30 Hipro Insulation Wrap: Assembly from Hiproblanket and Thermoblanket with needled E-glass fi lling. Material & Construction: Construction: Remountable sleeve from woven E-glass blanket as innerlayer, fi lling of needled E-glass and slicone coated E-glass blanket outside; with polyester hook & loop closure and with at every 10 cm an additional nickel plated brass turnbuckle. Cover specifi cations: Silicon rubber, excellent oil resistant, halogen-free, limited short term fl ame protection, good temperature reduction, withstands small particals of molten splash. Temperature: -55 °C till +260 ºC continuous. Under fl ame till +538 °C for approx. 20 minutes. Radiation heat till +538 ºC for approx. 20 minutes. Small molten metal splash till +1200 °C for 15-30 seconds. Colour: Grey. The Hipro Insulation Wrap is a combination of our Hipro and Thermo products with the aim to achieve a high level of thermal insulation in combination with short term fl ame protection. The outer layer of Hiproblanket Light insulation material is resistant to hydraulic fl uids, lubricating oils and fuels, it protects against small particals of molten splash, occasional fl ames, energy loss in piping and hoses; also protects employees from burns. The main characteristic however is that Hipro Insulation Wrap has an effective high insulation λ-Factor in saving energy losses from piping etc.. Hipro Insulation Wrap is a custom made product and can be made in diameters up to 302 mm. It allows quick installation in-situ without the need to dismantle and reconnect fi ttings. Also repair of existing installations can be performed with a minimum of labor and downtime. Typically used in the basic glass, ceramics and steel industry. On demand also available with ceramic fi lling. ANAMET HEAT PROTECTION PRODUCTS HIPRO INSULATION WRAP Hipro Insulation Wrap comes in 2 types of needled fi llings with different thermal insulation characteristics: Thermal conductivity data (λ) Type 1 Type 2 Temperature / Filling Filling 96 - 112 kg/m3 Filling 144 - 176 kg/m3 at 150 C° 0,04 W/mK 0,05 W/mK at 260 C° 0,05 W/mK 0,07 W/mK at 370 C° 0,065 W/mK 0,09 W/mK
Heat protection catalogue
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