Self-Adhesive 3D Molding

Instant Luxury: The Peel & Stick 3D Molding Trim
Elevate your mirrors, cabinets, and walls with ornate European-style borders. Achieve a high-end custom look in minutes—no power tools or contractors required.


Just Cut, Peel, and Stick
Forget nails, glue guns, and complicated measurements. Our flexible trim is designed for effortless DIY. Simply cut to length with standard household scissors, peel off the red backing tape, and press firmly onto any clean, smooth surface.
The 3D Difference: Quality You Can Feel

Unlike flat vinyl tapes that look cheap and peel easily, our molding features a deep, ornate 3D relief texture. The industrial-strength adhesive ensures a permanent bond that withstands humidity and time.

Water-Resistant & Versatile Decor
Crafted from durable PVC, this trim is resistant to moisture, oil, and dust, making it perfect for bathroom mirrors and kitchen backsplashes. A quick wipe with a damp cloth keeps it looking pristine. Use it to frame artwork, accent furniture, or define ceilings.
Product Specifications
| Material | Flexible Durable PVC |
|---|---|
| Texture | 3D Ornate Relief (approx. 0.8cm thick) |
| Width | 3.6 cm (approx. 1.4 inches) |
| Installation Method | Self-adhesive peel and stick backing |
| Available Styles | Various including Gold, Silver, White, Black, and patterned combinations (refer to selection). |
*Based on product analysis. Dimensions are approximate based on image data [ 📷 需替换:spec_1 ].
Frequently Asked Questions
Yes. The PVC material is water-resistant and the adhesive is strong, making it suitable for humid environments like bathrooms. Ensure the mirror surface is completely clean and dry before application.
The material is flexible and easy to cut with regular scissors. For framed corners (like a mirror), we recommend cutting the ends at a 45-degree angle to create seamless mitered joints.
It adheres best to smooth, clean, and dry surfaces such as glass, tile, painted walls, finished wood, and metal cabinetry. Avoid rough, porous, or dusty surfaces.