Sto Design Architectural Colours
Short Description
The Sto Design Architectural Colours are an exclusive color collection by Sto, created specifically for sophisticated architectural and project designs. Developed by the StoDesign studio, this system combines aesthetic design principles with technical precision. It includes over 300 carefully selected architectural tones, perfectly tailored to modern materials, lighting conditions, and building concepts.
Unlike general color systems, the Sto Design Architectural Colours focus on the effect of color within space and on architectural surfaces. The collection unites natural, mineral, and urban nuances into harmonious palettes designed for long-lasting, architecturally refined color concepts. All shades are based on precise LAB values and are highly weather-resistant, UV-stable, and reproducible.
Usage
The Sto Design Architectural Colours are used worldwide by architects, interior designers, and color consultants. They are ideal for color design in façades, interiors, plaster and coating systems, as well as public and representative buildings. When combined with Sto coating products such as StoColor Lotusan®, StoColor Dryonic®, or StoColor Silco, they result in durable, aesthetically superior surfaces with maximum color stability.
The collection is designed to provide creative freedom and reliability: all shades are available across different materials and can be precisely converted into other systems like RAL, NCS, or Sikkens using qConv to plan and coordinate color schemes digitally.
Tips for Designers & Agencies
The Sto Design Architectural Colours are perfect for modern architectural projects where color is seen as an integral part of spatial and façade design. During planning, pay attention to lighting, surface texture, and the surrounding environment to achieve the desired color atmosphere. Neutral grey and sand tones are particularly popular as base colors for contrasting accents.
With qConv, you can analyze the Sto Design Architectural Colours online, find complementary shades, and export complete palettes. This makes it easy to develop high-quality aesthetic concepts — from digital simulation to real-world application.