Wire screen products include flour sifters, cooking strainers, wire netting, bend screens, resin traps, support grids, intake screens and extruder screens. Read More…
Leading Manufacturers
Gerard Daniel Worldwide
Hanover, PA | 800-232-3332We’ve been a leading manufacturer and distributor of wire cloth/mesh for 70 years, sourcing and stocking North America’s largest selection of wire cloth products – over 5000 in our warehouse. We offer processing capabilities such as precision cutting, calendering, heat treating, cleaning and coating and weave domestically most alloys including brass, copper, Hastelloy, Monel and others into wire mesh, sieves, screens, strainers & filter cloth.
Hoyt Wire Cloth
Lancaster, PA | 717-394-6871Hoyt Wire Cloth is a family-owned business that has been serving a variety of markets for over 50 years. We have experience producing wire cloth for industries such as coal, landscaping, concrete, gravel & sand, and more. Our line of wire mesh products includes self-cleaning screens, perforated plate, screening accessories, and more. If you have a design in mind call us and will manufacture what you need.
Rolf Koerner, LLC
Charlotte, NC | 704-714-8866For 25 years Rolf Koerner has set the standard in screen filtration technology. We consistently exceed the expectations of our customers as well as the use of the most modern technology in our manufacturing facilities. We produce wire cloth, discs and filter elements to serve the needs of various industries.
Lawrence Sintered Metals, Inc.
City of Industry, CA | 888-258-5200Surpassing industry standards with an impressive variety of ISO 9001 certified wire meshes, screens, welded wire mesh, galvanized wire mesh, stainless steel screens, filters & sieves, Lawrence Sintered Metals manufactures woven, welded & sintered wire cloth.
C.E. Shepherd Company, L.P.
Houston, TX | 713-924-4300When it comes to meeting the need for wire mesh, we should be contacted because that is one of the products we manufacture. Galvanized welded or stainless steel wire mesh plus PVC-coated welded and twisted wire mesh can be obtained here.
Wire Screens - Universal Wire Cloth CompanyA diverse range of industries use wire screens including: food and beverage, chemical and petroleum, for liquid filtration systems in order to catch unwanted media and debris; automotive and aerospace, for nozzles, intake screens and oil filters; construction and architecture, for window screens, gratings and wall panels; and industrial manufacturing for strainers, filtration systems and vibrating screens.
Wire Screens - Universal Wire Cloth CompanyEach different type of wire screen has specified wire gauges and weaves, making them more suitable for certain applications and industries than others. For example, the wire screen gauge range can include very thin and fine screens, like window screens, or thicker and stronger screens, like fencing. Wire screens can be made from a number of different metals, including stainless steel, aluminum, copper and brass; however, plain steel is the most common material used for most applications.
Wire screens are fabricated from very thin pieces of metal wire that are formed through wire drawing, which is a process that forces wire through a die, thus decreasing the wire's diameter. After this process, the wires can be either woven or welded in order to make a screen. Weaving is a process used for screens with smaller gauges where perpendicular wires are interlaced. In waving, wire is woven onto a typically rectangular solid metal frame in an over and under pattern in order to create a mesh, which allows for some amount of space between where the interlocked wires cross but still operates in a guarding capacity. In regards to welding, the two most common methods are metal inert gas (MIG) welding and tungsten inert gas (TIG) welding.
In the MIG welding process, electricity is utilized from a continuous wire feed in order to melt and join together wires. In addition, an inert gas is used to ensure that the weld is protected from any sort of contamination. TIG welding is similar, but much more complex since it utilizes a non-consumable electrode formed from tungsten, a shielding inert gas and, at times, also adds a filler material. For stronger applications, welding should be used since it increases the screen's strength. In addition, welded wire screens are easily cut to size; however, woven wire screens may easily come unraveled.