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Structural Performance |
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SPS products have been developed to reach their full plastic capacity in flexure or compression without local buckling of either faceplate. More Details |
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Vibration Damping |
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Vibrations may be caused by machinery, external forces, such as wind and waves, and the use and occupancy of a structure. More Details |
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Blast and Ballistics |
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Conventional structures have limited capacity to absorb blast energy and are susceptible to early rupture. More Details |
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Lightweight Cores |
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Lightweight cores can be used to further reduce the weight and costs associated with certain SPS applications. More Details |
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Fire Resistance |
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From an extensive series of independent tests, SPS has been shown to offer significant built-in resistance to and protection against fire loads. More Details |
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Joining, Attaching to SPS |
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SPS structures can incorporate the complete range of conventional joining technologies currently utilised in steel structures. More Details |
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R & D |
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Intelligent Engineering and its partners have and continue to run an extensive R & D programme to further the development of SPS and its applications. More Details |
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PU Chemistry |
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Polyurethanes are engineered plastics that exhibit a wide range of superior structural properties such as strength, hardness, ductility, impact resistance, bond strength, thermal insulation and corrosion resistance. More Details |
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Environmental Impact |
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Intelligent Engineering and Elastogran have conducted environmental investigations into SPS as well as third party research. More Details |
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