1060 Aluminum Sheet Coil and Foil
1060 Aluminum Sheet Coil and Foil is specified for high aluminum content, formability and electrical or thermal conductivity. Sasa Aluminum supports project-based supply discussions for sheet, coil and foil according to customer drawings, standards and downstream processing requirements.
Temper and thickness strongly influence formability and handling; provide the intended process when requesting a quote.
1060 Aluminum Sheet Coil and Foil Product Overview
| Product form | sheet, coil and foil |
|---|---|
| Selection factors | Alloy and temper, dimensions, tolerance, surface condition, inspection and documentation |
| Typical applications | electrical components, reflectors, heat-transfer parts, chemical equipment and general fabrication |
| Supply basis | Made-to-requirement inquiry review; final availability is confirmed against the requested specification |
Material and Temper Selection
The same alloy can behave differently after changes in temper, thickness, fabrication route and service environment. Identify forming, welding, machining, anodizing, coating, brazing or joining operations before final selection.
Applications
Typical uses include electrical components, reflectors, heat-transfer parts, chemical equipment and general fabrication. These examples are guidance only; the responsible engineer should validate the material for actual load, temperature, corrosion exposure and regulatory requirements.
Information Required for a Quote
- Alloy, temper and governing material standard
- Dimensions, tolerance and quantity
- Surface, inspection and documentation requirements
- Processing such as sawing, slitting, cutting, machining, coating or protective film
Explore aluminum sheet and plate, aluminum coil and aluminum profiles.
Request Technical Review and Pricing
Send your drawing, specification, quantity and destination. Our team will review the requested condition, production route and documentation before confirming an offer, without assuming unverified stock or certification.
