AA3003 H14 0.6MM Aluminium Sheet for Gutter in Regular Civil Scenarios

AA3003 H14  0.6MM  Aluminium Sheet for Gutter in Regular Civil Scenarios

The AA3003 H14 0.6mm aluminium sheet is a premium-grade material designed for civil gutter systems, balancing superior corrosion resistance, exceptional formability, and cost-efficiency. As a manganese-alloyed 3-series aluminium in the H14 temper (semi-hard state), it excels in creating durable, easy-to-install gutters for residential and low-rise commercial buildings where reliability and practicality are paramount.

Product Parameters

Application Scenarios

1. Residential Gutters

• Single-Family Homes: Ideal for standard roof gutters in houses, townhomes, and duplexes. Its 0.6mm thickness provides optimal strength to carry rainwater loads while remaining lightweight, reducing stress on roof structures.
• Villa & Estate Gutters: Suited for aesthetically designed gutters (e.g., hidden gutters, seamless U-channels) in luxury residences, thanks to its smooth surface and compatibility with custom bending for intricate architectural details.

2. Low-Rise Commercial & Community Buildings

• Apartment Complexes: Perfect for gutters in mid-sized apartment blocks, ensuring efficient drainage across large roof areas with minimal maintenance.
• Schools, Libraries, & Community Centers: Used in gutters for public buildings, where long-lasting performance and resistance to urban environmental factors (e.g., air pollution, seasonal rains) are critical.

3. Light Industrial & Auxiliary Structures

• Workshop/Garage Gutters: Suitable for gutters in small industrial sheds, garages, or storage units, offering protection against mild industrial humidity and debris.
• Canopies & Awnings: Used in gutter systems for outdoor canopies or patio awnings, combining weather resistance with easy integration into lightweight structures.

Advantages

1. Exceptional Corrosion Resistance

2. Superior Formability & Ease of Installation

3. Balanced Formability

4. Long-Term Weatherability

5. Low Lifecycle Cost