PE Water Pipe

Product Specifications

Markets:	North America,South America,Eastern Europe,Southeast Asia,Africa,Oceania,Mid East,Eastern Asia,Western Europe
Diameter: 16-1200mm:	Pressure : 0.63-1.6mpa

Product Description

Features 1, High corrosion resistance, resulting into a longer life 2, High impact strength 3, Extremely light weight and hence easy to handle 4, High flexibility 5, High abrasion resistance 6, Excellent water hammer characteristic helps, sustaining surges 7, Excellent flow characteristics leading to significant energy savings 8, Shifting soils- no breakage 9, Earthquake resistance 10, No infiltration, helps maintaining the quality of fluids being conveyed 11, No trenches needed, resulting into easy and economical installation 12,Allows fusion to eliminate leakages 13. Emergency connection possible Application Water supply system Industrial Environmental protection Agriculture Connection Method Socket Fusion Joint This technique consists of simultaneously heating both the external surface of the pipe and the internal surfae of the socket fitting untial the materal reaches fusion temperature; inspection the melt pattern; inserting the pipe end into the socket; and holding it in place untial the joint cools. Mechanical equipment is available and should be used for sizes larger than 2 inch diameter to attain the increased force required and to assist in alignment. Follow these general steps when performing socket fusion; a, Select the equipment b, Square and prepare the pipe ends c, Heat the parts d, Join the parts e, Allow to cool Butt Fusion Joint The most widely used method for joining individual lengths of large diameter polyethylene pipe is by heat fusion of the pipe butt ends. This technique, which precludes the need for specially modified pipe ends or couplings, produces a permanent, economical and flow-efficient connection.Field-site butt fusions may be made readily by trained operators using specially developed butt fusion machines that secure and precisely align the pipe ends for the fusion process. The six steps involved in making a butt fusion joint are: a, Securely fasten the components to be joined b, Face the pipe ends c, Align the pipe profile d, Melt the pipe interfaces e, Join the two profiles together f, Hold under pressure Electro Fusion Joint This technique of heat fusion joining is somewhat different from the conventional fusion joining. The main difference between conventional heat fusion and electro fusion is the method by which the heat is applied. In conventional heat fusion joining, a heating tool is used to heat the pipe and fitting surfaces. The electro fusion joint is heated internally, either by a wire coil at the interface of the joint or, as in one design, by a conductive polymer. Heat is crated as an electric current is applied to the conductive material in the fittings. General steps to be followed when performing electro fusion joining are: a, Prepare the pipe b, Clamp the fittings and pipe c, Apply the electric current d, Cool and remove the clamps