British small stent

Material properties

Carbon steel is an iron-carbon alloy with a carbon content between 0.02% and 2.11%, and it is the most widely used metallic material. Its core properties depend on the carbon content: as the carbon content increases, strength, hardness, and wear resistance increase, but plasticity, toughness, and weldability decrease. It has a high hardness (approximately 120-200 HB), good machinability, and low cost, but it is prone to rusting. 

Technological advantages

1.   Laser cutting：Its main features are high precision, high efficiency, strong material adaptability and low loss. It achieves non-contact processing through focused beam, can cut complex shapes without molds, and has good cutting quality (smooth edges). It is widely used in the automotive, aerospace and medical industries, and is particularly suitable for fine, complex and large-scale processing needs.
2. Bending：It reduces the number of parts and post-processing (eliminating welding and simplifying logistics), improves efficiency and flexibility (enabling mass production and customization, and rapid changeover), offers high precision (especially in CNC bending), reduces costs (eliminating the cost of connectors and welding), and allows for the fabrication of complex shapes and the integration of materials into a single piece.。
3. Spray paint：It can quickly process irregular and complex surfaces, and the coating has high hardness, is clean and easy to clean, making it particularly suitable for occasions such as automobiles and furniture that require high-quality decoration and protection.

4.Screen printing：Screen printing boasts significant advantages such as a wide range of printable substrates, thick ink layers, vibrant colors, strong lightfastness, and low production costs, earning it the nickname "the universal printing technique." It can print on flat, curved, and spherical surfaces, as well as materials of varying hardness, making it particularly suitable for large-area printing, personalized customization, and surface treatment of objects of various shapes.

Surface treatment

It can provide various surface finishes such as mechanical polishing, electroplating, and painting to meet different requirements for industrial, architectural, or high-cleanliness levels (such as automotive and bicycle parts).

Application performance

It is commonly used in building structures (steel profiles, reinforcing bars), machine parts, tools (cutting tools, drill bits), pipelines, vehicles, and shipbuilding industries.