Our bending process of stainless steel products usually involves the following key steps:  
1.Design and planning Determine the desired bending Angle and radius according to customer's product specifications and choose the type of bending method accordingly.  
2.Preparation: Cut the stainless steel material to be bent to the desired size and shape.  Clean the surface to remove any contaminants that may affect the bending process.  
3.Tool setup: Select the appropriate bending tool, such as a die or roller, and install it on the bending device according to the material thickness and bending specifications.  
4.Bending: Put and clamped in the bending device to bend according to the  design.
5.Check and adjust: During the bending process, regularly use measuring tools such as protractor or caliper to check the Angle and size of the bending part.  Adjustments can be made to ensure accuracy.  
6.Quality control: After bending, we will do quality inspection of stainless steel products including checking dimensional accuracy, bending uniformity and surface condition.  
7.Post-bending process: Depending on product requirements, additional processes such as trimming, deburring or further forming may be carried out after bending.  
By following these steps and ensuring precision and quality control throughout the  bending process, we can provide you precisely bent stainless steel products that   meet the required specifications. 

The laser cutting process for stainless steel products includes the following steps:  
1.Design and programming: We have over 20 technical people to support all of   the technical requirement from customers .like design and programming for the process needed for any products . 
2.Material preparation: Prepare and clean the surface of the stainless steel sheet before cutting and positioned firmly on the cutting bed of the laser machine.  
3.Machine Settings: Set the laser cutting machine is set with appropriate cutting parameters, including laser power, speed and focal length.  Adjust the laser beam according to the thickness of the material.  
4.Cutting: The laser beam shines directly on the surface of the stainless steel material and melts or vaporizes it along the programmed cutting path.  High energy laser beams cut materials precisely.  
5.Gas assist: In some cases, auxiliary gases, such as oxygen or nitrogen, are used during laser cutting to help remove molten material from the incision (cutting line) and improve cutting efficiency.  
6.Cooling and solidification: After cutting, the stainless steel material is cooled to solidify the cutting edge.  This helps prevent the material from warping or deforming.  
7.Unloading and inspection: After the cutting process is complete, the cut stainless steel parts are unloaded from the machine.  Check them for quality, accuracy, and any signs of defects.  
8.Secondary processing: Depending on the application, additional post-processing operations can be performed on laser-cut stainless steel products, such as deburring, cleaning or surface finishing.  
By following these steps and paying attention to precision, quality control and safety measures, Wuxi Huazheng stainless steel can provide you precise, clean cuts to stainless steel products. 

There are many surface treatment methods for stainless steel products, including:  
passivation  
Electrolytic polishing  
Chemical etching  
Powder coating  
PVD coating (Physical Vapor Deposition)  
Electroplating (e.g. chromium plating)  
Grinding and polishing  
Wuxi Huazheng can use different surface treatment method to produce the suitable products accordingly to your applications.

Welding stainless steel products typically involves the following processes:  
1. Preparation: We will thoroughly clean the connected parts to remove contaminants that may affect the quality of the welding.  This may involve cleaning with solvents or wire brushes.  
2. Selection of welding methods: There are several common welding methods for stainless steel, including TIG (tungsten inert gas) welding, MIG (metal inert gas) welding and rod welding.  We choose the method depends on factors such as the thickness of the material, the required surface treatment, and the skill level of the welder.  
3. Protective gas: In TIG and MIG welding, inert gases such as argon are used to protect the welding area from atmospheric pollution, which can lead to oxidation and weakening of the weld.  
4. Filler material: Depending on the type of stainless steel being welded and the welding method used, we may need to use filler material to help form a strong, stable weld according to your requirement. 
5. Welding: The welder then heats the heat to the joint area, melting the base metal and filler material (if used) to form a melt pool.  The welder moves the torch or electrode along the joint, gradually adding filler material as needed.  
6. Post-welding treatment: After welding, the welding area is usually cleaned and   inspected for defects.  Depending on your requirement, further finishing processes, such as grinding or polishing, may be required to achieve the desired surface finish.  
Wuxi Huazheng has full attention to detail, proper equipment and skills to ensure a strong and durable welding products by your requirement .