Lightness
 UPNC is approximately half weight of Copper pipe, one-fifth   weight of Steel pipe and one-tenth weight of Cast lion pipe. Transport and   handling therefore are both simple and convenient. Chemical Resistance
 The   excellent chemical resistance of UPVC to acids, alkalis, oxidizing and reducing   agents makes it particularly suitable for a wide range of industrial   applications. High Flow Rate
 The internal surface of UPVC pipe and   fittings“extremely smooth”equivalent to a Manning and Cutter coefficient of   0.010,giving excellent flow propertie4s which remain constant due to reduced   build-up of scale.
 Non Conductivity
 UPVC is a non-conductor of   electricity, and is therefore not subject to galvanic or electrolytic action.
 Weather Resistance
 The UPVC pipes and fittings range is manufactured   from a specially formulated UPVC compound, developed from many years for trial,   resulting in a tough resilient materials with excellent outdoor weathering   performance.
 Low Installation Cost
 Tight dependable connections are made   by solvent welding of UPVC pipes and fitting. This combined with the other   advantages of lightness, flexibility and the use of prefabrication techniques,   can afford savings both in time and money.
 Effect of Elevated Temperature
 The UPVC remains stable under load to a temperature of approximately 75°c   and is therefore satisfactory for use in soil or waste systems. Specialized   Applications
 The systems are more than adequate for normal domestic   applications in low and multi-rise dwellings. There more Specialized   Applications, such as tea-makers, autoclaves, hospital, industrial kitchens and   laboratories are concerned, where prolonged discharges of liquids at elevated   temperatures can occur.
 Laying Instruction &Jointing Procedure
 Clean   the outside of the pipe’s spigot end and the inside of the sealing groove of the   fitting. Apply the lubricant supplied by us uniformly to the spigot end, sealing   ring and pass the spigot end into the socket containing sealing ring until fully   home. Mark the position of the socket edge with the pencil or felt-tip pen on   the pipe, then withdraws the pipe from the socket by approx.10mm (toward thermal   expansion gap).
 Spacing of Pipe Clips
 With horizontal runs, the pipe   clips should be spaced at intervals of no more than ten times the pipe. Vertical   lines are spaced at intervals of one meter to maximum of two meters according to   pipe diameter.
 Advantages of CPVC Pipes and Fittings
 This is   thermoplastic piping material which can be used for higher temperature   application. it is a special Polymer with higher class transition point, which   means advantages over regular
 UPVC Pipes and Fittings. CPVC remain its   mechanical strength at higher temperatures.
 CPC=93°C Max. UPVC=59°C Max
 Health Concern
 CPVC supports lowest bacteria growth compared with other   traditional piping materials.
 Scale Build-up
 CPVC supports no corrosion   and hence Scale build-up is inhibited.
 U.V. Exposure
 Since degradation   process in CPVC is Dehydrocholrination and not oxidation. The out door exposure   of CPVC pipe and fittings to U.V. do not break polymer；Hence, it is not only   being limited to a surface discoloration.
 Fire Safety
 CPVC does not   support combustion. No flame dripping, low flame spread and low smoke   generation.
 Water Hammer
 CPVC is much quieter than metal systems with   much less water hammer.
 Effect of Chlorine
 CPVC is unaffected by the   presence of chlorine in potable water supply unlike polyolefin which is affected   by chlorine and hence break down of its polymer followed by potential leaks.
 Low Thermal Expansion
 CPVC has a low coefficient of thermal expansion   hence reduces the amount of expanding when hot water is flowing, causing   reduction in “l(fā)ooking of pipe”.
 Easy, Cost Effective Installation
 Easy   to join by Solvent Cement, no need to use special tools. Installation is easy in   tight, confined or inaccessible places. No. need for alternative material such   as expensive brass fittings.
 Low Thermal Conductivity
 The low thermal   Conductivity of CPVC reduces heat loss through the wall.