Proctor Spacetherm Cold Bridge Strip - Common Thicknesses

• Thin thermal bridge insulation ideal for timber or steel frame structures.
• Fully encapsulated.
• Class leading performance.
• Fast and easy to fix with adhesive backing.
• Constant long term thermal performance 50 years +.
• Available to any width or thickness.
• Non-hazardous material.

Timber/steel frames: Proctor Cold Bridge Strip is a high-performance insulation solution specifically designed for use in timber and steel frame structures, effectively reducing thermal bridging. Suitable for residential, commercial, and industrial applications, it enhances energy efficiency by minimising heat loss at critical junctions. The strip's robust construction ensures durability and long-lasting performance, while its flexible design allows for easy handling and installation around various structural elements. By maintaining the continuity of the insulation layer, Proctor Cold Bridge Strip prevents condensation buildup and improves overall thermal performance. This cost-effective solution significantly enhances the energy efficiency and indoor comfort of timber and steel frame structures.

• How is Proctor Cold Bridge Strip applied? - Proctor Cold Bridge Strip is typically applied by adhering it to clean, dry surfaces around areas prone to thermal bridging. It can be cut to size and shape to fit specific applications, ensuring a secure fit and optimal performance.
• How does Proctor Cold Bridge Strip contribute to energy efficiency? - By reducing thermal bridging, Proctor Cold Bridge Strip minimises heat loss through structural components. This helps maintain consistent indoor temperatures, improving energy efficiency and reducing heating and cooling costs.
• Can Proctor Cold Bridge Strip be used in combination with other insulation products? - Yes, Proctor Cold Bridge Strip can be used in combination with other insulation products to achieve higher levels of thermal performance. It can enhance the overall insulation system by adding excellent thermal resistance in areas prone to thermal bridging.