Stainless Steel Carbon Steel Laser Cutting Punchi | RFQ Sourcing Details

Stainless Steel Carbon Steel Laser Cutting Punching Bending Welding Parts Product Material Q235/ Q345/ C10/ C20/ C45/ 16. Mn etc. AL6061/ AL6063/ AL5754/ AL5052 etc. SUS201/ SUS303/ SUS304/ SUS316/ SUS316L etc. H57/ H58/ H59/ H62 etc.

Accuracy 0.1mm Capacity Parts :1million /month Design software 3D:PROE/ UG/ SOLIDWORKS 2D: AutoCAD/ PDF/JPEG Surface Treatment Powder coating/ Hot galvanized/ Painting/ Polishing/ Brushing/ Chrome plating/ Nickel plated etc. Test Equipment Hardness tester/ Chemical analysis/ Digital Measuring Projector etc.

Thickness 0.1-20mm or other special available Lead time 15-50 days according to products Standard ANSI/ BS/ DIN/ JIS/ GB etc.

Equipment Stamping machine Shearing machine Automatic welding machine Laser cutting machine Grinding machine Productions Cover Light product/ Construction industry product/ Valve product/ Auto spare product/ Motor car products/ Equipment spare product/ Furniture products etc. Product Display Welding Advantages: 1.

argon tungsten arc welding: 1) Argon can effectively isolate air, is insoluble in metal and does not react with metal. During welding, the arc can also automatically remove the oxide film on the surface of the molten pool.

Therefore, it can successfully weld non-ferrous metals, stainless steel and various alloys that are easy to oxidize, nitride and chemically active.

2) Tungsten electrode arc is stable, and dozens of it can still burn stably under a small welding current (less than 10a), which is especially suitable for the welding of thin plates and ultra-thin materials.

3) The heat source and filler wire can be controlled separa It is also an ideal method to realize single-sided welding and double-sided forming. 4) Since the droplet of filler wire does not pass through the arc, no spatter will occur, and the weld formation is beautiful. 2 .

MIG welding: 1) Inert gases have little chemical interaction with any metal. 2) There is no coating layer on the surface of the welding wire, and the welding current can be increased. Therefore, the penetration of the base metal is large, the welding wire melting speed is fast, and the deposition rate is high.

Compared with TIG (tungsten insert gas arc welding) welding, its production efficiency is high. 3) Droplet transfer mainly adopts jet transfer. Short circuit transition is only used in thin plate welding, while drop transition is rarely used in production.

When welding aluminum, magnesium and their alloys, sub jet transition is usually used. Because the cathode atomization area is large, the molten pool protection effect is good, and the weld formation is good with few defects.

4) If short-circuit transition or pulse welding method is adopted, all position welding can be carried out, but its welding efficiency is lower than that of flat welding and horizontal welding.

5) Generally, DC reverse connection is adopted, so that the arc is stable, the droplet transfer is uniform, the splash is less, and the weld formation is good. 3 .

CO2 welding: 1) CO2 arc has strong penetration, which can increase the blunt edge of the groove and reduce the groove during thick plate welding;High welding current density and high welding wire melting rate;Generally, slag cleaning is not required after welding, so the productivity of CO2 welding is about 1 ~ 3 times higher than that of electrode arc welding.

2) Pure CO2 welding can not achieve jet transfer within the general process range. It is commonly used: short-circuit transfer and drop transfer. Jet transfer can be obtained only after mixed gas is added.

3) Short circuit transfer can be used for all position welding, and the welding quality of thin-walled components is high and the welding deformation is small. 4) It has strong rust resistance, low hydrogen content in weld, and little tendency to cold crack when welding low alloy high strength steel.

5) CO2 gas is cheap, and the cleaning