Commercial lighting precision stainless steel bending service
Stainless steel bending service
The stainless steel bay area service we manufacture can be used in
various industries such as commercial lighting and security.
Stainless steel bending is a practical and beautiful way to
accomplish many metal design tasks. Generally speaking, stainless
steel bending is preferable to welding or mechanical connection,
because when seamless design is required, or when there is a
concern about the gap caused by mechanical joints, stainless steel
bending service can be used. Because gaps can be particularly
problematic for the food and pharmaceutical industries, because
they can introduce contamination.
Yonglihao is your preferred company for stainless steel bending
services. According to your specific application, we use a unique
process to bend stainless steel. Stainless steel has various grades
and unique advantages. Our manufacturing experts can help you make
the best choice according to your project requirements.
Bending stainless steel parameters
| Product | Stainless Steel Fabrication Company Custom Precision Aluminum
Bending Sheet Metal Fabrication Services |
| Material | Stainless Steel, Carbon Steel(Q235), Aluminum(6061,6063, 5052),
Copper, Brass and So on |
| Process | Bending, Stamping, Welding |
| Finish | Zinc Plating, Mirror Polished, Brush Polished, Paint, Anodic
Oxidation, Powder Coated |
| Package | Plywood Box + Plywood Pallet, Plywood Box |
| OEM Service | Accept |
Stainless steel bending application:
Food and pharmaceutical processing
Medical and hospital industry
Vessels and storage tanks
Marine industry
Subsea and offshore equipment
transport
Building materials and building decoration
Railing and roof support
commercial lighting
Boiler and HVAC
agriculture
Aerospace products
Security industry
what is stainless steel bending service?
If the stainless steel bending service radius is smaller than the
thickness of the material, a punch with a radius at the front end
smaller than the thickness of the material must be used, and resort
to the imprint bending method. In this way, it requires 10 times
the pressure of free bending.
As far as free bending is concerned, the punch and die are
processed at 85 ° or less (smaller is better). When using this set
of molds, pay attention to the gap between the punch and the
concave mold at the bottom of the stroke, and enough to compensate
for the springback and keep the material bent excessively about 90
°.
Generally, the springback angle of a free bending die on a new
bending machine is ≤2 °, and the bending radius is equal to 0.156
times the opening distance of the die.
For bottomed concave mold bending, the mold angle is generally 86 ~
90 °. At the bottom of the stroke, there should be a gap between
the male and female dies slightly larger than the thickness of the
material. The forming angle is improved because the tonnage of the
bottomed die is larger (about 4 times that of free bending), which
reduces the stress that usually causes springback within the
bending radius.
The embossing bending is the same as the bending of the bottomed
concave mold, except that the front end of the punch is processed
to the required bending radius, and the gap between the convex and
concave molds at the bottom of the stroke is less than the material
thickness. Due to the application of sufficient pressure (about 10
times of free bending) to force the front end of the punch to
contact the material, springback is basically avoided.
In order to select the lowest tonnage specification, it is best to
plan for a bending radius greater than the thickness of the
material, and use the free bending method as much as possible. When
the bending radius is large, it often does not affect the quality
of the finished part and its future use.
Welcome to consult stainless steel bending service !
