UPM ProFiLifecycle S1-21
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Material: UPM ProFi Lifecycle is an advanced wood composite made using the latest technologies. Recycled American red and white oak fibres are heat treated, encapsulated in a hard polymer matrix, and then allowed to cool naturally. This process takes longer than typical WPC production. The result is an exceptionally stable, water resistant solid board that is protected to the core. Compared to traditional WPC boards, the closed surface is also more resistant to oil spills and stains. Structure: Solid profile with fluted reverse, made by extrusion technology. Single sided use: hardwood embossing. Physical and mechanical properties: Property Test method Value Density, g/cm3 1.0 Falling mass impact, J (1 kg/1500 mm) EN 477 * No break (> 15) Maximum allowable Uniform Live ICC-ES AC 174 4.79 ASTM D6109 Modulus of Rupture, MN/m2ASTM D7032 17 ** Thermal expansion, 1/°C ASTM D1037 3.6 x 1 0-5 Coefficient of Friction ASTM D2394 0.59/0.64 Static Dry Parallel/Perpendicular to grain ASTM D2394 0.92/0.84 Static Wet Parallel/Perpendicular to grain Flame Spread ASTM E84 Class "C" or Class III. Within the range of wood species commonly used for joists. Modulus of Elasticity, MN/m2 ASTM D7032, 690 *** Water Absorption (24 h), % EN 317 * < 2.5 * (Based on CEN/TS 15534 wood plastic composites (WPC).) ** (Average value at ambient temperature. Not adjusted for temperature, freeze-thaw, UV exposure etc.) *** (1. Value used to compute maximum allowable uniform live load for decking and railing applications. 2. Includes deductions for loss in stiffness due to temperature, UV exposure, and freeze-thaw cycles per ASTM D7032. 3. This value is given for informational purposes only and is NOT presented as a general design value.)

Profile dimensions: 21 mm x 137 mm; length 4 m; weight: 2.6 kg/m Tolerances: The boards may have a slight curvature on one side due to the special production and natural cooling method. Thermal expansion: UPM ProFi Lifecycle will expand and contract with changes in temperature. The following table shows this effect over different temperature changes. The temperature change listed relates to the temperature of Lifecycle material, not the air temperature. In strong sunshine, darker coloured boards will reach higher temperatures than lighter coloured boards. Thermal expansion/shrinkage of UPM...