Pipe Insulation Foam for 32mm inside diameter Pipes ~ Air Conditioner Heat Insulation PipeCovers for Plumbers Plumbing (9/13/20mm Insulation)

Product Information

Key Features of Kaiflex ST

In addition to its excellent technical characteristics, Kaiflex ST also has a proven track record of sustainability. Kaiflex ST Tubes 32mm Insulation Thickness. Comparable to similar Armaflex product 033 (W/m·K) at 0 °C and an outstanding water vapour diffusion resistance of up to μ ≥10,000, which makes it highly energy-efficient and effective at preventing condensation. It is also certified for fire performance, meeting Euroclass B-s3, d0 (DIN EN 13501-1), Class O (in accordance with UK building regulations), and Class 1 very low surface spread of flame (test in accordance with BS 476-7). Kaiflex ST has been extensively tested and internationally certified, ensuring that it meets the highest standards of quality and performance. Its closed-cell synthetic rubber structure makes it ideal for use on hot and cold pipes of any size, and it is suitable for use on pipes and ducts in a wide range of settings, including airports, office buildings, hotels, apartment buildings, industrial plants, and ships. Kaiflex ST is a versatile, reliable, and sustainable insulation material that is suitable for use in a wide range of settings.

Self-extinguishing: High safety due to good fire behaviour

• Self-extinguishing: High safety due to good fire behaviour The requirements for certified safety in case of fire have increased worldwide for elastomeric insulation materials.
• Water Diffusion: Reliable prevention of condensation Dew formation can lead to damage to insulation as well as technical equipment.
• Anti-microbial finish Mould growth can affect indoor air quality.
• Kaiflex reduces the spread of fire and smoke, is self-extinguishing and does not drip off when burning.
• Thermal Efficiency: Excellent thermal values minimise energy losses Inadequately insulated technical installations generate increased operational costs.
• Kaiflex has low thermal conductivity, which results in lower energy losses and increases the efficiency of the entire installation.