Tinplate Coil

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Tinplate Coil Specification

Surface Treatment
Bright, Stone Finishing

Material
Low Carbon Steel

Technique
Electrolytic Tinplating

Grade
Prime Grade

Coil Thickness
0.15 mm to 0.50 mm

Coil Weight
3 to 10 Tons per coil

Coil Length
As per order (customizable)

Hardness
T2 to T5

Application
Packaging, Cans, Electronics, Automotive

Packing Type
Standard Export Packing

Tin Coating Weight
2.8 g/m² to 11.2 g/m²

Edge Type
Mill Edge / Cut Edge

Thickness Tolerance
±0.04 mm

Width Range
600 mm to 1000 mm

Form
Coil

Finish Type
Matte, Glossy

Temper
BA, CA

HS Code
721012

Standard
JIS G3303, EN10202

About Tinplate Coil

We are an acclaimed name engaged in offering our precious clients a superior quality range of Tinplate Coil. Our offered coil is manufactured by our vendors professionals using high grade raw steel and advanced technology. In addition to this, our provided coil undergo various tests under the supervision of quality controllers to ensure its flawlessness. The offered coil is widely used in different industries like, automobiles, construction, electrical industries. Clients can avail this Tinplate Coil from us at market leading rates.

Features:

High strength
Excellent durability
Sturdily manufactured
Rust proof

High-Precision Tinplate Coils for Versatile Use

Engineered to meet exacting standards, our tinplate coils are available in different finishes, edge types, and hardness, making them suitable for a broad spectrum of industries. Whether you require materials for food packaging, metal cans, or precision electronic components, we offer fully customizable dimensions and tin coating weights to match your specific requirements. Every coil is manufactured as per global quality benchmarks for reliable performance.

Customized Solutions and Reliable Supply

As a distributor, exporter, manufacturer, supplier, and trader based in India, we cater to both bulk and special orders globally. Our experienced team ensures the right grade, finish, and coil specifications are provided, supported by efficient logistics and expert packaging practices to safeguard your order throughout transit.

FAQs of Tinplate Coil:

Q: How are the tin coating and thickness of your tinplate coils controlled?

A: The tin coating is applied using a state-of-the-art electrolytic tinplating process, ensuring uniformity and adherence to requested coating weights (2.8 g/m to 11.2 g/m). Coil thickness is meticulously regulated with a tolerance of 0.04 mm, maintaining consistent quality across all orders.

Q: What standards and certifications do your tinplate coils comply with?

A: Our tinplate coils conform to international norms including JIS G3303 and EN10202. These standards guarantee material quality, process consistency, and product compatibility for packaging, electronics, and automotive applications.

Q: When is it most beneficial to use tinplate coils in manufacturing?

A: Tinplate coils are particularly beneficial when corrosion resistance, surface finish, and formability are critical, such as in food packaging, metal cans, electrical enclosures, and automotive parts. Their adaptability and safe use with consumables add to their value in diverse industries.

Q: Where do you supply tinplate coils, and can you ship internationally?

A: We supply tinplate coils across India and export worldwide. Our logistics network and export-grade packing (in coils of 3 to 10 tons) ensure that your goods arrive securely at the designated location, wherever required.

Q: What is the process for ordering a customized tinplate coil?

A: Clients can specify desired width, thickness, tin coating weight, surface finish, hardness, and coil length when placing an order. Our team guides you through material selection, customization options, and timelines, ensuring a seamless procurement experience.

Q: How can tinplate coils enhance my packaging or manufacturing process?

A: Tinplate coils provide robust protection against corrosion, maintain product integrity, and offer flexible design possibilities owing to their wide range of thicknesses, finishes, and mechanical properties. This makes them a preferred choice for reliable, scalable manufacturing.

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