Flat wire conveyor belts have two types according to its loading capacity. One is Standard Duty General Purpose flat wire belt, another is Heavy Duty Belt. All flat wire belting offers a smooth conveying surface and a maximum open area for free air flow or water drainage. They are easy to clean and are extremely sanitary, especially when manufactured with high quality clinched edges. Clinched-edge treatment of these belts results in a number of additional user benefits including keeping the t...
All the spacing between wires are controlled by an automatic mechanism of high reliability. So the welded wire mesh size like wire diameters, opening size and panel weight are all available in a wide range. According to its size it can be made into panels and rolls. The materials and size can be chosen from a wide range.
Materials: SS201, SS202, SS302, SS304, SS304L, SS316, SS316 and so on.
Wire diameter: from 0.6 mm to 2.6 mm.
Mesh opening: mini 6.4 mm and max 200 mm is available.
Panels: 3 ...
Material: SS 201, SS304, SS304L, SS316, SS316L, SS321, SS347,SS430, Monel.
Type 304
Often referred to as “18-8″ (18% chromium, 8% nickel) T-304 is the basic stainless alloy most commonly utilized for wire cloth weaving. It withstands outdoor exposure without rusting and resists oxidation at an elevated temperature up to 1400 Degrees Fahrenheit.
Type 304 L
Type 304 L is very similar to T-304, the difference being the reduced carbon content for better weaving and secondary welding c...
1.Stainless steel lock wire – suitable for use in the automotive, aerospace and aeronautics industries and applications.
2.Stainless steel wire for crafts and hardware – suitable for using in jewelry, sculptures, welding, musical instruments and general hardware items such as screws, nails, rivets, key rings, staples, pins, carabiners and more.
3.Stainless steel wire for medical applications – this wire is used in orthodontics, acupuncture needles, microbiology, ophthalmology, surgery and eve...
Low carbon steel wire mesh is the most common plain steel alloy used in manufacturing industrial wire cloth screens due to its tensile strength and high impact resistance. Primarily comprised of iron, low carbon grades is q195. Low abrasion resistance and low corrosion resistance may limit usage in certain applications, however a wide variety of special protective coatings may be applied to improve resistance. Galvanizing (before or after) is the most economical way to protect against corrosi...
Black wire, spring steel wire, manganese steel wire and stainless steel wire.
High tensile screen cloth is commonly used in heavy duty applications for scalping and sizing of rocks, aggregates, limestone, etc.
They are weaved in sizes to suite most vibrating screens and available in:
* High Tensile Steel—Abrasion resistance
* Stainless Steel—Corrosion resistance
* Monel, Brass, etc—General applications
Crimped Wire Mesh is made through crimping mesh machine with pre-crimped ...
Electro galvanised wire (cold galvanized wire) is made by means of wire drawing followed by heat treatment and electro galvanizing. The galvanizing is made with mild steel or carbon steel wire in the plating bath, through the electric current unipolarity making zinc plating gradually on the surface. The galvanizing speed is slow to ensure a uniform coating, with thin thickness, usually only 3 to 15 microns. The outward appearance of electro galvanised steel wire is bright, the corrosion resis...
Flat wire conveyor belts have two types according to its loading capacity. One is Standard Duty General Purpose flat wire belt, another is Heavy Duty Belt. All flat wire belting offers a smooth conveying surface and a maximum open area for free air flow or water drainage. They are easy to clean and are extremely sanitary, especially when manufactured with high quality clinched edges. Clinched-edge treatment of these belts results in a number of additional user benefits including keeping the t...
Stainless Steel SUS 304 and 316, Galvanized Steel, Carbon Steel, Aluminum, and all types of metals.
Round, square, long round, triangle, scale, diamond, oval, hexangular, slot etc.
In general it is advisable to use a hole size larger than the material thickness. The closer the hole size and material thickness come to a 1 to 1 ratio, the more difficult and expensive the process is. Dependent on the material type, smaller hole size to material ratios can be achieved.The minimum diameter we can...