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Aluminized Steel Coil / Tube
Titanium Sheet Metal is available in a wide range of grades, from highly ductile commercially pure titanium (Grade 1–4) to high-strength alloys such as Grade 5 and Grade 9. Each grade is designed for specific industrial conditions, allowing engineers to select the most suitable material based on strength, corrosion resistance, and fabrication requirements.
EN 10346 DX54D+AS is one of the highest-formability aluminized steel grades available under the European standard system. Compared with ASTM A463 Type 1 and JIS G3314 SA1E, it offers outstanding deep-drawing performance while maintaining excellent heat resistance and corrosion protection. For manufacturers producing complex stamped or drawn components, DX54D+AS is often the preferred choice among aluminized steel grades.
Silicide Coated Steel usually refers to ASTM A463 Type 1 aluminized steel, which contains an aluminum-silicon coating designed for high-temperature applications. In contrast, Type 2 aluminized steel uses a pure aluminum coating that provides superior atmospheric corrosion resistance. Type 1 is preferred for heat resistance and exhaust systems, while Type 2 is preferred for building, roofing, and outdoor applications where corrosion protection is the primary requirement.
Alusi Steel is available in multiple grades such as ASTM A463 Type 1, DX51D+AS, DX52D+AS, and SA1C, with thicknesses commonly ranging from 0.30 mm to 12.00 mm. Its combination of heat resistance, corrosion protection, and excellent formability makes it one of the most widely used coated steel materials for automotive, industrial, and construction applications.
Custom Fabricated Aluminized Parts
Custom Fabricated Aluminized Parts are produced through processes such as laser cutting, stamping, bending, welding, and roll forming.
Aluminized exhaust tubing is commonly available in diameters ranging from 25 mm to over 150 mm, with wall thicknesses from 0.8 mm to 3.0 mm. These standardized specifications allow the material to be widely used in motorcycles, passenger vehicles, trucks, and industrial exhaust systems, providing a flexible and cost-effective solution for modern exhaust design.
Aluminized steel pipes are available in a wide range of diameters from 20 mm to over 150 mm and wall thicknesses from 0.8 mm to 3.0 mm. The combination of size and thickness is selected according to different application scenarios, ensuring good performance in motorcycles, passenger vehicles, trucks, and industrial exhaust systems.
4 Inch Aluminized Exhaust Pipe
A 4 inch aluminized exhaust pipe is made from carbon steel with an aluminum-silicon protective coating that improves corrosion resistance and heat performance. Compared with stainless steel pipes, it offers a more cost-effective solution with good durability for standard exhaust applications, while stainless steel provides higher corrosion resistance and longer service life in more demanding environments.
The surface of a 2.5 inch aluminized exhaust pipe is characterized by a silver-gray metallic color and a smooth industrial texture. This appearance is the result of an aluminum-silicon coating that provides both protective performance and stable visual characteristics.
3 Inch Aluminized Exhaust Pipe
3 inch aluminized exhaust pipes can be cut using multiple methods such as saw cutting, laser cutting, plasma cutting, and CNC tube cutting. Each method has its own advantages depending on precision, production scale, and application requirements. Proper cutting and edge treatment ensure better installation performance and longer service life in exhaust systems.
Aluminized exhaust pipes are available in a wide range of diameters from 25 mm to over 150 mm, along with multiple wall thickness and length options. These flexible specifications allow them to meet the requirements of motorcycles, passenger vehicles, and industrial exhaust systems while maintaining good durability and cost efficiency.
Aluminized exhaust pipes are widely used in motorcycles because they provide a practical balance of heat resistance, corrosion protection, strength, and cost efficiency. Their ability to withstand high exhaust temperatures and support mass production makes them a reliable material choice for modern motorcycle exhaust systems.