Y Strainers

Purple Engineering

Y Strainers: Providing Essential Protection for Your Piping Systems Maximise Efficiency and Safety with Purple Engineering's Y Strainers

At Purple Engineering, our Y Strainers stand as a testament to our commitment to delivering high-quality filtration solutions. Designed to protect your piping systems from debris and particulate matter, our Y Strainers ensure the smooth operation of your equipment, safeguarding against potential damage and downtime.

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Why Y Strainers?

Y Strainers are named for their shape, resembling the letter 'Y', and are engineered to remove solids from flowing liquids or gases through a perforated or wire mesh straining element. They are an essential component in many industrial processes, including water treatment, chemical processing, and HVAC systems, providing a simple yet effective means of protecting critical components such as pumps, meters, and valves.

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Features and Benefits:

Versatile Filtration: Suitable for a wide range of applications, our Y Strainers can handle various fluids, from water and oil to steam and gas.
Durable Construction: Made from high-quality materials, our strainers are built to withstand harsh operating conditions, ensuring longevity and reliability.
Easy Maintenance: Designed for convenience, our Y Strainers feature a removable straining element, allowing for easy cleaning and minimal system downtime.
Customisable Options: With a variety of sizes, materials, and end connections available, our Y Strainers can be tailored to meet the specific requirements of your system.

Materials for Replacement Screens and Baskets

Materials for replacements screens and baskets

Applications:

Our Y Strainers are versatile enough to be used across various industries, providing essential protection in:

Water Treatment Facilities
Chemical Processing Plants
HVAC Systems
Oil & Gas Production
Food & Beverage Manufacturing

Pressure Drop Curves for Y Strainers

Why Choose Purple Engineering for Your Y Strainers?

Expertise: With extensive experience in the filtration industry, we understand the challenges you face and offer solutions that meet your specific needs.
Quality: Our commitment to quality ensures that every Y Strainer we provide is designed to perform efficiently and reliably.
Customisation: We offer bespoke solutions, allowing you to specify the size, material, and configuration that best suits your application.
Support: Our dedicated team is here to assist you from selection through to installation, ensuring you get the most out of your Y Strainer.

Get in Touch with Purple Engineering

Protect your systems and ensure uninterrupted operation with our Y Strainers. Contact Purple Engineering today to discuss your requirements and discover how our solutions can enhance your operations. Our team is ready to assist you in selecting the perfect Y Strainer tailored to your specific needs.

Purple Engineering - Your Trusted Partner in Advanced Filtration Solutions.

Purple Engineering

Y Strainers Your Premier Source For Strainer Solutions

Mueller 865-CS

The Mueller 865-CS Cast Carbon Steel Y-Strainer is designed for high-pressure and high-temperature applications, ensuring protection for pipelines by straining foreign matter and weld debris.

Mueller 865-SS

The Mueller 865-SS Cast Stainless Steel Y-Strainer is designed for high-pressure and high-temperature applications.

Mueller 866-CS

The Mueller 866-CI Y-Strainer is designed to offer reliable protection for pipelines by effectively straining out foreign matter.

Mueller 866-SS

The Mueller 866-SS Cast Stainless Steel Socket Weld End Y-Strainer offers robust protection for pipelines in high-pressure and high-temperature environments. Ideal for filtering weld debris.

Watts 87SI

The Watts 87SI Stainless Steel Y-Strainer offers robust protection with threaded or socket weld connections, ideal for high-pressure and high-temperature applications.

Watts 88CSI

The Watts 88-CSI Cast Steel Y-Strainer offers robust protection with threaded or socket weld connections, ideal for high-pressure and high-temperature applications.

Watts 88S

The Watts 88S Stainless Steel Y-Strainer offers superior corrosion resistance, ideal for high-pressure and high-temperature applications

Mueller 911U

The Mueller 911U UL approved Y-Strainer effectively prevents clogging in fire service systems, protecting pumps and mechanical equipment.

Mueller CA951

The Mueller CA951 Y-Strainer effectively removes foreign matter from pipelines, protecting pumps and mechanical equipment.

Mueller LF351

The Mueller LF351 Y-Strainer is expertly engineered to ensure the integrity and efficiency of fluid handling systems by removing foreign particles from pipelines.

Mueller LF352

The Mueller LF352 Y-Strainer is expertly engineered to ensure the integrity and efficiency of fluid handling systems by removing foreign particles from pipelines.

Mueller LF358

The Mueller LF358 Y-Strainer is engineered to ensure the integrity and efficiency of fluid handling systems by removing foreign particles from pipelines.

Watts LF777

The Watts LF777 Wye-Pattern Strainer is engineered to ensure the integrity and efficiency of plumbing systems by removing foreign particles from pipelines.

Watts LF777S

The Watts LF777S Wye-Pattern Strainer is engineered to ensure the integrity and efficiency of plumbing systems by removing foreign particles from pipelines.

Watts LF777SI

The Watts LF777SI Wye-Pattern Strainer is engineered to ensure the integrity and efficiency of plumbing systems by removing foreign particles from pipelines. Designed to provide effective and economical protection for pumps, valves, and other costly equipment, these strainers are essential for maintaining system performance and reliability.

Watts P777

The Watts P777 Wye-Pattern Strainer is expertly engineered to ensure the integrity and efficiency of fluid handling systems by removing foreign particles from pipelines.

PVC or CPVC Y Strainers

PVC or CPVC strainers are the perfect choice for in-line removal of suspended solids, sediment, dirt and debris.

ACE-YF-F316

Y Strainer, Forged Stainless Steel, Class ANSI-800, Threaded End & Socket End

ACE-YF-F304

Y Strainer, Forged Stainless Steel, Class ANSI-800, Threaded End & Socket End

ACE-YF-A105

Y Strainer, Forged Carbon Steel, Class ANSI-800, Threaded End & Socket End

ACE-YI-TE

Y Strainer, Cast Iron, Table E, Flanged, Epoxy Painted

YS86-SS

Y Strainer, Stainless Steel, ANSI Class 2500, Socket Weld Ends

YS86-CS

Y Strainer, Carbon Steel, ANSI Class 2500, Socket Weld Ends, Epoxy Painted

YS84-SS

Y Strainer, Stainless Steel, ANSI Class 1500, Socket Weld Ends, Bolted Cover

YS84-CS

Y Strainer, Carbon Steel, ANSI Class 1500, Socket Weld Ends, Bolted Cover

YS83-SS

Y Strainer, Stainless Steel, ANSI Class 1500, Threaded Ends, Bolted Cover

YS83-CS

Y Strainer, Carbon Steel, ANSI Class 1500, Threaded Ends, Bolted Cover

YS82BC-SS

Y Strainer, Stainless Steel, ANSI Class 600, Socket Weld Ends, Bolted Cover, Plugged Blow-off

YS82BC-CS

Y Strainer, Carbon Steel, ANSI Class 600, Socket Weld Ends, Bolted Cover, Plugged Blow-off

YS82-SS

Y Strainer, Stainless Steel, ANSI Class 600, Socket Weld Ends, Gasketed Cap, Plugged Blow-off

YS82-CS

Y Strainer, Carbon Steel, ANSI Class 600, Socket Weld Ends, Gasketed Caps, Epoxy Painted

YS81BC-SS

Y Strainer, Stainless Steel, ANSI Class 600, Threaded Ends, Bolted Cover, Plugged Blow-off

YS81BC-CS

Y Strainer, Carbon Steel, ANSI Class 600, Threaded Ends, Bolted Cover, Plugged Blow-off

YS81-SS

Y Strainer, Stainless Steel, ANSI Class 600, Threaded Ends, Gasketed Cap, Plugged Blow-off

YS81-CS

Y Strainer, Carbon Steel, ANSI Class 600, Threaded Ends, Gasketed Caps, Epoxy Painted

YS80T-SS

Y Strainer, Stainless Steel, 800 WOG, Threaded Ends, Gasketed Cap, Plugged Blow-off

YS80S-SS

Y Strainer, Stainless Steel, 800 WOG, Socket Weld Ends, Gasketed Cap, Plugged Blow-off

YS71-SS

Y Strainer, Stainless Steel, ANSI Class 2500, Butt Weld Ends Sch. XXS

YS71-CS

Y Strainer, Carbon Steel, ANSI Class 2500, Butt Weld Ends Sch. XXS, Epoxy Painted

YS70-SS

Y Strainer, Stainless Steel, ANSI Class 2500, Flanged Ends

YS70-CS

Y Strainer, Carbon Steel, ANSI Class 2500, Flanged Ends, Epoxy Painted

YS69-SS

Y Strainer, Stainless Steel, ANSI Class 1500, Butt Weld Ends Sch. 160

YS69-CS

Y Strainer, Carbon Steel, ANSI Class 1500, Butt Weld Ends Sch. 160, Epoxy Painted

YS68-SS

Y Strainer, Stainless Steel, ANSI Class 1500, Flanged Ends Raised Face

YS68-CS

Y Strainer, Carbon Steel, ANSI Class 1500, Flanged Ends Raised Face, Epoxy Painted

YS67-SS

Y Strainer, Stainless Steel, ANSI Class 900, Butt Weld Ends Sch. 80

YS67-CS

Y Strainer, Carbon Steel, ANSI Class 900, Butt Weld Ends Sch. 80, Epoxy Painted

YS66-SS

Y Strainer, Stainless Steel, ASME Class 900, Flanged Ends Raised Face

YS66-CS

Y Strainer, Carbon Steel, ASME Class 900, Flanged Ends Raised Face, Epoxy Painted

YS65-SS

Y Strainer, Stainless Steel, ANSI Class 600, Butt Weld Ends Sch. 80, Bolted Cover, Plugged Blow-off

Frequently Asked Questions

What are Y Strainers, and how do they function?

Y Strainers are filtration devices designed to remove debris and particulate matter from fluid systems, thereby protecting downstream equipment from potential damage. Named for their 'Y' shape, these strainers direct the flow through a filtering element, typically a mesh or perforated screen, which traps the unwanted materials. They are widely used across various industries, including water treatment, chemical processing, and HVAC systems, to ensure the smooth operation of machinery and processes. The design of Y Strainers allows for easy maintenance and cleaning, with the straining element being accessible for removal and servicing.

How do I choose the right Y Strainer for my system?

Selecting the right Y Strainer involves considering several key factors:

Fluid Type: Determine whether the strainer will be used for liquid or gas, as this affects the choice of material and design.
Operating Conditions: Consider the pressure and temperature of the system to ensure the strainer can withstand these conditions.
Filtration Requirements: The size of the particles you need to filter out will dictate the mesh size of the strainer element.
Material Compatibility: The strainer material should be compatible with the fluid to prevent corrosion. Common materials include stainless steel, cast iron, and brass.
Size and Connection Type: The strainer should match the pipe size and have compatible end connections (e.g., flanged, threaded) for seamless integration into your system.
Consulting with experts like those at Purple Engineering can help ensure you select a Y Strainer that meets all your specific requirements.

Can Y Strainers be customised for specific applications?

Yes, Y Strainers can be extensively customised to suit specific applications. This customisation can include the selection of special materials for the strainer body and mesh to ensure compatibility with the fluid and operating environment, as well as modifications to the strainer design to accommodate unique system requirements. Options for customisation also extend to the size of the strainer, connection types, and the addition of features such as differential pressure taps for monitoring strainer performance. When requesting a customised Y Strainer, it's important to provide detailed specifications to the manufacturer to ensure the final product meets your exact needs.

Key Functions of Strainers

Particle Removal

Industrial strainers have been designed to capture and remove solid particles such as dirt, debris, rust, scale, and other impurities from liquids like water, oil, chemicals, or gases.

Extended Equipment Life

By removing solid contaminants, industrial strainers contribute to the longevity and efficient operation of industrial equipment. Reduced wear and tear on components leads to longer maintenance intervals and a longer overall lifespan for the equipment.

Maintenance Reduction

Regular maintenance and cleaning of industrial equipment is definitely time-consuming and costly. Strainers help reduce the frequency of maintenance activities by preventing the accumulation of debris in the system.

Equipment Protection

The main purpose of using an industrial strainer is to protect downstream equipment and components from damage caused by particles present in the fluid. For example, strainers help prevent damage to pumps, valves, heat exchangers, and other critical components by ensuring that only clean fluid passes through pipelines.

Process Efficiency

Uninterrupted fluid flow without the obstruction of contaminants improves the overall efficiency of industrial processes. This is particularly important in industries such as water treatment, petrochemicals, pharmaceuticals, and manufacturing.

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Get in touch with us to find out more about how our Strainers can improve your outcomes.

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