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RockLoyd is precisely engineered Resin Bonded Fibrous Insulation to offer maximum resistance to heat passage. RockLoyd fibres are spun from selected rocks, melted at 1600 ° celsius and blended to a carefully adjusted chemical composition. Their centrifugally spun fibres have a diameter 1/20th that of human hair. These are felted using State of the Art Technology into bonded and cured pipe sections to optimum density and resilience. Over 25 million sq. mts of RockLoyd Insulation is in service in prestigious projects within the country saving millions of tonnes of fuel year after year.

WHY USE PREFORMED PIPE SECTION
Mandrel wound and concentrically formed form fitting Pipe Sections, Precisely made to fit standard pipe diameters offer uniform maximum resistance to passage of heat along and around the entire 360° of the pipe axis. Superior density of this product enhances compression resistance in service. These sections are easy to fit and hence afford speedy application at site.

SPECIFICATION CONFIRMANCE
Rockoyd pipe sections, manufactured from selected rocks using State Of The Art Technology, fully conform to national and international standards such as: BS : 3958 Part-4 ASTM : C 547-95 IS : 9842

TECHNICAL SPECIFICATIONS
 
WATER & MOISTURE REPELLENCY
Standard Densities : 144,150 & 160 kg/m3 Application Temperature : -1000° C to +8000°C Standard Thickness* : 25,40,50,60,65,75mm Diameter Range ** : 12.5mm to 350mm Nominal BoreStandard Length : 0.5, 0.75, 1.0 mts. Facings : Kraft Paper, Scrim, Cloth, Canvas or Aluminum Foil.
* Other thickness from 20 to 100 mm in steps of 5mm can also be made available.
** Outer Diameter of Pipe to be specified.		RockLoyd Pipe Sections, by use of special additives and fibre lay pattern, have an angle of cantact exceeding 90° which make it totally hydroscopic . When tested as per IS, BS, and ASTM standards, the material exhibits excellent resistance to moisture as compared to materials like calcium silicate and glasswool which are inherently hygroscopic in nature. Insulation materials loose their properties when water or moisture enter their body.
 
FIRE RESISTANCE
 
SOUND ABSORPTION
Incombustible when tested as per IS : 3144.
Melting point of fibre is above 1000 ° C (1825 ° F).
 Excellent sound absorption by virtue of its scientific fibre lay pattern which ensures controlled dispersion of air pockets and precise air flow resistance.
 
 
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