AA3003 H14 1.2MM Channel Letter Aluminum Coil for Exhibition Hall Guide Sign

AA3003 H14  1.2MM  Channel Letter Aluminum Coil for Exhibition Hall Guide Sign

The AA3003 H14 1.2mm channel letter aluminum coil is a specialized material engineered for crafting high-precision, visually appealing guide signs in exhibition halls. As a 3003 aluminum alloy variant—formulated with manganese (1.0-1.5% Mn) as its key alloying element—this coil is processed to the H14 temper (a semi-hard, strain-hardened state) and rolled to a 1.2mm thickness. Its unique blend of workability, structural balance, and surface quality makes it ideal for producing intricate channel letters, directional symbols, and modular sign components that align with the dynamic, design-focused needs of exhibition spaces.

Product Parameters

Application Scenarios

• Entrance Master Directories: Large-format index signs listing exhibition zones, booth numbers, or event themes (e.g., "Technology Zone → Hall A"), where clear typography and durable construction are critical for high foot traffic.
• Zone Navigation Signs: Wall-mounted or freestanding indicators for specific areas (e.g., "Food & Beverage Area," "Conference Rooms"), requiring precise shaping to fit architectural layouts.
• Booth Identification Plates: Compact, customized signs for individual exhibition booths (e.g., "Booth 321"), benefiting from the coil’s fine surface finish for logo printing or branding.
• Corridor Directional Signs: Arrows or text-based guides (e.g., "Exit ←," "Restrooms →") in connecting hallways, where lightweight design simplifies temporary or permanent installation.
• Temporary Event Signage: Modular signs for pop-up exhibitions or rotating displays, leveraging the material’s ease of reprocessing for quick design updates.

Advantages

1. Superior Formability for Intricate Designs

2. Balanced Thickness for Versatility

3. Premium Surface Finish for Visual Appeal

4. Durable for High-Traffic Environments

5. Cost-Effective for Dynamic Needs

6. Corrosion Resistance for Indoor Stability