Product OverviewTransparent self-adhesive vinyl with removable clear solvent adhesive, engineered for short-term indoor and outdoor glass graphics, point-of-sale and promotional displays. Suitable for high-clarity visuals where clean removal is required.
Features- High transparency for crisp, true-color prints
- Removable solvent adhesive for clean peel-off without residue
- Compatible with solvent, eco-solvent, latex and UV printing technologies
Applications- Window graphics and shopfront displays
- Promotional signage and point-of-sale panels
- Glass decoration and temporary overlays
Available Models / Material TableModel | Material Type | Face Film Thickness | Adhesive | Release Paper | Finish
UHB323 | Monomeric PVC | 80μm | Removable Clear Solvent | 120g Single-sided PE-Coated paper | Gloss
UHB525 | Monomeric PVC | 100μm | Removable Clear Solvent | 140g Single-sided PE-Coated paper | Gloss
Customization OptionsCustom widths, lengths, thicknesses, colors, printed logos, core sizes, packaging and adhesive variations available. Supply options: jumbo rolls or finished rolls per order.
FAQ- What printing methods are supported?: Solvent, eco-solvent, latex and UV printing are supported.
- Is this vinyl easy to remove?: Yes — removable adhesive provides clean removal with minimal residue when used as recommended.
- Can it be used on glass surfaces?: Yes — designed specifically for window graphics and glass panels.
- Is it suitable for outdoor use?: Yes — suitable for short-term outdoor applications (up to 1 year depending on conditions).
Technical Specifications- Brand: YG Group
- Product name: Transparent Self-Adhesive Vinyl
- Series: UHB series
- Face material: Monomeric PVC
- Face film thickness: 80μm (UHB323), 100μm (UHB525)
- Adhesive: Removable Clear Solvent
- Release liner: 120g or 140g single-sided PE-coated paper
- Finish: Gloss
- Supported printing: Solvent, Eco-solvent, Latex, UV
- Applications: Window graphics, promotional signage, glass decoration
- Outdoor durability: Short-term, up to 1 year (application dependent)