Matte STUCCO TEAL BLUE 2-oz bottle (Airbrush-ready) Tru-Color Paint SPECIAL ORDER ONLY
Only 0 left in stock
Matte STUCCO TEAL BLUE 2-oz bottle (Airbrush-ready) Tru-Color Paint SPECIAL ORDER ONLY
PRODUCT DETAILS
Matte STUCCO TEAL BLUE 2-oz bottle (Airbrush-ready) Tru-Color Paint SPECIAL ORDER ONLY
This Matte STUCCO TEAL BLUE Tru-Color Paint is specially formulated for airbrush use, delivering a smooth matte finish that stands out in model painting and artistic projects. This 2-ounce bottle contains solvent-based acrylic paint thinned with acetone for optimal airbrush performance.
- Solvent-based acrylic paint with acetone thinning
- 2-ounce bottle size, ideal for precise airbrush application
- Matte finish for a non-glossy, flat appearance
- Requires ventilation during spraying for safety
- Cleanup achieved with inexpensive acetone
Compared to most airbrush-ready Tru-Color paints, this matte paint dries to a distinct, non-glossy finish, offering creatives a unique aesthetic alternative. While glossy paints in the Tru-Color line are ready for decal application, this matte formula provides out-of-the-box texture without shine. It requires primer for metal surfaces and is also suitable for use on plastic and other materials.
Over time, thinner media in the soft plastic bottle may evaporate, but the pigment remains intact and can be revitalized with Tru-Color’s "Rejuvenator" or thinner. This product is a special order item, processed early Monday mornings, with a shipping window of 4-8 days, ensuring you receive fresh, high-quality paint for your next project.
Key Technical Advantages: Technology and Performance
The Matte STUCCO TEAL BLUE paint offers superior airbrush readiness thanks to its optimized acetone-based thinning that ensures smooth atomization and coverage. Its solvent-based acrylic formulation enhances durability and adhesion on various substrates. The flat matte finish adds depth and reduces glare, a sharp contrast to typical glossy finishes in the industry, making it ideal for detailed model work and artistic applications where a non-reflective surface is desired.





