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LLOYDFOAM, the spray applied Rigid Polyurethane foam is designed to combine highly efficient thermal insulation with great ease of application. It is ideal for a wide range of insulation uses in buildings, particularly roofs, in addition to pipes and storage tanks in industry. By nature, liquid applied foam plyurethane adheres strongly to almost any surface regardless of foam.As foam does not sag, buckle or mat in use, it retains its insulation value for the life of insulation.
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The SEAMLESS and MONOLITHIC nature of the sprayed foam provides a full proof method
of sealing cracks and rendering any surface moisture resistance and draught proof.
The closed call foam has low water vapour transmission properties and also inhibits
ingress of moisture. The excellent adhesion of the sprayed material makes mechanical fastening redundant. The low density of material adds little weight to overall loading. The firm bonding to the substrate can also add significantly to reducing vibration of thin membrane roofs and structural strength of building itself. |
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process of applying rigid polyurethane foam by spray eliminates separate fixing
procedures .LLOYDFOAM is sprayed with the help of two component GUSMER machines,
which are capable of maintaining the mix ratio at +/- 2% accuracy and controlling
the component temperatures at precisely the optimum range. On roof work the insulation effect of the foam reduces thermal movement of the rocf deck and helps prevent failure of the roof covering. Far from being confined to flat surface, spray applied LLOYDFOAM is ideal for curved corrugated, and irregular surfaces. Besides external use, spray foam can be applied internally as long as the building is suitable, having easy, convenient access for application and good ventilation. The foam can be sprayed on to the underside of roofs or suspended floors and on to the inner surface of wall. Although the foam forms a weather resistance membrane, a final coating is required as an additional protection against U.V radiation in exterior applications. In the same way as any other organic material , plyurethane foam can eventually be attacked by ultraviolet rays of the sun, hence a protective coating is necessary. | |
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