Sintered Stainless Steel Mesh

For High Pressure Environments

In demanding operating conditions such as hydraulic systems, compression stations, polymer melt processing and water injection, porous stainless wire-cloth units provide the mechanical strength that pleated disposable cartridges cannot. The bonding treatment fuses every wire cross-point into a rigid metallurgical structure, so cartridges withstand differential loads of tens of bar without collapse, blowout or particle migration. Ratings typically range from 1 to 100 microns, enabling fine particle control with acceptable pressure drop. Under surges and thermal cycling, the welded multi-layer structure resists fatigue, while the all-metal construction tolerates temperatures beyond 400°C and aggressive fluids such as superheated steam, sour gas and polymer additives. Cleaning by back-flushing, ultrasonics or chemical regeneration restores flow, cutting replacement frequency and lifecycle expenditure. NAVI Titanium verifies each cartridge with bubble-point and burst testing, and optional 904L stainless alloy wire-cloth upgrades deliver superior resistance in chloride-rich, acidic streams.

The Sintered Bond Is a Micro-Weld, Not a Glue

Many buyers assume thermal bonding works like a high-temperature adhesive holding wires together. In reality, the operation creates true diffusion joints: at temperatures near the alloy's melting point, atoms at each wire cross-point migrate and recrystallize, fusing the wires into one continuous alloy body. A sectioned component under a microscope shows no gap, filler or binder - only genuine grain structure extending across the junction. This explains behaviours that surprise first-time users. A sintered stainless steel mesh cannot unravel at a cut edge the way woven cloth does, because there are no loose strands to pull; edges can be trimmed, drilled and welded without the weave collapsing. The joined structure also resists vibration fatigue because stress spreads through rigid fused joints rather than concentrating at loose weave points. And because the bond consists entirely of alloy, thermal shock and repeated cleaning cycles do not weaken adhesion, allowing these components to retain their rated strength after years of continuous operation.

Scale and Supply You Can Plan Around

NAVI Titanium operates a vertically integrated manufacturing base, with in-house weaving, thermal bonding, cutting, forming and final inspection under one roof. Our porous wire-cloth product lines run continuously, giving us capacity to deliver thousands of square meters of material and hundreds of finished components every month to customers across Asia, Europe, the Middle East and the Americas. Because we control operations from raw wire to finished cartridges, we can commit to firm lead times: standard sheets ship within days, while custom-shaped components typically leave in two to four weeks. For project-critical orders, our manufacturing planning team reserves capacity in advance, so ramp-ups do not compromise delivery dates. This scale also supports pricing consistency: large-volume raw-material purchasing and efficient batch manufacturing let us maintain competitive prices despite alloy market swings. Whether you need one prototype or a thousand-piece annual contract, NAVI Titanium's supply network is built to grow with your business.

Customization, Packaging and Transport Done Right

For customers who need more than a standard disc, NAVI Titanium treats custom manufacturing as routine. Our specialists accept drawings in any common format - PDF, DWG, STEP or a hand sketch with critical dimensions - confirming feasibility, tolerances and opening specifications before quoting. Custom shapes include tapered cones, dished heads, stepped cartridges, flanged tubes and multi-piece welded assemblies, with millimetre tolerances where the design allows. Prototypes are produced quickly, and once approved, manufacturing repeats the identical geometry batch after batch, so replacement parts remain fully interchangeable. Every shipment follows a strict export-grade packaging protocol: material is wrapped to prevent edge damage, cartridges are individually cushioned, and crates are built to survive sea freight, air freight and multi-leg road transport. Full export documentation - packing lists, commercial invoices, certificates of origin and material test reports - is prepared by our export team, reducing customs complications at your port of entry.