When it comes to protecting equipment and ensuring clean flow in your system, using the right strainer in pipeline applications is essential. Pipeline strainers are mechanical filters that remove solid particles from liquids or gases, helping reduce pressure drop, avoid equipment damage, and improve pipeline maintenance cycles.
In this guide, we’ll explain the different types of strainers, how they work, and how to choose the right one for your operation. Whether you’re in water treatment, chemical processing, or oil and gas, understanding strainers is a must.
A strainer in pipeline systems is a filtration device installed to catch debris such as rust, scale, and other solids. It prevents these particles from reaching sensitive equipment downstream, such as pumps or valves.
Key Takeaways:
Commonly used in filtration systems across industrial processes.
A pipeline strainer is a protective device that filters out debris.
It helps extend the life of industrial equipment and reduces maintenance.
Choosing the right strainer depends on your pipeline’s design, media type, flow rate, and pressure requirements. Below are the most commonly used industrial strainers.
The Y type strainer is compact and used when the pipeline operates under high pressure. It works well in horizontal or vertical installations.
A basket strainer has a larger filtration area than the Y-type, making it ideal for systems with heavy debris.
A T strainer is pretty similar to the Y strainer. It’s also termed the inline strainer. These two are differentiable by the vertical passageway in the T strainer which is larger than the one in Y strainers. These strainers are found in smaller sized pipes. They can handle pressures up to 6000psi and work well in 398°C operations.
Duplex or twin strainers have two baskets and a valve to switch flow between them.
Temporary strainers are low-cost solutions placed between flanges during system startup.
A self cleaning strainer is also apt for operations that need continuous flow. These strainers don’t need to be cleaned manually. They clean trapped impurities using a brush that lines the strainer’s inner body. The self cleaning strainer works at temperatures up to 260°C. These usually handle maximum pressure of 47psi.
Reliable filtration to protect valves and pipelines — Y, T, basket, and duplex types available.
Explore Strainers
Some applications require specialized industrial strainers, such as:
Getting your hands on a mesh strainer isn’t difficult if you know about places like LIANKE Valve. Founded in 1982, this company has always prioritized quality for their customer’s needs. And working with them will keep your operations and investments safe. At LIANKE Valve, customers won’t have to worry about the standards of the strainers or about the type.
Each industrial strainer is compliant with CE, API, ISO, EAC and TS standards. Additionally, getting yourself a strainer from LIANKE Valve is pretty simple as they control quality and production time through their raw material mill and producing mill.
There are 6 main differentiable kinds of industrial strainers. The Y strainer, Basket Strainer and Duplex strainer are used in most operations. Additionally, you’ll also find a T strainer, temporary strainer and self cleaning strainer.
Before purchasing industrial strainers, it’s imperative to figure out your operational needs. Each strainer has different pressure limits, flow rates and maintenance needs. Similarly, not every strainer collects the same sized particles/debris.
Types of Strainers Used in Oil and Gas Companies (commercialfiltrationsupply.com)
101 Guide on Different Types of Strainers in Pipeline | Dombor
Pros and Cons of Self-Cleaning Filtration Technology (fcxperformance.com)
Your First Step to Fixing That Drip A dripping gate valve is more than just annoying. It signals that your plumbing needs attention. The constant drip wastes water. If ignored, it can lead to bigger damage. The good news? You can often handle a gate valve repair yourself. Most leaks come from two spots: the […]
If your system needs to handle abrasive slurry or corrosive fluids, rubber sleeves aren’t just a detail—they’re critical to keeping your pinch valves running longer and maintenance simpler. Let’s look at why these sleeves make such a difference and what that means for your bottom line. Why the Sleeve Matters Most In a pinch valve, […]
When you’re selecting gate valves for tough, corrosive environments, the choice matters—especially when comparing a fluorine lined gate valve to a standard globe valve. One offers chemical resilience and durability; the other gives precision control and sealing. Let’s break it down clearly so you know which suits your system best and why. What a Fluorine […]
Choosing the right type of pinch valve—manual, pneumatic, or electric—directly affects how your system performs. Each option has clear strengths depending on how your process runs, what kind of control you need, and the infrastructure already in place. This guide breaks down how they work and where each one fits best. Manual Pinch Valve: Simple […]
