Golden State Art 8x8 Red Aluminum Frame with White Mat, Real Glass

Golden State Art 8x8 Red Aluminum Frame with White Mat, Real Glass

• HEAT-STRENGTHENED GLASS: Stronger than standard glass with polished edges for safety and a scratch-resistant surface. Glass is securely glued to the aluminum frame — no rattling, no shifting. Keeps your artwork safe, clear, and dust-free. A premium choice for your best photos
• DUAL DISPLAY MODES & PRECISE FIT: Removable mat lets you switch between 8x8 print (without mat) and 4x4 photo (with mat). For 8x8: frame outer 8.5x8.5" with 7.75x7.75" opening. For 4x4: mat outer 8x8" with 3.5x3.5" opening. The opening is intentionally slightly smaller than your photo — no gaps, just a clean fit
• PREMIUM METALLIC FINISH: High-quality aluminum frame — won't rust, resists warping and corrosion. Available in Classic Black, Satin Gold, Satin Bronze, Satin Silver, Metallic Red, Metallic Green, Metallic Navy. Each color features a subtle metallic sheen, creating a refined high-end look that elevates your walls with gallery-quality presentation
• A NOTE ON COLOR: Because this is a real metal frame, it reflects light. So the color might appear a bit different depending on your room lighting. Slight variation from our photos is completely normal
• EFFORTLESS WALL MOUNTING: Features a secure integrated sawtooth hanger for stable wall mounting in seconds. The perfectly balanced square design looks stunning in any orientation—simply hang and enjoy
• STURDY METAL SPRING CLIPS: Four metal spring clips at each corner press the backing firmly in place. This keeps your photo flat, prevents shifting, and gives the frame a tighter, more durable structure than ordinary frames
• READY TO USE & IDEAL FOR GIFTING: Comes fully assembled with frame, removable mat, real glass, backing, and pre-installed hangers. Simply insert your photo and hang. A thoughtful choice for weddings, graduations, anniversaries, or housewarmings. Displays photos, certificates, postcards, and prints (For flat items only — not for thick or 3D objects)