Architectural Glass Shaped at Scale
Toku Glass creates custom kiln-formed glass for countertops, tables, shower panels, partitions, feature surfaces, and architectural installations.
Each project is developed individually, allowing scale, texture, thickness, finish, and fabrication to respond to the space.
Surface, Scale, and Light
Kiln-formed glass creates depth, movement, and a changing interaction with light.
Available in sizes up to 60" × 120" and thicknesses from ¼" to 3", surfaces can range from quiet and refined to deeply dimensional.
Clear, low-iron, tinted, recycled, and mirrored glass provide a broad material palette for architectural applications.
Architectural Capabilities
Size & Thickness
Custom dimensions up to 60" × 120", with thicknesses from ¼" to 3". Final size and configuration depend on the application, material, and fabrication requirements.
Glass & Material
Clear, low-iron, tinted, recycled, and mirrored glass options allow transparency, color, reflection, and material depth to be developed around the project.
Texture
Surface textures are developed through both hand-sculpted and digital methods, then translated into mold surfaces and formed into the glass through heat.
Color & Imagery
Color may be incorporated directly into the glass or applied as a back finish. Custom pigments, metallic effects, decorative laminated interlayers, and digital imagery can also be developed by project.
Fabrication
Capabilities include polished and beveled edges, custom edge profiles, holes, notches, sink and outlet cutouts, custom shapes, drilling, mitering, CNC machining, and waterjet cutting.
Safety & Laminated Glass
Tempered and laminated configurations are available where required and are developed according to the application, design, and project requirements.
Made for the Project
Architectural glass does not always begin with a catalog product. Color, texture, transparency, dimensions, edge details, openings, and fabrication can be developed around the needs of the application.
Our small-batch approach gives us the flexibility to explore material directions, build samples, and resolve project-specific details without forcing every idea into a predetermined collection.
