TARKO — Pumps | Pipes | Cables & Wires
    TECHNICAL GUIDE · IS 4984:2016 + AMENDMENT 2

    HDPE Pipe Weight Chart, explained simply

    PE100, PN 10, SDR 13.6, 110 mm — they sound technical, but they're just labels. Learn to read any HDPE pipe chart in a minute, and work out how heavy your order is before it arrives.

    TRY IT

    Find your pipe's weight

    Pick a grade, pressure and size. The wall thickness, weight per metre and the total for your order update instantly.

    1 · PLASTIC GRADE
    2 · PRESSURE (PN, BAR)
    3 · PIPE SIZE (OD, MM)
    INSIDE93.8 mm
    YOUR PIPE
    110 mm PE100
    PN 10 · SDR 13.6
    ≈ 100 m of water head
    WEIGHT
    2.667
    kg / metre
    WALL
    8.1–9.1
    mm (min–max)
    INSIDE Ø
    93.8
    mm (largest, ≈)
    TOTAL FOR 300 M
    ≈ 800 kg
    SAME SIZE & PN, DIFFERENT GRADE
    PE100
    2.667 kg/m · SDR 13.6
    PE80
    3.207 kg/m · SDR 11
    PE63
    not made
    Get a quote
    Show the working
    • SDR = OD ÷ wall = 110 ÷ 8.1 ≈ 13.6 → rounds to the standard SDR 13.6
    • Inside Ø ≈ OD − 2 × wall = 110 − 2 × 8.1 = 93.8 mm
    • Wall range: Table 4, IS 4984:2016 as amended by Amendment 2
    • Total = 2.667 kg/m × 300 m = 800 kg

    Worked example: 300 m of 110 mm PE100 PN 10 → 2.667 kg/m × 300 = about 800 kg, with an inside diameter of ≈ 93.8 mm.

    THE BASICS

    Five labels, in plain words

    Every row on a pipe chart is built from the same few ideas. Poke at the controls below — they show what each number does to the pipe.

    1 · Grade — PE63, PE80, PE100

    The number after “PE” comes from the plastic's long-term strength (MRS). A stronger plastic holds the same pressure with a thinner wall — so a PE100 pipe at PN 10 uses less plastic, and weighs less, than PE80 at PN 10.

    2 · PN — pressure in bar

    Nominal pressure. 1 bar ≈ 10 m of water height. The standard offers PN 2, 2.5, 3.2, 4, 5, 6, 8, 10, 12.5, 16 and 20.

    PN 10
    10 bar ≈ 100 m of water height
    Medium pressure

    The maximum continuous pressure with water at 27 °C, worked out from the plastic's 50-year strength at 20 °C (MRS) with a design factor of 1.25.

    PN 2PN 20

    3 · SDR — how thick the wall is

    Standard Dimension Ratio = outside diameter ÷ wall thickness. Smaller SDR = thicker wall: heavier and higher pressure.

    INSIDE93.8 mm
    SDR 13.6
    110 ÷ 13.6 = 8.1 mm wall
    PE63 PN 6PE80 PN 8PE100 PN 10
    SDR 41 · thin & lightSDR 6 · thick & strong

    4 · Wall thickness — why two numbers?

    No pipe is made to exactly one thickness, so the standard gives a minimum and a maximum. The wall must sit between them everywhere. Very small pipes have a 2.0 mm minimum.

    max wall = min wall + (0.1 × min wall + 0.1 mm)
    rounded up to the next 0.1 mm
    inside Ø ≈ OD − 2 × wall
    the minimum wall gives the largest possible hole — real pipes can be slightly smaller

    5 · Weight — kg per metre

    The plastic in one metre of pipe × its density (a little under 1 kg per litre — HDPE floats). You don't need to do the sum; the chart does it for you.

    kg/m ≈ π × (OD − wall) × wall × 0.97 ÷ 1000
    OD and wall in mm, average wall
    order weight = kg/m × metres
    multiply by the length of your order
    HOW THEY FIT

    Grade, PN and SDR decide each other

    Pick any two and the third is fixed. The standard's formula gives the pressure, rounded down to the nearest PN in the series (0.85 is a safety factor for water at 27 °C).

    SDRPE63PE80PE100
    41
    33
    26
    21
    17
    13.6
    11
    9not made
    7.4not made
    6not madenot made
    Tap any PN to load it into the calculator.
    pressure (bar) = 10 × 2 × stress ÷ (SDR − 1) × 0.85
    stress = 5, 6.3 or 8 MPa for PE63, PE80, PE100
    Example. You need a PN 10 pipe in PE100 → look down the PE100 column: PN 10 is SDR 13.6. In PE80, PN 10 is SDR 11 — a thicker wall, so a heavier pipe.
    Reading SDR. A 110 mm pipe with an 8.1 mm wall: 110 ÷ 8.1 ≈ 13.6. Small SDR (6, 7.4) means thick, heavy, high-pressure. Large SDR (33, 41) means thin, light, low-pressure.
    THE FULL CHART

    Weight & wall thickness, 16–2500 mm

    The walls and pressure ratings are the values printed in IS 4984:2016 as changed by Amendment 2. Switch grade, hover to trace a row and column, and tap a cell to send it to the calculator.

    OD mm
    PN 3.2
    SDR 41
    PN 4
    SDR 33
    PN 5
    SDR 26
    PN 6
    SDR 21
    PN 8
    SDR 17
    PN 10
    SDR 13.6
    PN 12.5
    SDR 11
    PN 16
    SDR 9
    PN 20
    SDR 7.4
    16–––––––
    20––––––
    25–––––
    32––––
    40–––
    50––
    63––
    75
    90
    110
    125
    140
    160
    180
    200
    225
    250
    280
    315
    355
    400
    450
    500
    560
    630
    710
    800
    900
    1000–
    1200––
    1400–––
    1600–––
    1800––––
    2000––––
    2250–––––
    2500–––––

    Weight in kg per metre · wall as min–max mm · “–” means the standard doesn't include that combination. Tap a cell to load it into the calculator. The tables cover every size in the standard, from 16 mm up to 2500 mm.

    CHOOSING

    Which grade should I choose?

    Choose PN for the pressure you really need

    Pick the PN from the highest pressure your line will see, including pressure surges — not only the normal working pressure.

    Use the Pipe Selector

    Unsure? Tell us the pressure, length and size and we'll help you choose.

    CHECK IT YOURSELF

    Every number traces back to the standard

    Wall thicknesses and pressure ratings on this page are the values printed in IS 4984:2016 as amended. Don't take our word for it — get the official documents from BIS and compare.

    What's exact and what's a reference value. Wall thicknesses and PN ratings come straight from Table 4 of the standard. IS 4984 is © Bureau of Indian Standards; the values are shown here as reference data and the authoritative text is the one you get from BIS. The standard prints no weights, so kg per metre is a reference figure — real pipes vary slightly because the wall may sit anywhere between the minimum and maximum.
    FAQ

    Frequently asked questions

    Is the chart weight the exact weight of every pipe?

    No. It is a reference weight worked out from the standard's wall thicknesses — the standard itself prints no weights. Because the wall is allowed to vary between the minimum and maximum, the real weight of a pipe can be slightly different. Our quotation shows the weight we will supply.

    Why is a PE100 pipe lighter than a PE63 pipe at the same pressure?

    The stronger plastic needs less wall to hold the same pressure, so there is less plastic in every metre.

    What does “IS 4984” mean?

    It is the Indian Standard for polyethylene pipes for water supply. This guide follows IS 4984:2016 as changed by Amendment No. 2 (April 2022).

    What changed in Amendment 2?

    The wall-thickness table was replaced (many maximums moved up by 0.1 mm, and the smallest pipes now have a 2.0 mm minimum), PE100 SDR 41 is now rated PN 3.2 instead of PN 3, and 2250 mm and 2500 mm sizes were added. Amendment 1 (May 2018) had already corrected the 110 mm SDR 21 wall to 5.3–6.0 mm.

    Can I use the weight to compare quotes?

    Yes. Pipe is usually priced by weight, so compare the same size, grade and PN across suppliers. A thinner wall means less material and a lower price, but it may mean a lower pressure rating.

    Where can I read the standard?

    IS 4984:2016 and its Amendment No. 2 (2022) are published by the Bureau of Indian Standards (BIS). You can get them from BIS, and BIS also publishes the IS 4984 certification manual.

    Weights are reference values for the standard's walls and may differ slightly from a finished pipe. Source: IS 4984:2016 as amended by Amendment No. 2 (April 2022).

    Need a quote?

    Tell us the size, grade (PE63/PE80/PE100), PN and length — we'll send a quotation with the weight worked out for you.