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• <br /> TriMax Plastic Lumber <br /> Specification Sheet <br /> Safety and HangiLag2milulkal <br /> .. Wearoggles when power sawing and machining. <br /> ...Avoid frequent or prolonged inhalation of sawdust. Avoid accumulations of sawdust in work <br /> area. Wear a dust mask when sawing or machining. <br /> ...Sawdust may irritate skin. if so, wash with soap and water. go not rub off, <br /> ...Handle lumber with work gloves to avoid abrasion of hands. <br /> ...if sawdust accumulates on clothes, launder before reuse. Wash work clothes and household <br /> clothes separately. <br /> ...Dispose of TriMax Lumber by ordinary trash collection or through plastic recycling programs. it <br /> should not be burned in open fires or in stoves. fireplaces or residential boilers. TriMax Lumber <br /> discarded from commercial or industrial use should be disposed of in accordance with state and <br /> federal regulations. <br /> ....Do not use TriMax Lumber as a component of food or in direct food contact application. <br /> .. See TriMax Lumber Material Safety Data Sheet(MEDS)for further safety and handling <br /> information. <br /> Consumer WorkabBJ.#V <br /> ...TriMax Lumber is designed to be used just like regular outdoor lumber with all standard <br /> woodworking tools and fasteners. <br /> ...TriMax Lumber can be sawed, nailed and screwed, drilled, planed and notched without any <br /> worry of knots, splinters or splitting. <br /> ...For better tool wear, use carbide tools. <br /> ...For industrial applications, use diamond coated tools. <br /> ...Pelntabiiity: With proper flame treatment, TriMax is not easily painted. For further information. <br /> contact your local TriMax distributor. <br /> - hanical Properti,s* * <br /> 0,yareaA Stansiard, <br /> Moisture Condition Not applicable Not applicable <br /> Specific Gravity 0.75 q5 <br /> MOdulius of Rupture(Maximum Fier Stress) 2960' 145 psi <br /> Modulus o1 Elasticity 345 million psi .01 million psi <br /> Work to Maximum Load(in pounds per cubic Inch)2.66 <br /> Compression Parallel to Grain 1740 1000 <br /> Compression Perpendicular to Grain 690 <br /> Shear Parallel to Grain 740 psi 30 psi <br /> Impact Sending 7500 psi 800 psi <br /> Tension Parallel to Grain 1250 psi 110 psi <br /> ' For design,we recommend a value of 1480 psi for a 100%safety factor. <br /> **Testing performed b y College of Environmental Science and Forestry, SUNY, Syracuse, NY <br /> • <br />