multiple mesh layers create depth filtration for superior particle retention.

  • Fine filtration capability
  • High mechanical strength
  • Depth filtration design

Custom Solutions Available

Custom mesh sizes and materials available upon request. Our engineering team can develop specialized screen configurations to meet your specific filtration requirements including exotic materials like Hastelloy, Inconel, and Monel for demanding applications.

Pressure Drop Curve

Performance characteristics showing flow rate versus pressure drop for each strainer type. Data based on water medium testing with clean screens under standard conditions.

Strainer Performance Comparison

Flow Rate vs. Pressure Drop - Water Medium (DN100 Size)

10 20 30 40 50 60 70 80 Flow Rate (m³/h) 0 0.2 0.4 0.6 0.8 1.0 1.2 Pressure Drop (bar) Y Type Strainer Basket Strainer T Type Strainer Water @ 20°C
Performance Analysis: Typical flow vs. pressure drop curves for each strainer type using water as the standard medium. Y Type strainers show higher pressure drop due to flow direction change, while T Type strainers maintain lower pressure drop with straight-through design. Basket strainers offer balanced performance with large filtration area. Actual performance may vary depending on size, mesh opening, fluid properties, and installation conditions.

Application Scenarios & Selection Guide

Find the right strainer type for your process, fluid, and system requirements.

Comprehensive technical guide to help engineers select optimal strainer solutions based on application requirements, operating conditions, and performance criteria.

Y Type Strainer

High-Pressure Compact Design

Typical Applications
Steam lines, compressed air systems, gas pipelines, pump protection, high-pressure water lines
Suitable Media
Steam, air, natural gas, water (low solid content), light oils, condensate
Pressure/Temperature Range
Up to Class 1500LB / PN100, -20°C to +450°C (material dependent)
Recommended Installation
Horizontal or vertical (screen downwards), minimum 5D straight pipe upstream
Advantages
  • Easy drain port access
  • Compact design, space-saving
  • High pressure resistance
  • Easy installation and maintenance
  • Durable material for long service life
Limitations
  • Small dirt holding capacity
  • Not suitable for high-solid slurry
  • Frequent cleaning if fine mesh

Basket Strainer

Large Capacity Liquid Service

Typical Applications
Water treatment plants, chemical processing, oil refining, fire protection systems, cooling tower water
Suitable Media
Water, oil products, chemicals, process liquids with high particulate content
Pressure/Temperature Range
Up to Class 900LB / PN63, -20°C to +400°C (material dependent)
Recommended Installation
Horizontal pipeline only, ensure adequate clearance for basket removal
Advantages
  • Large dirt holding capacity
  • Easy basket replacement
  • Low pressure drop at high flow
Limitations
  • Not suitable for vertical installation
  • Requires shutdown for maintenance
  • Larger physical footprint

T Type Strainer

Straight-Through Low Drop Design

Typical Applications
Process piping, HVAC systems, boiler feed water, pharmaceutical processes, food processing
Suitable Media
Clean water, process fluids, low-viscosity liquids, filtered media applications
Pressure/Temperature Range
Up to Class 900LB / PN63, -20°C to +400°C (material dependent)
Recommended Installation
Horizontal or vertical, ensure top access clearance for cover removal
Advantages
  • Lowest pressure drop
  • Customizable design options
  • High dirt holding capacity
Limitations
  • Higher initial cost
  • Requires top access space
  • Custom design lead time

Strainer Selection Process

1
Analyze Fluid Properties
Identify fluid type (gas/liquid), viscosity, solid content, corrosivity, and temperature requirements.
2
Check Operating Conditions
Determine pressure rating, temperature range, flow rate, and allowable pressure drop limits.
3
Select Mesh Opening
Choose appropriate screen size based on particle size to be retained and cleaning frequency requirements.
4
Consider Maintenance
Evaluate cleaning cycle, access requirements, and operational downtime constraints for final selection.

Certificates & Testing

Internationally certified quality and full product traceability for every shipment.

Comprehensive quality assurance backed by international certifications, rigorous testing protocols, and complete documentation for regulatory compliance and customer confidence.

ISO 9001:2015

Quality Management System

International Quality Management System certification ensures consistent manufacturing processes, continuous improvement, and customer satisfaction. Certificate available for each order.

View Sample Certificate

API 6D License

American Petroleum Institute

American Petroleum Institute certification ensures compliance for global oil & gas projects. API 6D licensed manufacturing with complete traceability and testing documentation.

Download License Copy

CE Conformity

European Standards

European Conformity marking ensures compliance with EU safety, health, and environmental requirements. CE certified products meet Pressure Equipment Directive (PED) standards.

View CE Declaration

Pressure Test Certificates

API 598 / ISO 5208

Each strainer is 100% pressure tested to API 598 and ISO 5208 standards before shipment. Complete test results and certificates available for customer review and regulatory compliance.

Sample Test Report

Material Certificates

EN 10204 3.1

Material certificates per EN 10204 3.1 standard with complete chemical composition and mechanical properties. Mill test certificates and material traceability for all metallic components.

Material Certificate Sample

Third-Party Inspection

SGS, BV, TUV, Lloyd's

Independent third-party inspection services supported by SGS, Bureau Veritas, TUV, Lloyd's Register, and other internationally recognized inspection companies upon customer request.

Request Inspection

Quality Assurance Commitment

100% Products Tested: Every strainer undergoes complete pressure testing, dimensional verification, and quality inspection before shipment.
Complete Documentation: Full traceability documentation, certificates, and test reports provided with each order for regulatory compliance.
Third-Party Verification: Independent inspection services available upon request through internationally recognized inspection companies.

Maintenance & Installation Guide

Ensure optimal performance and extended lifespan for your strainer.

Professional installation and maintenance procedures to maximize strainer efficiency, minimize downtime, and ensure reliable long-term operation.

Step-by-Step Installation Guide

1
Confirm Pipeline Orientation & Flow Direction
Verify strainer flow arrow matches pipeline flow direction. Check valve body markings and ensure proper orientation before installation.
2
Clean Pipeline Before Installation
Remove all debris, welding slag, and foreign materials from pipeline. Flush system thoroughly to prevent screen clogging during startup.
3
Ensure Gasket & Flange Alignment
Install new gaskets, check flange surfaces for damage, and ensure proper alignment. Verify bolt holes match exactly before assembly.
4
Tighten Bolts in Cross Pattern
Apply bolts in cross-pattern sequence to ensure even stress distribution. Torque to specified values per ASME B16.5 or project specifications.
5
Test Drain Plug Before Commissioning
Open and close drain plug to verify operation. Check for leakage and ensure plug threads are properly sealed before system startup.

Routine Maintenance Checklist

Screen Cleaning Frequency
Clean screens every 30-90 days depending on system conditions and particulate load. Monitor pressure drop for cleaning indicators.
Pressure Drop Monitoring
Install pressure gauges upstream and downstream. Clean when pressure drop exceeds 2-3 psi above baseline readings.
Safe Screen Removal
Always isolate system and depressurize before screen removal. Use proper PPE and follow lockout/tagout procedures.
Recommended Spare Parts
Stock spare screens, gaskets, drain plugs, and bolts. Keep maintenance logs to track replacement intervals.

Troubleshooting & Common Issues

Problem Possible Cause Recommended Solution
High Pressure Drop Screen clogging, wrong mesh size Clean or replace screen, verify mesh specification
External Leakage Gasket failure, bolt loosening Replace gaskets, retorque bolts to specification
Screen Damage Pressure surge, corrosion, erosion Replace screen, check upstream conditions
Frequent Cleaning High particulate load, undersized Upgrade to larger strainer, add upstream filtration
Corrosion Issues Wrong material selection, chemical attack Upgrade material grade, add corrosion inhibitor

Complete Documentation Available

Detailed operation manuals, maintenance schedules, and video guides available upon request. Our technical team provides comprehensive documentation and training materials for optimal strainer performance.

Customization & Support

Tailored solutions and expert support for your specific project requirements.

Comprehensive customization capabilities and professional support services to ensure your strainer solution perfectly matches your application requirements and operational needs.

Customization Capabilities

ASME B16.5, EN 1092-1, JIS 10K/20K flanges, butt-weld ends, threaded connections, tri-clamp, special proprietary end connections per customer specifications.
Surface Treatments
Epoxy coating, PTFE lining, rubber lining, electro-polishing, passivation, anti-corrosion coatings for harsh chemical environments.
Accessories & Add-ons
Differential pressure ports, magnetic separators, drain valves, level indicators, heating jackets, insulation, custom mounting brackets.
Connection Types
Flanged, threaded, welded, grooved ends, and other custom connections available to suit any piping specification.
Coating & Surface Treatment
Epoxy, PTFE, rubber lining, pickling and passivation, and other protective coatings for enhanced corrosion and chemical resistance.
Logo & Marking
Private labeling, customer logo engraving, project-specific marking, serial number systems, QR codes, custom nameplate installation.

Support Services

Technical Consultation
Expert application advice, strainer selection support, process optimization recommendations
Fast Sampling & Prototyping
Rapid prototype development, sample testing, design validation before full production
Export Documentation
Complete export paperwork, customs compliance, international shipping coordination
Third-Party Inspection
SGS, Bureau Veritas, TUV, Lloyd's Register inspection services coordination
24h Response Guarantee
Guaranteed response within 24 hours for all technical inquiries and quote requests
Multilingual Support
Technical support available in English, Russian, Spanish, German, and other languages

Send Your Specifications

Please send your drawing, specification sheet, or project requirements for a detailed custom quote. Our engineering team will review your needs and provide technical recommendations with competitive pricing within 24 hours.