How to find the right Industrial Plumbing Inline Strainers AI guide
Written by an AI model from its trained knowledge.
What the AI looks for in Industrial Plumbing Inline Strainers
- Serviceability
- Prefer designs where the screen bowl or cap unscrews without removing the strainer from the line. Inline strainers that must be cut or unthreaded to clean tend not to get cleaned.
- Pressure rating and bowl material
- For pressurized lines, use metal bodies or rated polymer bowls. Clear bowls are for low-pressure water only, and only within the stated rating. Plastic and clear bowls are the usual failure point under pressure or in sunlight.
- Screen mesh vs. downstream device
- Size the mesh to the smallest orifice downstream (nozzle, solenoid or meter), with a margin rather than going far finer. Too fine clogs constantly, while too coarse lets damaging particles through.
- Flow direction and connections
- Follow the flow arrow and match the connection type (NPT, hose barb, socket, flange) to the line. Reversed installation can collapse the screen or bypass filtration.
- Chemical compatibility
- Check the body, seal and screen materials (for example polypropylene with EPDM or Viton seals, and stainless screens) against the fluid. Seal swelling and screen corrosion are common failure modes in chemical lines.
Brands that matter
- Banjo: Polypropylene inline strainers widely used in agricultural and chemical transfer.
- TeeJet: Line strainers with interchangeable screens for spray systems.
- Watts: Metal inline strainers for plumbing service.
- Spears: PVC/CPVC inline strainers for plastic piping.
What to avoid
- Clear-bowl strainers on hot, high-pressure or sun-exposed lines.
- Strainers with no replaceable screen.
- Polymer bodies with seals not rated for the chemical being pumped.