AA3004 H24 1.5MM Channel Letter Aluminum Coil for Store Signboard

AA3004 H24 1.5mm channel letter aluminum coil is a premium material tailored for crafting high-performance store signboards, specifically designed to form "channel letters"—three-dimensional, hollow illuminated letters that serve as the focal point of retail and commercial signage. Blending the enhanced strength of 3004 aluminum alloy, the balanced workability of H24 temper, and the optimal 1.5mm thickness, it delivers durability, precision, and visual appeal, making it a top choice for storefront branding.

Product Parameters

Application Scenarios

• Retail Storefronts: Perfect for fashion boutiques, electronics shops, and convenience stores, forming illuminated brand names or logos (e.g., "ZARA," "7-Eleven") on door headers. Its precision forming ensures crisp letter edges, enhancing daytime visibility and nighttime glow with LED backlighting.
• Food & Beverage Outlets: Ideal for cafes, restaurants, and fast-food chains (e.g., Starbucks, McDonald’s) to create vibrant channel letters for drive-thru signs, entrance logos, or window displays. Resists grease, moisture, and frequent cleaning—critical for food-service environments.
• Service Industry Signage: Used in banks, salons, and fitness centers for professional-looking store identifiers. The material’s stability maintains letter shape over time, reinforcing a trustworthy brand image.
• Chain Brand Standardization: Supports consistent signage across multiple locations, ensuring uniform letter thickness, color retention, and structural integrity—key for maintaining brand identity in franchise networks.
• Indoor/Outdoor Transition Zones: Suitable for semi-outdoor spaces like mall storefronts or covered walkways, where it balances resistance to light rain, humidity, and temperature fluctuations.

Advantages

1. Enhanced Strength for Structural Stability

2. Superior Formability

3. Excellent Corrosion Resistance

4. Lightweight for Easy Installation

5. Surface Treatment Versatility

6. Cost-Effective Durability