3D gel number plates with a smooth, domed finish
3D Gel Resin number plates use black gel characters with a rounded, glossy surface raised approximately 2mm above the plate. Paramount Plates makes them to your registration, combining a reflective background with lettering that has a softer profile than flat-topped acrylic.
Character construction
The dome is the defining detail: highlights move across the curved face of each character as the viewing angle changes. It gives the registration visible depth while keeping the edges rounded. The 2mm figure describes the raised lettering profile, not the overall thickness of the complete plate.
- Character finish: black domed gel resin.
- Raised character profile: approximately 2mm.
- Matching standard front and rear pair: £39.99 before optional extras.
Choosing this finish
This finish suits a design where you want shine and a little depth without the sharper, stepped appearance of thicker acrylic. Use the Photo and 3D tabs to compare the product image with the preview, then enter your own registration in the builder to see its proportions.
If you prefer straight edges, see 4D 3mm Acrylic. For a gel surface over an acrylic base, compare 4D Gel. Those are separate constructions rather than different names for this finish.
Build your front and rear plates
Start from a matching standard pair at £39.99. Standard shape is included; Short adds £5 per plate and Hex adds £10. A printed black border is £1 per plate. Flags or a green flash are £2 per selected plate on Standard and Short.
Choose a single front, single rear or pair in the plate builder. Keep “Same as front” selected for matching options, or set the lettering, shape, flag and border separately for each side. The same registration appears on both plates.
Made to order in the UK
Paramount Plates makes your physical plates to order. Free Royal Mail Tracked 48 delivery is included with plate orders. Production follows identity and registration entitlement checks; see accepted documents. Our 36-month manufacturing warranty applies under its published terms.