Slumped Glass

• Mold Engineering: Each project begins with a precision-engineered mold. The accuracy of the mold determines the final curvature, surface quality, and consistency of the slumped glass panels.

• Cutting & Pre-Treatment: High-quality float glass is cut to size and meticulously cleaned to avoid defects during the slumped glass forming process.

• Kiln Heating & Forming: The glass is heated to approximately 600–700°C inside the slumping kiln. As it softens, it slowly conforms to the mold under its own weight, creating the required curve, wave shape, or detailed 3D form.
This kiln-formed slumped glass process is ideal for large, curved, and decorative applications.

• Controlled Cooling (Annealing): The glass is slowly cooled to release internal stress, ensuring long-term structural stability and superior strength for architectural slumped glass applications.

• Post-Processing: Depending on project requirements, the glass can be tempered, laminated, drilled, polished, coated, printed, or sandblasted before final inspection and packaging. These options make custom slumped glass suitable for demanding architectural projects.

• Complex Curvature Capability: Supports arcs, S-shapes, U-shapes, wave patterns, conical forms, and other complex 3D profiles—ideal for curved slumped glass designs.

• High Surface Quality: Ensures smooth, seamless curves with excellent mold fidelity and premium optical performance.

• Safety Compatibility: Can be tempered or laminated after forming to meet global safety glazing standards.

• Large Format Options: Capable of producing oversized architectural slumped glass panels for façades and feature walls.

• Stable Textures & Patterns: Creates permanent 3D textures, relief patterns, and wave designs, widely used in decorative slumped glass applications.