Materials For Stampng parts

Choosing the right materials is crucial for achieving precision stamping and ensuring the longevity of stamped products. By understanding the properties and characteristics of various materials, you can optimize your stamping projects for success.

Contact Us
Materials for metal stamping, stainless steel, brass, copper, aluminum, etc.

Aluminum

Lightweight and highly malleable

Excellent conductivity

Used in automotive and aerospace industries

Stainless Steel

High strength and durability

Suitable for various environments

Used in appliances, and automotive parts

Brass

Alloy of copper and zinc

Attractive appearance

Used in decorative applications, fittings, and musical instruments

Titanium

Lightweight yet strong

Lightweight yet strong

Used in aerospace, medical, and sports equipment industries

Carbon Steel

Versatile and cost-effective

Various grades available for different applications

Used in automotive, construction, and industrial

Nickel

Good strength and heat resistance

Widely used in chemical processing and marine applications

Galvanized Steel

Durable and cost-effective

Steel coated with a layer of zinc for corrosion protection

Used in outdoor applications, construction

Copper

Electrical and thermal conductivity

High ductility and formability

Used in electrical components and plumbing applications

Stampings in different materials

Contact Us

Heat Exchanger Tab

Brass

Bottle Cap For Packaging

Aluminum

Speargun Shaft Flopper

SUS304

Floor Reinforcement Cover

SECC

steel strips in stock for metal stamping
Steel strips for stamping stacked at workshop

Precautions For Stamping Materials

Thickness Limitations

Different materials have specific thickness limitations for successful stamping processes.

Material Grain Direction

Materials like steel and aluminum have grain direction, which affects their mechanical properties during stamping.

Stamping Challenges

Some materials may present challenges during stamping, such as springback or cracking.

Surface Treatment After Stamping

Contact Us

galvanization

oxidation with color

electrodeposition

People Also Ask

Choosing the appropriate material thickness for stamping involves considering factors such as the specific application requirements, desired strength, and capabilities of the stamping equipment.

Yes, it is possible to combine different stamping materials in a single project using progressive stamping. Progressive stamping allows for the creation of complex parts by sequentially using materials with complementary properties. This technique can optimize functionality, improve cost-effectiveness, and provide customization options for your stamping project.

When selecting stamping materials, consider various cost factors, including material cost, tooling and equipment requirements, scrap and waste management, secondary operations, and long-term considerations. Balancing these cost considerations will help you make informed decisions that align with your project’s budget and overall objectives.

Material waste can be minimized by optimizing the stamping process and material usage.

Yes, stamping materials can be seamlessly integrated with other processes like welding or assembly. Ensure compatibility by considering material properties and process requirements.

Stainless steel, aluminum, copper, and corrosion-resistant alloys like Inconel and Hastelloy are known for their corrosion-resistant properties.

stamping material