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    PIPE HDPE FOR GAS AND WATER

    PIPE HDPE FOR GAS AND WATER

    Price:
    confirmation
    Quantity Order:

    Specification :

    PIPE AND PIPE PE80 PE100
    PE 100 manufactured according to ISO standards 06-4829-2005 with 5 levels of the nominal pressure ( PN grades) , namely 6, 3 bars, 8 bars, 10 bars, 12, 5 bar and 16 bar. This type of black pipe.
    PE 80 has 5 levels of the nominal pressure ( PN grades) , which is 5 bars, 6, 3 bars, 8 bars, 10 bars and 12, 5 bars. Pipes of this type of yellow or black.
    Pipe length to diameter of 110 mm can be rolled under 50-300 m in the form of rods or standard 6 meters or 12 meters, complete with all accessories needed. To a certain length you need, please contact AGRO INDUSTRY IN SURABAYA 031 60234888 / FAX. 031 3980197.

    TECHNICAL SPECIFICATIONS
    Polyethylene pipe has some special characters so as to provide flexibility and profitability in the customer as follows:

    Flow more smoothly: The surface of the polyethylene pipe is not only strong, but too slippery. This makes it a lower resistance and increase flow capacity. This means that for the same technical specifications, you need a polyethylene pipe diameter smaller when compared with the use of iron pipe, concrete pipe or PVC pipe.

    Easily fitted: polyethylene pipe is more flexible than the PVC pipe, no problems when installed in an open area with a rough surface / gravel ( even pipe of this type can go back into shape after being run over by a truck) . The characters are very easy to install polyethylene makes your team not to worry too much and more importantly, when pipe installation is much faster when compared to other types of pipe.

    Anti-leak: Through the heating process, two polyethylene pipe sections can be merged into one homogeneous part. This eliminates mechanical incorporation with all potential leak at the fittings.

    Other materials: polyethylene pipe anti-corrosion properties, is resistant to acids, caustics, salts and gases. The surface of the polyethylene pipe is strong enough so it is suitable for slurries and various other types of abrasion.

    Specification of INDOPIPE ® PE 100
    PROPERTY UNIT METHOD VALUE
    Colour Black - - -
    ISO 1183 Density g / cm3 0959
    Melt Flow Rate of 5 kg-190 ° C ISO 1133 / T g / 10 min 0.3
    Minimum Required Strength MPa ISO DIS 9080> 10.0
    Flexural Modulus ISO 178 MPa 1250
    Tensile Strength at yield ISO 527 50 mm / min, 26 MPa
    Tensile Strength at Break ISO 527 50 mm / min, 35 MPa
    Compound Designation ISO 12 162 - PE 100
    Typical Applications: gas, drinking water industry, Sewage
    Specification of INDOPIPE ® PE 80
    PROPERTY UNIT METHOD VALUE
    Colour Yellow - - -
    ISO 1183 Density g / cm3 0940
    Melt Flow Rate of 5 kg-190 ° C ISO 1133 / T g / 10 min 0.9
    Minimum Required Strength ISO DIS 9080 MPa> 8.0
    Flexural modulus of 178 MPa ISO 800
    Tensile Strength at yield ISO 527 50 mm / min, 18 MPa
    Tensile Strength at Break ISO 527 50 mm / min, 32 MPa
    Compound Designation ISO 12 162 - PE 80
    Typical Applications: Gas

    Pipe Dimension for PE 80 & PE 100 According to ISO 4427 & SNI 06-4829-2005 for water distribution
    SDR 26
    CLASS PE 100
    SF = 1.25 6.3 BAR
    PE CLASS 80
    SF = 1.25 5 BAR
    OUTER DIA
    ( MM) Wallthickness
    ( MM) INNER DIA
    ( MM) KG / M
    20 - - -
    25 - - -
    32 - - -
    40 1.6 36.7 0.20
    50 2.0 45.9 0.31
    63 2.4 58 .0 0.47
    75 2.9 69.1 0.67
    90 3.5 82.8 0.97
    110 4.3 101.2 1.46
    140 5.4 129.1 2 .33
    160 6.2 147.5 3.05
    180 6.9 166.2 3.80
    200 7.7 184.5 4.71
    225 8.6 207.7 5 .92
    250 9.6 230.7 7.33
    280 10.7 258.6 9.15
    315 12.1 290.7 11.66
    400 15.3 369 .3 18.68
    450 17.2 415.5 23.61
    500 19.1 461.7 29.13
    630 24.1 5.81 46.27
    710 2 7.2 655.6 58.81
    800 30.6 738.8 74.48
    900 34.4 831.65 94.38
    1000 38.2 924.1 1 16.5

    APPLICATION
    Water Pipe
    SDR 26
    SDR 21
    SDR 17
    SDR 13.6
    SDR 11
    Gas Pipe
    SDR 11

    Superglide developed as pipe wrapping fiber optic cables are capable of fiber optic cables to protect against external influences.
    Superglide has a groove that is able to reduce friction. Lubricants are often used to reduce friction, but are usually less effective for the position of twists and turns. Groove contained in Superglide provide a solution for you because it makes the walls of the Superglide Groove able to maintain low friction power to indefinitely.
    Advantages:
    1. Pipe according to various dimensions of the desired
    2. The surface of the inner tube containing the groove will reduce friction during installation
    3. No lubricant is needed to insert the cable
    4. Pipes can be placed on the ground in a long time without any change in size or power of friction on the inner wall

    Product Range
    Outer Diameter
    mm Wall Thickness
    mm Length per Reel
    M
    32 mm 1500 3: 35
    40 mm 3.70 in 1000
    50 mm 4.60 550
    50 mm 4.60 in 1100

    Property Materials
    Property Unit Value Method
    Density 23 ° C ISO 1183 g / cm 3 0.95
    Thermal Stability ( OIT)
    200 °
    210 ° EN 728 min
    30 min
    20 min
    Tensile Strength ( 50 mm / min)
    at yield
    at break ISO 527 MPa
    24
    34
    Tensile elongation ( 50 mm / min)
    at yield
    at break ISO 527%
    9
    700 min
    Elastic Modulus ( 10 mm / min)
    Flexurel modulus at 0.4%
    ESCR ( F50)
    ISO 178 Vicat Softening Point
    ASTM D 790
    ASTM D 1693
    ISO 306 MPa
    Mpa
    h
    1050 ° C
    1000
    700 min
    127
    Resistance to slow crack
    Growth notch pipe
    Test at 80 ° C, 4.0 MPa ISO / DIS 13 479 h> 165

    Pipe joints using electro fusion socket with a simple hot wire is not suitable for water networks. Elekro socket fusion is equipped with a hot wire is now available, but there are gaps between the surface connections that can be populated by bacteria. For it must be found alternative connection technology is better suited to those needs. Trenchless installation with socket elektrofusion need to be tested, especially when the length of the pipe is inserted to the plow blade.
    Another possibility to realize this connection is to use a PTFE gasket between the ends of the pipe, the pipe should be clamped by using the butt welding so that both ends of the pipe can be met. After the planned gasket inserted and stabilized in its position, the pipes will be connected securely.
    The connection can be realized with a socket elektrofusion previously been suppressed through one end of the pipe, which is welded first. Modification of welding machines must be done properly because it is important to make sure the distance between the point of the first pipe fittings and clamps fit enough to fit the socket length.



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