We adopt the most popular stainless steel 304, 316L and 430 as raw material and offer a full line of woven wire cloth and woven mesh products. Our weave types include plain weave, twill weave, plain Dutch weave and twill dutch weave. Of which, plain and twill woven wire mesh are the most economical and are often used for sifting and sizing, particle separation, filtering, safety, and security applications.
We produce and supply woven wire mesh with opening size ranging from several microns to 20 mm. In addition to stainless steel, we also provide other woven wire mesh, such as, carbon steel, brass, copper,aluminum and Monel, to meet the needs of a wide range of applications.
We have multiple cutting lines. We use different cutting technology to cut mesh panels/rolls into any desired shape and size according to their practical applications. Our advanced cutting technology enables us to provide our customers with large batches of metal filtration & separation products at a competitive price.
CNC technology is used to make use of focused laser beams for cutting. It features narrow slit, precise dimensions and no further edge polishing or processing is required. It can cut wire mesh into round, square and irregular shape mesh screens.
Sharp rotary blades are used for slitting. It features fast slitting and low production costs, and is mainly used for strip cutting. Our advanced slitter can cut mesh panels/rolls into mesh strips of various widths for filter elements or getting ready for further stamping operations.
Our flexible forming & processing machines can produce filter elements of various shapes including cylindrical, conical, deep drawn or pleated.
Our pressing machines can meet a wide range of flange, ring, cap, bottom and formed component requirements. No matter it is a small batch of custom parts or a large batch of custom parts, we can complete this task quickly at a low production cost.
We have a broad range of roll forming dies to make filter elements into cylindrical, conical, square and other shapes. In addition, it allows the forming of end closures including bag folded, pinched, creased pinched ends or fishtailed pinched ends.
We generally increase the filter surface area by pleating the wire mesh to achieve high efficiency filtration when the space for filter element is limited and filtration capacity needs to be enhanced.
The pleat heights can range from 0.08" to 0.473".
Single, double and triple layers of mesh screen can be pleated together depending on material thicknesses.
The designed mesh screen and plastic injection moulding technology are well combined to ensure that filter elements can perfectly fit for the filtration system.
It is widely used in the production of automotive filter elements, such as speaker grilles, fuel filters and oil filters.
We have a broad range of welding devices and technologies. We will choose an appropriate welding method according to the material selected, thickness and weld seam shapes and try our best to provide best connection for every weldment and reliable, stable filtration & separation components for our customers.
Resistance welding is a welding process that makes use of the resistance heat generated by the current passing through the weldment while applying pressure. There are mainly 4 types of welding, that is, spot welding, seam welding, projection welding, and butt welding.
No solder is required. It is high cost-effective and easy to achieve automatic welding, and is suitable for batch part welding.
Brazing is the process of joining two weldments with low melting point brazing filler metals. It features low distortion, clean joints and good gas tightness, and is suitable for welding secondary filter elements or filter elements made up of different materials.
TIG welding is a welding process that uses argon gas a shielding gas. Our TIG welding process can almost weld all metals, especially some refractory metals and easily oxidized metals, such as magnesium, titanium, molybdenum, zirconium, aluminum and their alloys. The welded areas are highly sealed and are suitable for secondary filter parts (e.g., sintered cartridges).
We have a variety of surface treatment processes and can provide great coatings and finishes for finished products, thus enhancing the durability, aesthetic value and electrical performance of filter screens.
Anodizing is a process mainly used for aluminum surface treatment. It makes use of the electrochemical principle to generate a layer of aluminum oxide film on the surface of aluminum and aluminum alloys. This oxide film has great protective, decorative, insulating and wear resistant performance, making our processed filtration & separation components more durable.
Polishing is the process of using flexible polishing tools and abrasive particles or other polishing media to conduct finishing process on the surface of metal parts. It improves the dimensional accuracy of metal parts and offers better connection among individual components.
Brushing surface treatment eliminates minor defects on the metal surface and gives a non-mirror-like metallic luster. It is simple and has a low cost and high economic benefits.
The wire mesh is folded back on itself and pressure is applied to the fold to hold. The hemming edges are generally canvas or rubber materials.
Secure the metal U-channel to the edge of the mesh screen and fit over the sharp cutting edge for safety and security. U-channels we commonly use are carbon steel, stainless steel, aluminum and galvanized steel.
Our orderly classified storage system enables us to provide our customers within a short delivery period. Well-packed package can protect our products intact during the transportation and make sure the products are delivered to customers in perfect conditions.
