About Aluminized Steel In Coil
Our organization has marked a distinctive place in the market by offering an exceptional collection of Aluminized Steel Cladding Coil. Specifically manufactured and designed by professionals, these are immensely cherished and appreciated in the market due to their perfect finish. Along with this, the material utilized in their manufacturing is of optimum quality standards and we provide these products in varied sizes and dimensions as per the industry needs. Features: Easy to install Rust proof Stain proof Aluminized Steel Type 1 confirming to BS 1449 part 1 Grade CR4, equivalent to a coating weight of 240-270 g/m2 of Aluminum or Aluminum silicon alloy with polyester resin coating, exposed side with 17 microns (2 coats) back side with 5 micron polyester resin coating. Aluminized Steel Type 2 according to ASTM A/463/A 463M-97 T2 300 equivalent to a coating weight of 300 g/m2 of pure Aluminum.Outstanding Heat and Corrosion ResistanceAluminized steel coils are engineered for durability in demanding environments, offering heat resistance up to 800C and high reflectivity. The advanced aluminum-silicon coating delivers robust protection against oxidation and corrosion, making these coils ideal for automotive exhaust, industrial appliances, and construction panels that require longevity and reliability.
Customizable to Project SpecificationsWe supply coils in a range of sizes and finishes, ensuring compatibility with diverse applications. Coil width can range from 600mm to 1500mm, thickness from 0.3mm to 2.0mm, and outer diameters up to 1800mm. With flexible lengths and edge types available, our aluminized steel is tailored to meet manufacturer requirements seamlessly.
Eco-Friendly and Export Ready PackagingOur coils are 100% recyclable and packed in export-standard formats such as Eye to Sky or Eye to Wall. Each product conforms to international shipping guidelines to ensure safe delivery worldwide. This commitment to sustainability and quality packaging safeguards your material throughout transit.
FAQ's of Aluminized Steel In Coil:
Q: What are the main benefits of using aluminized steel coils meeting ASTM A463/EN10346 standards?
A: Aluminized steel coils provide superior resistance to heat (up to 800C), exceptional corrosion protection, and excellent formability. The ASTM A463/EN10346 standards guarantee material consistency, making these coils suitable for high-performance applications across industries.
Q: How is the aluminum-silicon coating applied during the fabrication process?
A: The coating is applied via a hot-dip aluminizing process, where cold rolled steel is submerged in a bath containing aluminum and silicon. This ensures a uniform layer with enhanced heat and corrosion properties, meeting rigorous export and industrial standards.
Q: Where can aluminized steel coil be used?
A: Aluminized steel coils are widely utilized in automotive exhaust systems, HVAC components, building panels, and industrial appliances. Their heat and corrosion resistance make them ideal for environments needing reliable long-term performance.
Q: When can I expect delivery after placing an order for custom dimensions?
A: Lead time for custom orders is typically 2 to 4 weeks, depending on the required specifications and quantity. Our export-grade packaging ensures timely and safe delivery to your location.
Q: Can the material be recycled after use?
A: Yes, aluminized steel in coil is completely recyclable. Its composition-aluminum-silicon coated steel-ensures sustainability and compliance with modern environmental standards.
Q: What options are available for coil packaging and edge type?
A: Coils can be packed either Eye to Sky or Eye to Wall, following export standards. Edge types include mill edge or slit edge, allowing compatibility with various fabrication processes and machinery.
Q: How does the material's high tensile strength and hardness benefit industrial users?
A: With a yield strength of 240-340 MPa and hardness ranging from Rockwell 45-70 HRB, these coils deliver robust structural integrity. Users benefit from reliable performance in high-stress conditions, ensuring component safety and durability.