Low C Steel Plain Weave Hydraulic Screen Epoxy Coated Mesh

This product starts as low carbon steel wire, drawn down to precise diameters between 0.16 and 0.25 millimeters. The wire gets woven in a plain pattern—over one, under one, like basic cloth—creating a grid with consistent, accurate openings. Then comes the epoxy coating, baked on to give the finished mesh a smooth, protective skin.

What Makes It Useful

The combination matters for hydraulic and filtration work. Plain weave gives clean, predictable openings that catch what needs catching while letting fluid pass. The wire is thin enough to pack many openings per inch, but strong enough to hold up under pressure. Low carbon steel keeps costs reasonable while providing the tensile strength these applications demand.

The epoxy coating does several things. It seals the steel against moisture and corrosion—critical for hydraulic systems where water or chemicals might be present. It also creates a slick surface that resists blinding, meaning particles don't get stuck in the mesh openings. And because epoxy stands up to acids and alkalis, the mesh keeps working even when filtering aggressive fluids.

Where It Gets Used

These screens commonly serve as cavity filter cover plates. Think of a hydraulic manifold or valve block with internal passages that need protection from debris. A piece of this mesh covers the opening, stopping contaminants from entering while letting fluid flow freely. The epoxy coating ensures that even if the fluid contains water or mild acids, the screen won't rust shut or fall apart.

The width range—70 to 1200 millimeters—means manufacturers can cut exactly what they need for different housing sizes. No wasting material or struggling to fit standard sheets into non-standard openings.

The Practical Difference

What sets this mesh apart is how it balances competing demands. It needs to be fine enough to filter, strong enough not to burst, and resistant enough to outlast the equipment it protects. The plain weave provides structural consistency. The low carbon steel core handles the mechanical load. The epoxy coating adds chemical protection and keeps the surface clean. Together, they make a filtration component that quietly does its job without becoming a maintenance problem.