Stainless Steel Sheet Metal Bending: Technical Insights

Stainless Steel Sheet Metal Bending: Technical Insights

Stainless steel sheet metal bending is a process that involves manipulating stainless steel sheets into a desired shape or form. This technique is commonly used in industries such as automotive, aerospace, and construction for creating various components and structures. Users can utilize stainless steel sheet metal bending for applications such as creating custom brackets, enclosures, and panels with precision and durability.

sheet metal plate in the bending on both sides of the extrusion due to the association of metal material bulge, resulting in the total width being larger than the original specification, the bulge size should be related to the material thickness, the thicker the bulge is larger, can be in advance in the bending line feeding, so that the bulge area of the material is larger than the original specification, the bulge size and should be related to the material thickness, the thicker the material is larger, can be solved in the same way.

Products Details

Product features

The stainless steel sheet metal bending process involves factors such as material thickness affecting bulge size, internal R angle influencing durability, and deformation prevention methods through strengthening. Additionally, specific considerations like the width of holes in relation to material thickness and careful bending techniques to avoid burrs are crucial. Bergek's expertise lies in providing high precision and durable sheet metal parts, making them ideal for customized CNC machined parts.

Team strength

When it comes to Stainless Steel Sheet Metal Bending, having a strong team is essential for achieving precision and quality results. Our team of experienced professionals brings technical expertise and insights to ensure that every bend is done with precision and accuracy. With a strong focus on collaboration and communication, our team works together seamlessly to deliver top-notch products that meet the highest industry standards. By leveraging our team's strength, we are able to provide customers with superior quality and reliable service that sets us apart from the competition. Trust in our team for all your stainless steel sheet metal bending needs.

Why choose us

At Stainless Steel Sheet Metal Bending, our Team Strength lies in our expert technicians and engineers who possess the technical insights and skills required for precision bending. With years of experience in the industry, our team ensures that each sheet metal is bent to perfection, meeting the highest standards of quality and durability. Our collaborative approach and dedication to teamwork enable us to deliver exceptional results, ensuring customer satisfaction every time. Trust in our team's expertise and commitment to excellence for all your sheet metal bending needs. Experience the difference our team strength makes at Stainless Steel Sheet Metal Bending.

How to do the sheet metal bending process? Bergek is going to give you some technical information about sheet metal, which I hope will be helpful to you.

 

1, sheet metal plate in the bending on both sides of the extrusion due to the association of metal material bulge, resulting in the total width being larger than the original specification, the bulge size should be related to the material thickness, the thicker the bulge is larger, can be in advance in the bending line feeding, so that the bulge area of the material is larger than the original specification, the bulge size and should be related to the material thickness, the thicker the material is larger, can be solved in the same way.

 

2, sheet metal bending internal R Angle is better than or equal to 1/2 of the thickness of the material, if there is no R Angle, after several stamping, its bevel will gradually disappear, of course, will produce R Angle, after the R Angle of one side or two sides of the length will appear a trace of circumference.

 

3, sheet metal parts after bending trial easy to deform, in order to prevent deformation, can be raised on the bend at appropriate 45 degrees of strengthening help so that it does not interfere with other parts, so as to improve their compressive strength.

 

4. General sheet metal parts are slender, and can not maintain their straightness after the force is easy to deform, so we can fold an L shape or fold two sides, fold its compressive strength and straightness, but its verticality is difficult to maintain, after bearing the force is easier to deformation, so we can fold an L shape or fold two sides into one. At this time, appropriate convex ribs can be used to improve their compressive strength.

 

5, in the plan and bending surface in the middle of the turning point to have a narrow hole or open hole back bending, otherwise it will produce burrs, and the total width of the hole is better than 1.5 times the thickness of the meat, and drawing do not forget to mark R Angle, bevel and obtuse Angle of the mold and female mold is easy to crumble if the mold is easy to crumble.

 

6. At the outer corner of the copper sheet, if the Angle is not specified as 90 degrees, try to solve it into a moderate R Angle, because the bevel of the edge of the copper sheet is easy to produce sharp points, causing scratches to the staff. A bevel point is easy to crack due to stress so the mold is easy to crack at the vertex, prompting the mold shell must repair the mold and delay the batch production, so the mold shell repairs the mold in time to trim, resulting in the appearance of burr.

 

7, (1) discount side can be divided into unilateral discount and multilateral discount, if the accuracy of the provisions is a better multilateral discount, then do precision will be better, discount side height and width is better is 3 mm (t:1.0-1.2 mm), otherwise, too little clamping specifications will be unstable.

 

(2) When folding, the side wall part of the inner convex part should not be too close to the bottom edge, it is better to be more than 11mm, otherwise the edge under the bulge has no public die stamping, and its R Angle will be more than the upper and lower sides of the R Angle, R Angle can not exceed 11mm, otherwise it will affect our R Angle, so the folding can not exceed the public die.

 

(3) When folding, the hole on the inner wall of the edge should not be close to the bottom edge, and it should be kept above 3 mm, otherwise it will cause deformation because of bending. Before bending, we can punch the long strip hole, the width of 1.5 material thick strip hole on the upper side of the curve, what does this do? The shape can be detached without damaging the perforation.



Company Advantages

01
Bergek is good at making prototypes, small-batch, or mass-production customized CNC machined parts, Come to get instant quotes on metal and plastic machined parts.
02
Online service: We provide 7*24*365 online service
03
Sheet Metal Fabrication: Sheet Metal Parts For Their High Precision And Durability

Frequently Asked Questions about sheet metal bending service

Q:

If I send drawings, can you send a quote?        

A:

Yes, send drawings to us to get free quotation information.

Q:

Why is your price higher than others?        

A:

First of all, we cannot meet your target price, our service is always to provide excellent quality, every time we complete the delivery, we will ask customers whether they are not satisfied with the quality of our products if so, we will feedback to our quality inspection department to ask them to improve the quality inspection standard. Second, regarding price, our price will never be the lowest or the highest. Because of the location, we are located in Shenzhen, so we will not be compared with suppliers in North China. Our price has always been reasonable and competitive. Our advantages are equipment, product quality and transportation.

Q:

How long can I get the sample?        

A:

Depending on your specific items, within 1-15 days is required generally. Get the exact delivery date

Q:

What's different about anodizing?        

A:

Transparent anodic oxidation/natural anodic oxidation/colorless anodic oxidation is the same meaning.

Q:

Why is 316L stainless steel cheaper than 316 stainless steel for some products?        

A:

The raw material of 316L is more expensive than that of 316, but its strength is lower and it is easier to process than 316. Therefore, the product will be cheaper than 316L (depending on the product structure).


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