Mini Iridescent Metal Black 10 mm, Loose Tiles 50 g
Metallic Black 10 mm Glass Mosaic – Mini Iridescent Metal Black as Loose Tiles
Mini Iridescent Metal Black 10 mm is a striking black glass mosaic tile for mosaic crafts, decorations and small mosaic projects. The iridescent surface gives the black shade a subtle metallic shimmer, lively light reflection and a refined finish. Metal Black is especially suitable for contrasts, outlines, lettering, graphic patterns, borders and small accent areas.
The tiles are supplied as loose tiles, so they are ready to use straight away. There is no need to soak them, remove them from paper or let them dry before starting. Open the bag, choose your tiles and start your mosaic project right away. Loose tiles are easy for beginners and also speed up detailed work for experienced mosaic makers.
Product Details
- Pack Size: 50 g, approximately 75–80 tiles depending on the colour
- Tile Size: 10 × 10 mm
- Thickness: approximately 4 mm
- Material: glass
- Supplied as Loose Tiles: no soaking, no removing from paper, no drying
- Coverage: approximately 10 × 10 cm, indicative only
- UV & Frost Resistant: suitable for indoor and outdoor use when the base, adhesive and grout are also chosen according to the project
- Easy to Cut Using a Double-Wheeled Nipper
What Is Metal Black Suitable For?
Metal Black is a strong and versatile black shade that brings definition, depth and clear contrast to mosaic work. It is especially useful for outlining shapes, highlighting pale colours, making lettering stand out and creating graphic details.
Combine Metal Black with white, silver, grey, mirror tiles, bright colours or other iridescent shades. Next to pale colours, black creates a strong contrast, while the metallic iridescent shimmer makes the surface more lively than a plain flat black tile.
Tip: Use Iridescent Metal Black in mosaic crafts for outlines, borders, lettering, shading and background effects. Even a small amount of shimmering black tiles can make a mosaic project look clearer and more refined.