Sector: Naval & off shore |
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Fiberglass components - Serie VEMAR |
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For shipbuilding sector (cruise, merchant, military, big yachts and offshore), Naval Compositi Ltd provides a wide range of pipes, fittings and prefabricated systems made of GRP/GRVE that eliminate all problems of site assembly all in according to sector-specific rules, and regulations of the main naval Class Society.
Use of GRP/GRVE products (pipes, fittings and special pieces) realized in a complete range of thermosetting resins (Isophthalic, Vinylester and Epoxy) offers superior performance to traditional materials such steel, cu-ni and thermoplastic (PVC, PP, PE, etc.) due to their peculiar characteristics: .......................................................................... long life due to the excellent resistance to corrosion and chemical attack (sea water, C2O, H2s, solvents, thermal water, oily water, etc.); .......................................................................... superior hydraulic characteristics due to their very low internal roughness, which remains constant over time (between 0.0015 and 0.02 mm); .......................................................................... easy handling due to the lightness (about ¼ of the weight of steel). The pipes requires less staff and equipment to be installed; .......................................................................... fast installation, thanks to the various types of available junction with consequent assembly costs lower. ..........................................................................
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Fiberglass components - Serie VEIND |
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For the industrial sector and special applications, Naval Compositi Ltd supplies its products for applications in chemical, petrochemical, thermoelectric and hydroelectric markets.
Range of products available, highly customizable, can respond to the most varied requests by the Client.
Use of fiberglass components of VEIND series is particularly indicated in cases where it is necessary a specialized product able to respond effectively to the problems encountered in plant engineering in general, ie: .......................................................................... investment costs offset by very low operating costs than to traditional products (steel, etc.); .......................................................................... easy installation and connection thanks to the lightness of the material itself and the different joining systems; .......................................................................... absence of specific maintenance due to the type of material that makes it the ideal solution in the long term; .......................................................................... superior hydraulic performance thanks to low internal roughness which results in lower pressure losses; .......................................................................... high mechanical and anticorrosive properties. ..........................................................................
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