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Stainless steel stretch bend
Stainless steel stretch bend
Stainless steel stretch bend

Stainless steel stretch bend

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Min. Order: 1 Piece/Pieces
Product Attributes

BrandCTT

Packaging & Delivery
Selling Units : Piece/Pieces
CTT TECHNOLOGY (UK) LIMITED Promotional film
Product Description

Stainless steel elbows are essential components in modern industry, renowned for their exceptional functionality and aesthetic appeal. Widely utilized in various complex applications, these elbows are designed in diverse shapes, including U, J, S, and serpentine configurations, to meet the stringent demands of high efficiency and precision in the industrial sector.
​One of the key reasons for the popularity of stainless steel elbows is their superior processing performance and attractive surface texture. After undergoing a high-standard polishing treatment, the surface of each elbow achieves a mirror-like finish, enhancing both its visual appeal and its corrosion and wear resistance. The seamless welding technology employed ensures smooth and delicate joins, creating an aesthetically pleasing and structurally stable component.
​Stainless steel elbows exhibit unique advantages compared to conventional round tubes. Their distinct shape design results in increased moment of inertia and cross-sectional modulus, providing greater resistance to deformation and damage. This structural integrity grants the elbows improved torsion and bending resistance, allowing them to maintain stable performance across a variety of complex application environments.
​Furthermore, innovations in the design of stainless steel elbows have yielded significant structural advantages. These bent pipes not only fulfill engineering requirements but also effectively reduce overall weight and material costs. This is particularly crucial for projects with strict weight and budget constraints, making them both economical and environmentally friendly.
​The manufacturing process of stainless steel elbows involves meticulous steps. It begins with the selection of high-quality stainless steel materials, followed by precise cutting and pre-treatment. Advanced molding equipment is then used to shape the elbows according to the specified design. Finally, the parts are seamlessly welded together to create a robust, integrated bending structure.Incorporating sheet metal fabrication techniques, CTT specializes in producing high-quality stainless steel elbows that cater to the needs of the Automotive Industry and Commercial Auto Parts sector.

Why Choose Us

The company covers 100,000
square meters and employs 1,100 people, including a 160-person professional R&D team.
The company also boasts 2,300 pieces of equipment.

Sheet Metal Stamping

Sheet Metal Bending

Automotive Chassis Processing

Life Sciences

Sheet Metal Spraying

FAQ

How to choose a
suitable bending machine?


According to the maximum thickness, length, required bending force and other parameters of the
processed plate. At the same time, factors such as the accuracy of the bending machine, mold
compatibility, and ease of operation should also be considered. For example, for products that
process thick plates and require high precision, a high-power, high-precision bending machine is
required.

How to control sheet
metal welding deformation?


Use a suitable welding sequence, such as symmetrical welding, segmented back welding, etc.
Control welding current and voltage to avoid excessive heat input. Pre-deform the weldment
before welding or use a rigid fixation method, and perform correction treatment after welding.

How to deal with the
weld after sheet metal welding?


For products with high appearance requirements, the weld can be ground and polished to make it
flush with the surface of the parent material. For products with anti-rust requirements, surface
treatments such as painting and galvanizing can be performed to prevent the weld from rusting.

What are the
purposes of sheet metal surface treatment?


The main purposes include rust prevention, aesthetics, improved corrosion resistance, increased
wear resistance, etc. Different surface treatment methods can meet different product needs, such
as galvanizing for rust prevention, and spray painting for a variety of colors and decorative
effects.

FAQ

How to choose a
suitable bending machine?


According to the maximum thickness, length, required bending force and other parameters of the
processed plate. At the same time, factors such as the accuracy of the bending machine, mold
compatibility, and ease of operation should also be considered. For example, for products that
process thick plates and require high precision, a high-power, high-precision bending machine is
required.

How to control sheet
metal welding deformation?


Use a suitable welding sequence, such as symmetrical welding, segmented back welding, etc.
Control welding current and voltage to avoid excessive heat input. Pre-deform the weldment
before welding or use a rigid fixation method, and perform correction treatment after welding.

How to deal with the
weld after sheet metal welding?


For products with high appearance requirements, the weld can be ground and polished to make it
flush with the surface of the parent material. For products with anti-rust requirements, surface
treatments such as painting and galvanizing can be performed to prevent the weld from rusting.

What are the
purposes of sheet metal surface treatment?


The main purposes include rust prevention, aesthetics, improved corrosion resistance, increased
wear resistance, etc. Different surface treatment methods can meet different product needs, such
as galvanizing for rust prevention, and spray painting for a variety of colors and decorative
effects.

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