The reverse channel letters for Onme Coffee feature a clean black finish paired with soft halo illumination, creating a refined and contemporary visual presence. Each letter is built from premium stainless steel with a baked enamel coating. The hollow-back structure allows LED lighting to cast a smooth halo glow onto the wall or an optional acrylic backing panel, delivering an understated, modern look suited for café and retail environments.
Project Specifications
• Material / Finish: Stainless steel letter shell with black baked enamel coating; optional sandblasted acrylic backing panel; high-brightness LED strip lighting
• Dimensions: 18 in × 154.8 in (overall width)
• Mounting Style: Installed using high-strength silicone adhesive combined with drilled anchor screws for a secure, long-lasting finish
Customization Options
Fully customizable in size, typeface, LED color, and backing panel materials. Color matching is available based on client-provided files to maintain consistent brand identity.
Installation Notes
Each letter is mounted using a combination of silicone adhesive and drilled anchor screws, ensuring strong structural support and clean alignment. LED wiring can be routed discreetly behind the wall or backing panel to maintain a sleek, hardware-minimal appearance.
Product Features & Benefits
• Soft Halo Lighting: Enhances nighttime visibility while maintaining a calm, upscale ambiance
• Durable Construction: Stainless steel with baked enamel finish provides excellent corrosion and wear resistance
• Brand-Aligned Illumination: Multiple LED color options available to match specific branding needs
• Clean, Modern Aesthetic: Mounting hardware remains discreet, offering a polished, professional look
• Low Maintenance: Closed construction and durable materials help preserve long-term clarity and cleanliness
Recommended Applications
• Café storefronts and exterior branding
• Interior feature walls, menu display areas, and checkout backdrops
• Retail and hospitality spaces requiring a modern, visually striking focal point