Heat treatment: carried out in the temperature range of 1850-2050 ° annealed, then rapidly annealed and then rapidly cooled. 316 stainless steel can be hardened thermal treatment. ? Welding: 316 stainless steel with good weldability. All standard welding methods may be used for welding. Welding according to use, respectively 316Cb, 316L stainless steel or 309Cb filler rods or rod welding. For optimum corrosion resistance, Electro Polishing Quality Wire section 316 need to be annealed after welding. If you use 316L stainless steel, does not require annealing after welding. Typical uses: pulp and paper equipment heat exchangers, dyeing equipment, film processing equipment, piping, exterior building materials used in coastal areas. 304 Stainless Steel Binding Wire: 18Cr-12Ni-2.5Mo because adding Mo, so the corrosion resistance, resistance to atmospheric corrosion and high temperature strength are particularly good, can be used in the harshness of the conditions; hardening excellent (non-magnetic).Binding Binding Wire Sea equipment, chemicals, dyes, paper, oxalic acid, fertilizer and other production equipment; photography, food industry, coastal facilities, ropes, CD rods, bolts and nuts. 316 stainless steel chemical composition: C≤0.08, Si≤1.00, Mn≤2.00, P≤0.035, S≤0.03, Ni: 10.0-14.0, Cr: 16.0-18.5, Mo: 2.0-3.0 316 stainless steel mechanical properties: tensile strength (Mpa) 620MIN, yield strength (Mpa) 310MIN, elongation (%) 30MIN, area reduction (%) Density 40MIN 316 stainless steel: 8.03 g / cm3, austenitic stainless steel generally use this value.

Stainless steel locking wire

Stainless steel wire, Stainless Binding Wire screws wire, stainless steel wire bright wire 316 Name:? 316 stainless steel wire, 316 stainless steel spring wire, 316 stainless steel screw line 316 Stainless Steel 316 and 317 stainless steel (317 stainless steel performance, see below) is a stainless steel containing molybdenum species . 317 stainless steel, molybdenum content slightly clever in 316 stainless steel. Because molybdenum steel, the steel is superior overall performance 310 and 304 stainless steel, high temperature conditions, when the concentration of sulfuric acid is less than 15% and above 85%,316 stainless steel wire has a wide range of uses. 316 stainless steel 304 Stainless Steel Binding Wire with good corrosion performance in the pulp and paper production process. 316 stainless steel and is also resistant to aggressive industrial marine and atmospheric erosion. Heat resistance: the intermittent use of 1600 degrees and 1700 degrees continuous use in the following, the 316 stainless steel has good resistance to oxidation: in the range of 800-1575 degrees, it is best not to effect continuous 316 stainless steel, but in the When the outside temperature range of continuous use 316 stainless steel, the stainless steel has good heat resistance. Resistant 316L stainless steel carbide precipitation performance better than the 316 stainless steel, available in the above temperature range.

also has a good corrosion performance and chloride, it is usually used in the marine environment. The maximum carbon content of 0.03 316L stainless steel can not be annealed for maximum corrosion resistance and require the use of welding. Corrosion resistance: corrosion resistance than

Stainless Steel Wire

302 stainless steel screw line -302HQ Stainless Binding Wire screws Specifications: Diameter above 1.0 Material: 201,202,302,304,316,302HQ, 304HC, 316L
- Characteristics: A high dimensional accuracy, up to ± 0.01mm;304 Stainless Steel Binding Wire B. excellent surface quality, good brightness; C. has strong corrosion resistance, high tensile strength and fatigue strength;stainless steel wire D chemical composition and stability, steel. pure quality, low inclusion content; packaging intact, price concessions; E easy headshot.
316 Features: corrosion resistance, resistance to atmospheric corrosion and high temperature strength are particularly good, can be used in the harshness of the conditions; hardening excellent (non-magnetic); Purpose: photography, food industry, coastal facilities, ropes. 316L features: a low C Series 316, in addition to the 316 have the same characteristics, its excellent corrosion resistance to grain boundary; Purpose: The purpose of 316, against the grain boundary corrosion products with special requirements.

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Stainless Steel Cold Heading Wire

316 stainless steel wire ropes
1. Products Name : stainless steel wire rope
2. Corlstruction : 7X19 ( 6X19+FC or 6X19+IWRC ) NOTE : 7 strands each consisting of 19single wires.All wires in all strands have the same or similar dia.IWRC is
welding wire rope core.FC is fiber core.
3. Diameter Range :  From 0.2mm to 40mm
4. Products Material : AISI 304 and AISI 316
5. Standard :  EN12385-4 (DIN 3060)
6. Surface treatment : Dry, Bright, Electro Polished and Annealed
7. Lay Direction : R. H. O. L or L. H. O. L
8. Packing Detail : Plastic Coil , Plywood reel , Plastic Coil +Pallet , Plywood reel+Pallet , or according to requirements.
9. Stainless Steel Cold Heading Wire: Not easily broken wire, wear, fatigue resistance, high tensile force, long service life. Can withstand the heavy load, high speed work under the stable running, high tensile strength, large carrying safety coefficient, good safety, have certain can be round, Stainless Steel Fishing Wire material, anti-corrosion performance is good .
10. Products Application : Blast furnace shaft hoisting, lifting, oil Wells, belt conveyor, ropeway traction, the cable car, excavators, large casting crane, crane machine, hot steel, steel machine, ship loading and unloading tension masts of ships, suspension bridge, fishing net and so on.

316 stainless steel wire

Subjected to the cold drawing of the wire to produce significant deformation hardening, its yield limit σs value close to its ultimate strength σb, commonly used in the production of σb value instead σs, Stainless Steel Cold Heading Wire thus achieving the drawing process conditions may also be
Expressed as σT <σ1 <σs; drawing process safety factor K is also available in the ratio of σb and σ1 representation.
Safety coefficient K drawing process is generally 1.40 to 2.0, K <1.40, said drawing too much stress σ1, wire the die hole deformation may continue to occur after pulling fine or pull off phenomenon,Stainless Steel Spring Wire drawing process instability
Set; K> 2.0 Description drawing less stress σ1, pass drawing deformation amount is too small, drawing passes increased. When Roberts pulled diameter of less than 0.05mm ultra-fine wire, and wear die hard, in order to improve the stability of the drawing process
Qualitative, reduce breakage and wear mold times,welding wire improve productivity drawing, can be a safety factor K value greater than 2.0.

Stainless steel weaving wire

Stainless steel wire, also known as Stainless Binding Wire, stainless steel as raw material made of various types of different sizes and types of silk products, the origin of the United States, the Netherlands, Japan, the cross-section is generally round or flat. Common good corrosion resistance, high cost is 304 and 316 stainless steel wire stainless steel wire.
Weaving Wire (stainless steel wire drawing) under the action of the pulling force of the rod or wire drawing die blanks from the die orifice is pulled to the production of steel or non-ferrous metal wire small section of metal plastic processing. A variety of different cross-sectional Electro Polishing Quality (Epq) Wire and size of wire and metal alloys may be employed drawing production. Pull the wire, the precise size, smooth surface, and drawing equipment and tooling used in simple, easy to manufacture.

stainless steel wire supplier

Metal wire drawing stress state for three to two main stress always tensile stress to compressive stress, Stainless steel springs is compressed to three main stress state of stress compared to being drawn wire easier to achieve plastic deformation state. Drawing the deformed state is two to three to compressive deformation along the main tensile deformation of the deformed state, the state of play of a metal material plasticity disadvantageous, and more prone to the exposed surface defects. Metal wire drawing process, the amount of deformation passes subject to restrictions safety factor, the smaller pass deformation is drawing more passes, so often used in the production of wire consecutive multi-channel high-speed drawing.
In the drawing process, the role of being drawn out of the die at the drawing stress σ1 pulling force unit cross-sectional area of ​​the wire on.Annealing Steel Wire In order to make the metal mold plastic deformation in the hole, drawing stress σ1 must be greater than the deformation resistance σT mold hole in the metal deformation zone; and in order to prevent the wire out of the die hole to continue after deformation attenuated or pull off so destabilizing drawing process, drawing stress σ1 must be less than the die hole after being drawn wire yield limit σs, so Annealing Steel Wire the condition for the drawing process is usually expressed as: σT <σ1 <σs. The ratio of K with the who called safety factor drawing process.