Mercury , urea, labsa ,sles and chemical products.
Stainless steel wire mesh, dutch weave mesh, brass mesh, nickel wire mesh, weld wire mesh, galvanized series square mesh, hexagonal wire mesh, gabion mesh, wire mesh fence, razor barbed wire, chain link fence, expanded metal mesh, metal bar gratings, galvanized wire netting, enameled iron wire netting.
Oxygen concentrator, oxygen cylinders, copper wire scrap, nickel sheet, children bikes and so on..
Hot Rolled Round Bars, Excellent Carbon Steel/alloy Structural Steel/ Crawler Steel/steel Ball Steel/Bearing Steel/non Quenched Steel/ Billet Steel/spring Steel, Seamless Steel Pipe, Ctg/line Pipe/gas Cylinder Pipe/hydraulic Cylinder Pipe/hydraulic Prop Pipe/axle Pipe/ Boiler Pipe.
Dutch woven wire mesh cloth varieties according to materials: Stainless steel wire mesh (cloth)sus302 304 304l 316 316l. Nickel Dutch woven wire mesh (wire cloth) Brass Dutch woven wire mesh (cloth) Red copper Dutch woven wire mesh (cloth) Phosphor bronze Dutch woven wire mesh (cloth) Mild steel Dutch woven wire mesh (cloth) Special alloy Dutch woven wire mesh (cloth)
Expansion joints used on ships(DN100mm) 1.DN: 8mm-10000mm 2.Material: Carbon steel, Titanium, Zirconium, Hastelloy, Nickel alloys, Duplex Steel and Austenitic Stainless Steel 3.Thickness: 0.15mm-70mm 4.Forming method: Hydraulic forming 5.Pressure(MPa):-10 to +10 6.shape: U V 7.Temp.(oC): -196 to 1400. Name Nominal diameter DN(mm) Plies Forming method Convolutions Pressure (Mpa) shape Temp. () Bellows for pressure vessel ¦µ150-¦µ4500 1-6 Hydraulic forming 1-4 -10 to +10 U ¦¸ -100 to 1250 Bellows expansion joint ¦µ8-¦µ10000 1-70 Hydraulic forming Roll forming 1-16 -10 to +10 U ¦¸ V -196 to 1400 With insulation sleeve Rectangular expansion joint(fabric) Any dimension 3-10 Press-brake forming 1-4 -0.2 to +0.2 U. Wooden case.
The photo etching process offers a cost-effective alternative to stamping, punching, laser and waterjet cutting when machining precision components from thin gauge metals - up to 1.5mm thick - including stainless steel, nickel and nickel alloys, aluminium, copper and copper alloys and hard-to-machine metals such as titanium. When component integrity is critical, photo etching is often the only suitable metal machining technology as metal temper and magnetic properties are unaffected.
Similar to canvas, it is made of a blend of stainless steel fiber and polyester. The content of stainless steel fiber is as high as 37%, and the shielding performance is excellent. Stainless Steel Fiber Fabric Stainless steel fiber fabric refers to thin strands or filaments made of stainless steel, which is a corrosion-resistant alloy composed primarily of iron, chromium, nickel, and other elements. Stainless steel fibers are often used in various applications due to their unique properties.
Model No.: TF-GXW-1 28% stainless steel fiber, 36% polyester, 36% cotton Width: 150 cm Containing 25% stainless steel fiber shielding fabric, compact structure, soft and smooth hand feeling, good shielding and anti-radiation performance. EMF Shielding Fabric EMF (Electromagnetic Field) shielding fabric is a material designed to block or reduce exposure to electromagnetic radiation from sources such as cell phones, Wi-Fi, microwaves, and other electronic devices. These fabrics are woven with conductive materials, like silver, copper, nickel, or stainless steel, which create a barrier that prevents electromagnetic waves from passing through.
EMF fabric, also known as EMF shielding fabric or EMF blocking fabric, is a type of material that is designed to block electromagnetic radiation. This type of fabric is made from a variety of materials, including copper, nickel, silver, and other conductive materials. EMF fabric is used to create clothing, blankets, curtains, and other items that can shield individuals from the harmful effects of electromagnetic radiation. This type of fabric is especially useful for people who are sensitive to electromagnetic radiation, such as those who have electromagnetic hypersensitivity (EHS). EMF fabric works by creating a Faraday cage around the individual, which blocks electromagnetic radiation from entering or leaving the cage. This is accomplished by the conductive properties of the fabric, which attract and repel electromagnetic fields.
Description Introduction of Expanded Metal Mesh Expanded metal mesh is an intermediate raw material that allows light and air to flow freely through it and that has more rigidity than the sheet from which it was produced. It is formed in an expanded metal mesh press and produced from any malleable metal sheet product. The plate, sheet, or coil is simultaneously slit and stretched into diamond-shaped openings. These openings are of uniform size and regularity. Expanded Metal Mesh Material Suitable for Expanding Carbon Steel, Alum inum, Stainless Steel, Galvanized, Copper, Brass, Titanium, Platinum, Zinc, Nickel, Silver, Gold Surface Finisheshot-dip, galvanizing, pre-galvanizing, anodizing, enameling, power coating, painting, plastic coating, etc ApplicationsCeilings and r oofs, Decorative dividers, Guards, Air and fluid filters, Fencing, Battery cells, Strainers, Partitions, Outdoor furniture, Speaker grills, Security walls, ceilings, floors, doors, Machine and window guards, Shelving and racks, Containers, Greenhouse benches Styles of Expanded Metal Mesh Regular (standard or raised) all expanded metal mesh is produced in regular form off the expanders. The strands and bonds are set at a uniform angle to the plane of the sheet. This gives added strength and rigidity, as well as a skid resistant surface. Flattened is manufactured by processing regular expanded metal mesh in a rolling mill. The rolling process reduces the thickness of the original base metal. Design Designations Strands The sides of the expanded metal meshdesign v Strand Thickness Thickness of the base material from which the sheet was produced. Strand Width Amount of metal fed under dies to produce one strand v Strand Thickness and Width Can be varied to create different openings. The width of the strand should equal or exceed the thickness of the base metal. SWD Nominal dimension, Short Way of Diamond v LWD Nominal dimension, Long Way of Diamond v Design Size Actual dimension SWD and LWD. Measured from a point to a corresponding point on the adjacent diamond. Packaging & Delivery Delivery Lead Time : 15 daysMinimum Order : 100 meters
Metal Stamping Filter End Caps Metal End Cap Metal stamping of thick or heavy gauge material is not a problem for DongJie Industries. We have presses with higher tonnage capabilities to ensure accuracy, and we offer competitive pricing on all of our metal stamping services.Stamping is an economical way to form metal components with a variety of characteristics including strength, durability, and wear resistance. Stamped parts will also have good conductive properties and stability.At DongJie Stamping, we offer high quality, precision metal stamping for parts and components in many industries. We believe that our levels of engineering, metal stamped part production and overall performance is an art form. Through the decades we�??ve taken advantage of promising technology and applied it uniquely to our advanced systems of getting things done right the first time.DongJie Stamping works with a complete range of materials to satisfy even the most demanding specifications. We service a wide range of industries with a complete array of materials from stainless to plastics. Our equ ipment is capable of handling a wide variety of thicknesses and finishes. We offer complete tractability and documentation when needed. Our ISO 9001:2008 certification gives our customers peace of mind that they are getting the best materials possible for their project.From selecting the best material to tooling for your metal stamping project, we know how to listen and how to hook up our engineering muscle with our customers�?? needs. We�??ve learned how to provide a level of satisfaction that breeds dependability, confidence and value that makes our customers feel powerful. We have the expertise to ensure that your part will be manufactured to your exact specifications and to the highest quality standards. Item Name High Precision Metal Stamping Quality Assurance ISO 9001:2008 stamping parts metal stamping stamped parts Machine Equipment Laser cutting machine, CNC shearing machine, Flat bed spot-welder, Die grinder, Steel processing machine, Double servo turret-type punch press, Banding machine, etc. Material High carbon steel, Mid carbon steel, Low carbon steel, Cold roll steel, Hot roll steel, Zinc plate, Stainless steel, Aluminium, SECC, SGCC, SPCC, SPHC, other material Surface Treatment Blacking, Polishing, Plating Zinc, Plating Chrome, Plating nickel, etc Service OEM/ODM/Customized/Design
Expanded Metal Mesh Expanded Metal Wire Mesh Rigidity Expanded Metal Mesh Expanded metal mesh is an intermediate raw material that allows light and air to flow freely through it and that has more rigidity than the sheet from which it was produced. Introduction of Expanded Metal Mesh Expanded metal mesh is an intermediate raw material that allows light and air to flow freely through it and that has more rigidity than the sheet from which it was produced. It is formed in an expanded metal mesh press and produced from any malleable metal sheet product. The plate, sheet, or coil is simultaneously slit and stretched into diamond-shaped openings. These openings are of uniform size and regularity. Expanded Metal Mesh Basic Types inch inch inch 1 inch Material Suitable for Expanding Carbon Steel, Aluminum, Stainless Steel, Galvanized, Copper, Brass, Titanium, Platinum, Zinc, Nickel, Silver, Gold Surface Finishes hot-dip, galvanizing, pre-galvanizing, anodizing, enameling, power coating, painting, plastic coating, etc Benefits The Flow of Light and Air Design Customization Design Flexibility Strength and Formability Applications Ceilings and roofs, Decorative dividers, Guards, Air and fluid filters, Fencing, Battery cells, Strainers, Partitions, Outdoor furniture, Speaker grills, Security walls, ceilings, floors, doors, Machine and window guards, Shelving and racks, Containers, Greenhouse benches Styles of Expanded Metal Mesh Regular (standard or raised) all expanded metal mesh is produced in regular form off the expanders. The strands and bonds are set at a uniform angle to the plane of the sheet. This gives added strength and rigidity, as well as a skid resistant surface. Flattened is manufactured by processing regular expanded metal mesh in a rolling mill. The rolling process reduces the thickness of the original base metal. Design Designations Strands The sides of the expanded metal meshdesign v Strand Thickness Thickness of the base material from which the sheet was produced. Strand Width Amount of metal fed under dies to produce one strand v Strand Thickness and Width Can be varied to create different openings. The width of the strand should equal or exceed the thickness of the base metal. SWD Nominal dimension, Short Way of Diamond v LWD Nominal dimension, Long Way of Diamond v Design Size Actual dimension SWD and LWD. Measured from a point to a corresponding point on the adjacent diamond. v SWO Short Way of Opening v LWO Long Way of Opening v Bond Where two strands intersect Applications Air and fluid filters EMI/RFI shielding Battery cells Ventilation systems Strainers Satellite and radar antennas Partitions Outdoor furniture Speaker grills Security walls, ceilings, floors, doors Machine and window guards Fencing
Description Introduction of Expanded Metal Mesh Expanded metal mesh is an intermediate raw material that allows light and air to flow freely through it and that has more rigidity than the sheet from which it was produced. It is formed in an expanded metal mesh press and produced from any malleable metal sheet product. The plate, sheet, or coil is simultaneously slit and stretched into diamond-shaped openings. These openings are of uniform size and regularity. Expanded Metal Mesh Material Suitable for Ex pandingCarbon Steel, Aluminum, Stainless Steel, Galvanized, Copper, Brass, Titanium, Platinum, Zinc, Nickel, Silver, Gold Surface Finisheshot-dip, galvanizing, pre-galvanizing, anodizing, enameling, power coating, painting, plastic coating, etc BenefitsThe "Flow" of Light and Air Design Customization Design Flexibility Strength and Formability ApplicationsCeilings and roofs, Decorative dividers, Guards, Air and fluid filters, Fencing, Battery cells, Strainers, Partitions, Outdoor furniture, Speaker grills, Security walls, ceilings, floors, doors, Machine and window guards, Shelving and racks, Containers, Greenhouse benches Styles of Expanded Metal Mesh Regular (standard or raised) - all expanded metal mesh is produced in regular form off the expanders. The strands and bonds are set at a uniform angle to the plane of the sheet. This gives added strength and rigidity, as well as a skid resistant surface. Flattened - is manufactured by processing regular expanded metal mesh in a rolling mill. The rolling process reduces the thickness of the original base metal. Design Designations Strands - The sides of the expanded metal meshdesign v Strand Thickness - Thickness of the base material from which the sheet was produced. Strand Width -Amount of metal fed under dies to produce one strand v Strand Thickness and Width - Can be varied to create different openings. The width of the strand should equal or exceed the thickness of the base metal. SWD - Nominal dimension, Short Way of Diamond v LWD - Nominal dimension, Long Way of Diamond v Design Size - Actual dimension SWD and LWD. Measured from a point to a corresponding point on the adjacent diamond. v SWO - Short Way of Opening v LWO - Long Way of Opening v Bond - Where two strands intersect Price Delivery Port : Tianjin Packaging & Delivery Delivery Lead Time : 15 days
Iron Oxide Pigments For Ceramic Iron oxide red pigment is mainly introduced into ceramic pigment formula in the form of colorant. Such as brown series and black series in glaze pigment; zirconium iron oxide red pigment in zirconium series pigment; iron oxide red raw material is also widely used in black, coffee, brown series of billet pigment, as well as ceramic glazed tiles and other colorful cement bricks. Therefore, the dosage of iron oxide red pigment in ceramic pigment is very large, and the annual dosage is expected to be more than 10,000 tons. At present, the production methods of iron oxide red pigment used in ceramic pigment are mainly divided into sulfuric acid method and mixed acid method (nitric acid method). Take the thin iron plate as raw material, after processing, we get the red color bright iron oxide red pigment. Generally speaking, the comprehensive index of iron oxide red produced by nitric acid method is better than that of iron oxide red produced by sulfuric acid method. 1. What are the most common types of iron oxide red used in ceramics? Iron oxide red 110, iron oxide red 130, iron oxide red 190 are the most popular, and iron oxide red 180, iron oxide red 120, iron oxide red 160, iron oxide red 140, iron oxide red 101 are also widely used in ceramics. 2ã??How much iron oxide red is used in ceramics? The sales volume in China market is more than 10,000.00kg. 3ã??Which production process is better quality for iron oxide red applied in ceramics? Currently, there are two production processes for synthesizing iron oxide red, sulfuric acid method and mixed acid method, which is also known as nitric acid method. The later ceramic quality is better than the first. 4, iron oxide red coloring ceramics what colors? Iron oxide red used as a ceramic coloring agent, is the formation of ceramic glaze brown series, black series, cobalt iron series glaze, ceramic billet composition of black, coffee, dark brown and other colors of the pigment. The brown series occupies an important position in the ceramic industry. The crystal structure of the brown series is Fe-Cr-Zn-Al and Fe-Cr-Zn, Fe III is red, and the combination with chromium oxide green is golden yellow to black brown.
