Reduces
Thermal Loss
Reduces heat transfer at the glass edge by minimizing thermal bridging commonly associated with metal spacers.
Warm edge spacers are used in insulated glass units to maintain consistent spacing between glass panes and create an airtight perimeter seal. Unlike traditional aluminum spacers, warm edge systems reduce thermal conductivity at the glass edge, improving overall unit performance.
Warm Edge Spacer utilizes a foam-based spacer system with perimeter sealants to limit heat transfer and reduce edge-related energy loss. The system is designed to support long-term structural stability and moisture control within the insulated glass unit.
Reduces heat transfer at the glass edge by minimizing thermal bridging commonly associated with metal spacers.
Closed-cell polymer foam helps dampen sound transmission at the insulated glass perimeter.
Foam spacer construction absorbs expansion and contraction caused by temperature fluctuations, helping maintain long-term seal integrity.
Improved edge insulation helps reduce condensation formation and moisture-related issues at the glass perimeter.






