Ductile Iron GGG50 Y Type Strainer

Ductile Iron GGG50 Y Type Strainer Description

Size: 1½” – 24″ (DN40 – DN600)

Standard: DIN / BS / ANSI / Korean

Structure: Gate

Pressure: PN10, PN16, PN25

Coating: WRAS approved epoxy powder at 300 micron thick

Media: Water

Certificate: ISO, SGS, CE

When debris such as scale and rust are mixed with water, oil, gas, air, steam or other media and flow through the pipeline, they can become the cause of valve seat damage in the pipeline, resulting in shortened valve life, not to mention equipment failure and damage. Therefore, it is imperative to use the right selected filter in the right location to protect expensive and critical downstream equipment such as pumps, flow meters, steam traps, control valves, etc.

What is a Valve Strainer?

The Ductile Iron GGG50 Y Type Strainer is a robust and durable filtration device specifically designed for industrial applications. Made from high-quality ductile iron material (also known as GGG50 or ASTM A536), this Y type strainer offers excellent corrosion resistance, mechanical strength, and impact resistance.

The Y type strainer is designed with a Y-shaped body that allows for efficient debris removal and prevents clogging in pipelines. It is equipped with a removable stainless steel screen or mesh filter that effectively captures solid particles, debris, and impurities while allowing unrestricted flow of fluids or gases.

With its compact and space-saving design, the Ductile Iron GGG50 Y Type Strainer can easily be installed in tight spaces. It is suitable for use in various industries such as oil and gas, chemical processing, water treatment, and manufacturing.

Maintenance of the Y type strainer is made convenient with the removable filter, allowing for easy cleaning or replacement. Its robust construction ensures long-term performance and reliability in demanding operating conditions.

Choose the Ductile Iron GGG50 Y Type Strainer for efficient and reliable filtration, protecting your equipment and systems from potential damage and ensuring smooth operation.

A filter valve may be defined as a pipe through which liquid is purified, filtered or separated from solid matter; anything used to filter liquids; anything used as a sieve or a filter device used to prevent mixing of solids in a liquid stream or flow line. Filters trap dirt in pipes such as scale, rust, joint compound and welds metal connections protect equipment and processes from harmful effects, reducing downtime and maintenance.

Valve Strainer

The Y Strainer valve is named for its configuration and is most commonly used with pressurized lines, gases or liquids. They can also be used in suction or vacuum conditions. Y-strainers are suitable for applications with low levels of solids and infrequent cleaning. If the solids are easily flushed from the screen and the fluid can be vented to the atmosphere, a blowdown valve on the vent will allow cleaning without removing the screen and interrupting the process flow.
The advantage of the Y-strainer is that it can be installed horizontally or vertically. Obviously, in both cases the screening element must be located on the underside of the filter body so that the trapped
The material is correctly collected in it.
In horizontal steam or gas lines, the Y-strainer should be installed in such a way that the bag opening is in the horizontal plane. This prevents water from collecting in the pockets, which can lead to corrosion and affect heat transfer process.
In liquid systems, the pockets should point straight down. This ensures that under low flow conditions, the removed debris is not pulled back into the upstream piping.

Y Type Strainer Features:

1. Compact and sturdy design: The Y type strainer is designed with a compact body, making it easy to install and fit into tight spaces. It is also built with strong materials to withstand high pressures and temperatures.

2. Filter efficiency: The removable screen or mesh filter of the Y type strainer ensures effective filtration of solid particles, debris, and impurities.

3. Easy maintenance: The Y type strainer is designed for easy cleaning and maintenance. The removable screen allows for quick and convenient cleaning or replacement.

4. Versatility: The Y type strainer can be used in a wide range of applications, including liquid and gas pipelines in various industries.

5. Protection of equipment: By effectively removing impurities, the Y type strainer helps protect equipment, such as pumps, valves, and meters, from damage and premature wear.

6. High flow capacity: The Y type strainer is designed to allow for maximum flow capacity, ensuring minimal pressure drop and optimal fluid flow.

7. Durable construction: The Y type strainer is made of high-quality materials that provide durability and corrosion resistance, contributing to its long service life.

Y Type Strainer Advantages:

1. Efficient filtration: The Y type strainer effectively removes solid particles, debris, and impurities from the fluid or gas, ensuring a clean flow and preventing damage to downstream equipment.

2. Easy maintenance: The removable screen or mesh filter allows for easy cleaning and maintenance. This helps to ensure the strainer operates at optimal performance without causing interruptions to the system.

3. Space-saving design: The compact Y-shaped body design of the strainer allows it to fit into tight spaces, making it suitable for installations where space is limited.

4. Versatile application: The Y type strainer can be used in a wide range of industries and applications, including oil and gas, chemical, water treatment, and manufacturing industries.

5. Longevity: The Y type strainer is constructed with durable materials that can withstand high pressures and temperatures, ensuring a long service life and minimizing the need for frequent replacements.

6. Protects equipment: By removing contaminants, the Y type strainer helps to protect downstream equipment such as pumps, valves, and meters, reducing the risk of costly repairs or replacements.

7. High flow capacity: The design of the Y type strainer allows for maximum flow capacity, minimizing pressure drop and ensuring the efficient flow of fluids or gases.