COTMAN WC 6X8ML TUBE SET MTL
- Reliable Cotman performance: Smooth washes, consistent transparency, and excellent mixing qualities.
- Made by Winsor & Newton: A trusted brand known for premium artist materials.
- Specialty metallic palette: Includes six Cotman metallic watercolors in 8 mL tubes.
- Versatile application: Ideal for fantasy art, accents, calligraphy, illustration, and mixed media.
- Tube format flexibility: Allows full control over pigment strength, dilution, and color mixing.
- Blendable and buildable: Mix with traditional Cotman colors or layer for added depth and shine.
Product Details
General Information
| Age | 5+ years |
| Color | Assorted |
| Country of Origin | China |
| Grade | Grade K+ |
| Height | 0.63 |
| Length | 5.94 |
| Material | Paint Pigment |
| Package Contains | 6 Color 8 mL Tube Set |
| Product Size | 8 mL |
| Warranty Details | Colart warrants that this product will be free from defects in materials and workmanship under normal use for one (1) year from the date of purchase, excluding damage from misuse, unauthorized modifications, or normal wear and tear. |
| Weight | 0.29 |
| Width | 3.86 |
Product Information
| Brand | Winsor & Newton |
| Type | Paints & Painting Accessories |
Overview
The Winsor & Newton Cotman Watercolor Metallic Tube Set includes six 8 mL tubes of shimmering metallic watercolor designed to enhance artwork with reflective, luminous effects. Featuring Iridescent Blue, Yellow Gold, Bronze, Red Copper, Silver, and Pewter, this specialty palette expands creative possibilities for mixed media, illustration, fantasy art, accents, and decorative detailing. Each tube contains fine-art metallic pigments that offer smooth handling, consistent shine, and excellent blendability, whether used alone or layered with traditional watercolors. The tube format provides full control over paint strength and mixing, making this set ideal for artists who enjoy creating custom metallic tones or working at larger scales. Perfect for students, hobbyists, illustrators, and painters exploring unique surface effects.
