TAMIS DE RÉSERVOIR 3/4 FPT, 50 MAILLES

Stops Debris Before It Reaches Your Pump or Tank

A tank screen with a 3/4 FPT connection is a filtration device that threads directly onto any standard 3/4" male NPT outlet to intercept leaves, grit, rust flakes, and sediment before they can reach your pump, valves, or nozzles. It's the simplest, most cost-effective line of defense between the dirty stuff sitting in your tank and the expensive equipment downstream. Whether you're running an agricultural sprayer pulling from a field tank, a pressure washer drawing from a buffer tank, or a rainwater harvesting setup feeding a transfer pump, this screen keeps your system running clean and your maintenance bills low.

The 3/4 FPT size is a standard in residential and light commercial plumbing, which means it mates directly with the male NPT fittings already found on most tank outlets, bulkhead connections, and suction manifolds across North America. No adapters, no guesswork. You thread it on, tighten it up, and your pump is protected from the debris that causes premature wear, clogged nozzles, and unplanned downtime. Equipment longevity is enhanced by using tank screens to catch debris - and this one does it without choking your flow.

Why You'll Love This 3/4" FPT Tank Screen

Results matter more than spec sheets - and this product delivers where it counts. Here's what you get when you add a proper inlet screen to your tank setup:

• Protects pumps and valves from damage – Water pump inlet strainers intercept leaves and silt, along with sand, scale, and organic trash, before any of it reaches your pump internals, check valves, or spray tips. Tank screens can help prevent costly repairs to downstream equipment - the kind of repairs that shut you down mid-job.

• Cuts downtime and maintenance – Tank screens are commonly used in pressure washers and irrigation systems because they dramatically reduce the time operators spend cleaning nozzles, flushing lines, rebuilding pumps, and chasing mysterious pressure drops. Less wrenching, more working.

• Improves flow consistency – A clean, properly sized screen eliminates the random pressure fluctuations, pulsing, and uneven spray patterns caused by debris partially blocking valves or tips. You get the same output from first pull to last.

• Rugged build for field conditions – The strainer's frame is made of engineering plastic that resists UV exposure, impact, and common agricultural and cleaning chemicals. They feature a fine stainless steel screen for filtration that handles fertilizer blends, mild acids, detergents, and years of outdoor service without corroding or falling apart.

• Fast to install, easy to clean – Hand-tight installation on any 3/4" male NPT fitting, tool-free disassembly, and quick rinse cleaning in the field. Maintenance access is a key consideration for tank screen design, and this one makes it effortless.

What Makes This Stainless Steel Tank Screen 3/4" FPT Different

Most generic tank strainers and cheap molded hose screens are built to a price point, not a performance standard. They deform under suction, rust after a few weeks of chemical exposure, restrict flow with tiny screen areas, and can't be serviced - so you end up replacing the entire unit every couple of months. That's wasted money and wasted time.

This 3/4" FPT tank screen is built differently:

• Optimized 3/4" FPT thread design – Full-depth, precision-cut female NPT threads give you a secure, leak-resistant connection on standard 3/4" male NPT tank outlets, bulkhead fittings, and suction manifolds. Ensuring thread compatibility is important when installing tank screens - and these threads are cut to spec so you get a proper seal every time, especially critical on suction-side connections where even a tiny air leak can starve your pump.

• Balanced mesh size vs. flow – The mesh size of a tank screen determines its filtration capability, and this screen hits the sweet spot. It's fine enough to stop sand, grit, and organic debris that damage pumps and clog nozzles, yet open enough to comfortably support flows in the 3–8 GPM range without starving a 4 GPM pressure washer pump or a small sprayer. Higher mesh counts block smaller particles but may clog faster - this design balances protection and throughput for real-world conditions. Screens should be chosen based on anticipated debris load, and this mesh rating covers the vast majority of tank-fed applications.

• Serviceable construction – Unlike cheap molded-in screens that you throw away when they clog or crack, this design can be opened, rinsed, and reinstalled in minutes. Replace just the mesh element if it gets damaged - not the whole unit. That extends service life, cuts replacement costs, and lets you swap mesh sizes if your water source or application changes.

How It Works

Water or solution passes through the mesh screen as it exits the tank outlet. Debris is trapped on the outside of the screen element. Clean fluid continues through the fitting and into your suction hose, pump, or downstream equipment. Simple in concept, effective in execution. The installation location of a tank screen affects its design and requirements - and this one is purpose-built for tank-side service.

Step 1 – Install on a 3/4" Male Tank Outlet

Thread the 3/4" FPT tank screen onto your 3/4" male NPT tank outlet, bulkhead fitting, or suction fitting by hand, then snug it up - no over-torquing needed. If you're installing on a suction-side connection feeding a pressure washer or sprayer pump, wrap the male threads with PTFE tape or apply thread sealant to ensure a fully leak-free, air-tight seal. Air ingress on the suction side is one of the fastest ways to damage pump performance, so take the extra thirty seconds to seal it right.

Step 2 – Fluid Draws Through the Mesh

When the pump starts, fluid is pulled through the stainless steel or polymer mesh. The screen blocks leaves, algae, gravel, scale, and other debris from entering the suction line. The open mesh area is sized so that, under normal conditions with a clean screen, there is minimal suction-side restriction at standard flows - your pump gets the volume it needs without cavitation or pressure loss.

Step 3 – Debris Collects for Easy Cleaning

Trapped debris accumulates on the outer surface of the screen where you can visually inspect it. During scheduled maintenance - or anytime you notice a pressure drop - simply unthread the screen, rinse the mesh clean with water, and reinstall it. Full flow restored in under a minute. A built-in weight keeps the strainer submerged in water when used inside a tank, ensuring the screen stays below the waterline and keeps drawing clean fluid even as the tank level drops.

Product Details

Here are the key specs for easy reference and planning. This list is built for installers and buyers who need to quickly confirm technical fit.

• Thread type and size: 3/4" FPT (female NPT) to mate with standard 3/4" male NPT tank or line fittings used on agricultural sprayers, transfer tanks, pressure washer feed lines, and rainwater catchment systems. Confirm you have 3/4" male NPT - not BSP, GHT, or IPS threads.

• Mesh material: Corrosion-resistant stainless steel screen (304 SS), suitable for potable water, fertilizers, and most common detergent solutions. Materials like stainless steel enhance the durability of tank screens and resist the chemical attack that destroys cheaper alternatives.

• Mesh rating: Typically in the 50–80 mesh range (approximately 180–400 µm), fine enough to protect pump valves, seals, and spray nozzles while still supporting strong flow. A 50-mesh screen is coarse enough to allow solid flows in the 3–8 GPM range without excessive restriction, yet fine enough to block damaging sand, organic debris, and scale.

• Body material: Tough, chemical-resistant engineering polymer housing designed to withstand UV exposure, rough handling, and common agricultural and cleaning chemicals. The strainer fits suction hoses with 9–12 mm ID for applications requiring direct hose attachment.

• Operating pressure and temperature: Designed for low-pressure gravity feed or suction service up to typical pump inlet pressures. Fluid temperatures up to approximately 60°C (140°F) are within operating range for standard polymer-body models.

• Flow capacity: Sized to comfortably feed small- to mid-size pumps in the 2–8 GPM range, including 4 GPM high-pressure washer pumps, without excessive inlet restriction when the screen is clean. Y-Strainers are ideal before pumps and control valves for similar protection in inline configurations.

• Included components: Assembled tank screen with integrated mesh element and housing, ready to thread directly onto a tank outlet. No additional parts or adapters required for standard installations.

• Service and maintenance: The screen can be disassembled for cleaning, and replacement mesh inserts are typically available if the element becomes damaged, worn, or if you need to change to a different mesh rating.

Who This 3/4" FPT Tank Screen Is For

If you're pulling water or solution from a tank through a 3/4" fitting and you want to keep your downstream equipment clean and running, this screen fits your setup. Here's where it works best:

• Professional pressure washing contractors – Running 4 GPM class pumps at up to 4,000 PSI that need clean inlet water from buffer tanks. A tank screen eliminates the seal wear, nozzle clogging, and unplanned downtime caused by debris in your water supply. Y-Strainers help prevent debris from entering systems, and a tank-side screen is the first critical stage.

• Agricultural sprayer and fertilizer rig operators – Running small to mid-size sprayers where tank sediment, undissolved granules, wettable powders, and organic trash can plug nozzles and damage pump internals. Many sprayer manufacturers ship equipment with 50–80 mesh screens as standard for exactly this reason.

• Rainwater harvesting and storage system owners – Feeding transfer pumps or filtration systems from above-ground tanks where roof debris, algae, and sediment are constant problems. A 3/4" FPT screen at the tank outlet acts as a reliable first-stage filter before finer inline filtration.

• Industrial and facility maintenance teams – Using tote tanks or portable tanks to supply wash systems, coolant circuits, or process rinse lines that require basic inlet protection. Y-Strainers are used in various fluid applications across these settings, and a tank screen adds the first layer of defense.

• DIY users with small pump systems – Homeowners and hobbyists running garden irrigation, pond circulation, or low-pressure wash setups who want simple, reliable inlet filtration without complicated plumbing.

Frequently Asked Questions

Here are answers to the most common sizing, installation, and maintenance questions about 3/4" FPT tank screens.

Does this tank screen fit my existing 3/4" connection?

It's designed for standard 3/4" NPT (FPT) threads, which are the most common thread type on North American tanks, bulkhead fittings, and suction manifolds. Before you order, confirm that your tank outlet or fitting has a 3/4" male NPT thread - not BSP (British Standard Pipe), GHT (garden hose thread), or IPS. If you're unsure, measure the thread diameter and pitch or check your tank manufacturer's documentation.

Will it restrict flow to a 4 GPM pressure washer pump?

When the mesh is clean, this screen is sized to comfortably supply around 4 GPM at typical suction conditions, making it a solid choice as a tank-side prefilter feeding a 4 GPM high-pressure pump. To avoid cavitation, keep the screen clean, maintain adequate water level in the tank, and use a suction hose of the recommended diameter with no kinks or restrictions. A starved pump is an expensive mistake - regular screen maintenance prevents it.

How often should I clean the tank screen?

Inspect the screen at least weekly in clean water applications. If you're drawing from open sources - ponds, rainwater tanks, agricultural runoff - inspect and clean daily or per shift. Clean immediately if you notice pressure fluctuations, reduced flow, pulsing at the wand, or visible buildup on the mesh. Consistent maintenance is how you protect a pump that costs twenty or fifty times what the screen does.

Can I use it with chemicals, fertilizers, or detergents?

The stainless steel mesh and chemical-resistant body materials typically handle common agricultural fertilizers, mild acids and alkalis, and standard pressure-washing detergents without issue. If you're running highly corrosive blends or strong solvents, verify material compatibility with the chemical manufacturer's data sheet. After any chemical use, flush the screen and housing with clean water to extend screen life and prevent residue buildup.

What happens if I run the pump with a clogged screen?

A heavily clogged screen starves the pump of water. The result: cavitation, noisy operation, seal damage, reduced output, and potentially a destroyed pump. That's exactly the kind of costly repair a tank screen is designed to prevent - but only if you keep it clean. Regular inspection and cleaning protect the pump and maintain consistent performance. Don't skip it.

Ready to Protect Your Pump and Tank System?

A 3/4" FPT tank screen is one of the simplest, lowest-cost upgrades you can add to any tank-fed system - and it pays for itself the first time it stops a chunk of debris from wrecking a pump valve, scoring a plunger, or plugging a nozzle mid-job. It threads directly onto standard 3/4" male NPT outlets, takes seconds to install, and is easy to service in the field without tools.

Whether you're a contractor, ag operator, facility manager, or weekend warrior with a small pump setup, this is the product that keeps your system running clean and your equipment lasting longer. Add it to your list before the next season or job cycle - and start every day knowing your pump is protected from day one.