HDPE Yeeb Nkab Nyhav Ib Meter: Yuav Ua Li Cas Xyuas Cov Yeeb Nkab Qhov hnyav ua ntej xaj

You’ve just received two HDPE pipe quotations. The outer diameter looks the same. The SDR rating appears identical. Yet one supplier quotes a weight that’s 15% heavier than the other.

Which one do you trust?

Here’s the uncomfortable truth: HDPE yeeb nkab weight per meter isn’t a single fixed number. It’s a calculated value that depends on outside diameter, phab ntsa thickness, material density, and — critically — which dimensional standard was used to produce the pipe. Two pipes can have the same nominal OD and SDR yet deliver materially different mass per meter if they follow different standards or manufacturing tolerances.

This guide will help you stop guessing. We’ll walk through the factors that drive HDPE pipe weight, show you how to calculate it yourself, provide a verified reference table, and give you a practical checklist for comparing supplier quotes. Whether you’re budgeting a water supply project or verifying a shipment of PE100 pipe, by the end you’ll know exactly what numbers to demand — and why.

HDPE pipes with different wall thicknesses for weight comparison

Why Does HDPE Pipe Weight Matter When Ordering?

Most buyers focus on diameter and pressure rating when comparing quotes. Weight sits in the background — until it doesn’t. Here’s where HDPE pipe weight per meter becomes a critical decision variable:

• Quote verification. If two suppliers quote different kg/m figures for what appears to be the same product, the weight discrepancy often signals that the wall thickness, qib khoom siv, or dimensional standard differs. Weight itself doesn’t prove quality, but it’s a fast sanity check.
• Shipping budget. Multiply weight per meter by total length, and you get the theoretical mass of the pipe itself. This feeds directly into freight quotes, container loading calculations, and lifting plans.
• Handling and packaging. Coils, bundles, and palletized pipe add packaging weight that may not appear in the per-meter figure your supplier provided.
• Project material accounting. When the bill of materials lists pipe by weight (common in tender documents), a reliable kg/m figure lets you cross-check quantities before placing the order.

Purchase Scenario	What Weight Data Tells You	What to Watch Out For
Comparing two quotes	Whether specs actually match	Confirm OD, SDR, qib khoom siv, and standard first
Calculating freight	Net pipe mass for shipping estimates	Packaging, pallets, and other cargo are additional
Verifying order quantity	Whether total weight aligns with expected volume	Per-pipe length and count must be confirmed
Receiving inspection	Comparing documents to physical goods	Account for tolerances and weighing method

What Determines HDPE Pipe Weight per Meter?

The weight of any solid-wall HDPE pipe comes down to one thing: how much polyethylene is packed into each meter of pipe. That depends on four factors working together.

Qhov xwm txheej	Effect on Weight per Meter	What to Confirm Before Ordering
Sab nraud txoj kab uas hla (OF)	Larger OD means more material per unit length, given the same wall thickness	Nominal OD and the dimensional standard used (ISO 4427, IN 12201, GB / T 13663)
Phab ntsa thickness	Thicker walls = more material = heavier pipe	Specified wall thickness and allowable tolerance
SDR	Lower SDR = thicker wall at the same OD = heavier pipe	SDR tus nqi, corresponding wall thickness, and relevant pressure rating
Material density	Higher-density compounds yield greater mass at identical geometry	Technical data sheet with density value used for calculation
PE grade / compound	Can influence density and design requirements	PE80 vs. PE100 designation and product specification
Manufacturing tolerances	Actual wall thickness may vary from the nominal value used in theoretical calculations	Standard tolerances (e.g., ISO 4427-2 mass-per-meter tolerance of ±4%) and manufacturer data

How Does Pipe Diameter Affect Weight?

Doubling the outside diameter doesn’t double the weight — it quadruples the cross-sectional area if wall thickness scales proportionally. This is why a DN110 pipe weighs exponentially more than a DN63 pipe, not linearly.

Why Does SDR Matter?

SDR (Standard Dimension Ratio) is the ratio of outside diameter to nominal wall thickness:$$\text{SDR}=\frac{OD}{t}$$SDR=tOD​

At the same outside diameter, ib qis SDR produces a thicker wall, which means more material per meter and therefore greater weight. SDR11 pipe at DN200, piv txwv, weighs significantly more than SDR17 pipe at the same diameter.

One important caveat: don’t simply divide OD by SDR and treat the result as the precise standard-mandated wall thickness for every size and standard. For procurement purposes, always reference the dimensional table in the applicable standard and the manufacturer’s technical datasheet.

Does PE80 or PE100 Change Pipe Weight?

Not directly. PE80 and PE100 are material designations describing minimum required strength (MRS) — 8.0 MPa and 10.0 MPa respectively. They tell you about the resin’s long-term performance, not its weight.

Txawm li cas los, because PE100 compounds often have slightly different density than PE80 grades, tus calculated theoretical weight at identical dimensions can differ. For procurement, the distinction matters more for pressure rating than for weight. If you’re comparing two suppliers, confirm both are quoting the same material grade — a “PE 100 cev” quote and a “PE80 pipe” quote at the same OD and SDR are not directly comparable.

HDPE Pipe Weight Chart: How to Read It Correctly

Below is a reference table for PE 100 cev at common diameters and two widely used SDR values (SDR11/PN16 and SDR17/PN10). Data is sourced from manufacturer datasheets and standard dimension tables.

Outside Diameter (mm)	SDR	Phab ntsa Thickness (mm)	Qhov hnyav (kg/m)	Reference
32	SDR 11	3.0	0.28	Manufacturer datasheet
63	SDR 11	5.8	1.05	Manufacturer datasheet
110	SDR 11	10.0	3.14	Manufacturer datasheet
160	SDR 11	14.6	6.67	Manufacturer datasheet
200	SDR 11	18.2	10.40	Manufacturer datasheet
315	SDR 11	28.6	25.60	Manufacturer datasheet
500	SDR 11	45.4	64.30	Manufacturer datasheet
63	SDR 17	3.8	0.69	Manufacturer datasheet
110	SDR 17	6.6	2.19	Manufacturer datasheet
160	SDR 17	9.5	4.57	Manufacturer datasheet
200	SDR 17	11.9	7.12	Manufacturer datasheet
315	SDR 17	18.7	17.60	Manufacturer datasheet

How to read this table:

• Weight is expressed in kg per running meter of pipe — not per pipe length or per coil.
• All values are for PE100 material at 20°C, calculated using standard nominal dimensions.
• These are theoretical/reference values. Actual delivered weight may vary within the mass-per-meter tolerance specified by the governing standard (typically ±4% under ISO 4427-2:2019 thiab EN 12201-2).
• Values do tsis yog include fittings, kawg caps, packaging, or pallets.
• Density assumptions for calculation typically fall in the 950–960 kg/m³ range for PE100 compounds.

Measuring HDPE pipe wall thickness to verify weight specifications

If you need the complete dimensional breakdown for a wider range of diameters, saib peb HDPE pipe sizes and wall thickness qhia.

How to Calculate HDPE Pipe Weight per Meter

The Basic Weight Formula

HDPE pipe is essentially a hollow cylinder. To calculate the theoretical mass per meter, you need three inputs: outside diameter, phab ntsa thickness, and material density.

For results in kg/m with OD and wall thickness in millimeters:$$m=\mathrm{<span\; class="tr\_"\; id="tr\_185"\; data-source=""\; data-orig="\pi ">\pi </span>}<span\; class="tr\_"\; id="tr\_186"\; data-source=""\; data-orig="\cdot ">\cdot </span>t<span\; class="tr\_"\; id="tr\_187"\; data-source=""\; data-orig="\cdot ">\cdot </span>(D<span\; class="tr\_"\; id="tr\_188"\; data-source=""\; data-orig="-">-</span>t)<span\; class="tr\_"\; id="tr\_189"\; data-source=""\; data-orig="\cdot ">\cdot </span>\mathrm{<span\; class="tr\_"\; id="tr\_190"\; data-source=""\; data-orig="\rho ">\rho </span>}<span\; class="tr\_"\; id="tr\_191"\; data-source=""\; data-orig="\times ">\times </span>{10}^{<span\; class="tr\_"\; id="tr\_192"\; data-source=""\; data-orig="-">-</span>6}$$m=π⋅t⋅(D−t)⋅ρ×10−6

Where:

• $m$m = theoretical mass per meter (kg/m)
• $D$D = outside diameter (mm)
• $t$t = wall thickness (mm)
• $\mathrm{<span\; class="tr\_"\; id="tr\_205"\; data-source=""\; data-orig="\rho ">\rho </span>}$ρ = material density (kg/m³)

The formula is derived from the annular cross-sectional area of the pipe wall multiplied by density:$$m=\frac{\mathrm{<span\; class="tr\_"\; id="tr\_210"\; data-source=""\; data-orig="\pi ">\pi </span>}}{4}[D^2<span\; class="tr\_"\; id="tr\_211"\; data-source=""\; data-orig="-">-</span>(D<span\; class="tr\_"\; id="tr\_212"\; data-source=""\; data-orig="-">-</span>2t{)}^2]<span\; class="tr\_"\; id="tr\_213"\; data-source=""\; data-orig="\cdot ">\cdot </span>\mathrm{<span\; class="tr\_"\; id="tr\_214"\; data-source=""\; data-orig="\rho ">\rho </span>}$$m=4π​[D2−(D−2t)2]⋅ρ

This method follows the approach described in PPI Technical Report TR-7, which is the industry-standard method for estimating nominal weight-per-foot (or per-meter) of solid-wall plastic pipe.

A Step-by-Step Calculation Example

Let’s calculate the weight per meter of a DN200 PE100 pipe with SDR11.

Kauj ruam 1 — Identify parameters:

• Sab nraud txoj kab uas hla ($D$D): 200 mm
• Phab ntsa thickness ($t$t): 18.2 mm
• Material density ($\mathrm{<span\; class="tr\_"\; id="tr\_231"\; data-source=""\; data-orig="\rho ">\rho </span>}$ρ): 958 kg/m³ (typical PE100 value)

Kauj ruam 2 — Apply the formula:$$m=\mathrm{<span\; class="tr\_"\; id="tr\_236"\; data-source=""\; data-orig="\pi ">\pi </span>}<span\; class="tr\_"\; id="tr\_237"\; data-source=""\; data-orig="\times ">\times </span>18.2<span\; class="tr\_"\; id="tr\_238"\; data-source=""\; data-orig="\times ">\times </span>(200<span\; class="tr\_"\; id="tr\_239"\; data-source=""\; data-orig="-">-</span>18.2)<span\; class="tr\_"\; id="tr\_240"\; data-source=""\; data-orig="\times ">\times </span>958<span\; class="tr\_"\; id="tr\_241"\; data-source=""\; data-orig="\times ">\times </span>{10}^{<span\; class="tr\_"\; id="tr\_242"\; data-source=""\; data-orig="-">-</span>6}$$m=π×18.2×(200−18.2)×958×10−6$$m=3.14159<span\; class="tr\_"\; id="tr\_247"\; data-source=""\; data-orig="\times ">\times </span>18.2<span\; class="tr\_"\; id="tr\_248"\; data-source=""\; data-orig="\times ">\times </span>181.8<span\; class="tr\_"\; id="tr\_249"\; data-source=""\; data-orig="\times ">\times </span>958<span\; class="tr\_"\; id="tr\_250"\; data-source=""\; data-orig="\times ">\times </span>{10}^{<span\; class="tr\_"\; id="tr\_251"\; data-source=""\; data-orig="-">-</span>6}$$m=3.14159×18.2×181.8×958×10−6$$m=3.14159<span\; class="tr\_"\; id="tr\_253"\; data-source=""\; data-orig="\times ">\times </span>\mathrm{3,308.76}<span\; class="tr\_"\; id="tr\_254"\; data-source=""\; data-orig="\times ">\times </span>958<span\; class="tr\_"\; id="tr\_255"\; data-source=""\; data-orig="\times ">\times </span>{10}^{<span\; class="tr\_"\; id="tr\_256"\; data-source=""\; data-orig="-">-</span>6}$$m=3.14159×3,308.76×958×10−6$$m=3.14159<span\; class="tr\_"\; id="tr\_258"\; data-source=""\; data-orig="\times ">\times </span>\mathrm{3,170,993.6}<span\; class="tr\_"\; id="tr\_259"\; data-source=""\; data-orig="\times ">\times </span>{10}^{<span\; class="tr\_"\; id="tr\_260"\; data-source=""\; data-orig="-">-</span>6}$$m=3.14159×3,170,993.6×10−6$$m<span\; class="tr\_"\; id="tr\_262"\; data-source=""\; data-orig="\approx ">\approx </span>9.96\text{ <span class="tr\_" id="tr\_263" data-source="" data-orig="kg/m">kg/m</span>}$$m≈9.96 kg/m

Kauj ruam 3 — Compare with the reference table.

The manufacturer datasheet lists 10.40 kg/m for this specification. The difference (approximately 4.2%) reflects the fact that manufacturers may use a slightly higher density assumption or include wall thickness at the upper tolerance limit. Both figures fall within acceptable tolerance ranges for procurement purposes.

Kauj ruam 4 — Document your calculation basis.

Always note which density value and wall thickness (nominal or upper-limit) you used. If you’re comparing supplier quotes, ask each supplier to state their calculation basis — this is one of the fastest ways to explain weight discrepancies.

Technical Accuracy Notes

• The formula produces a theoretical estimate based on nominal dimensions and assumed density.
• Actual pipe weight may differ due to wall thickness tolerances, ovality, and compound density variations.
• ISO 4427-2:2019 thiab IN 12201-2 specify a mass-per-meter tolerance of ±4% for PE100 pressure pipes.
• For contractual acceptance, freight settlement, or lifting operations, always refer to the governing standard, the manufacturer’s technical file, and actual weighing data.

How to Compare HDPE Pipe Weight Between Supplier Quotes

This is where technical knowledge meets commercial reality. When Supplier A quotes 10.4 kg/m and Supplier B quotes 9.1 kg/m for what looks like the same DN200 SDR11 PE100 pipe, someone may have made a mistake — or they may simply be using different calculation bases.

Here’s a structured comparison table you can use:

Check Item	Supplier A	Supplier B	How to Verify
Sab nraud txoj kab uas hla	200 mm	200 mm	Confirm identical OD and dimensional standard
Material grade	PEB 100	PEB 80	Different grades → different design basis
SDR / pressure class	SDR 11 / PIB 16	SDR 11 / PIB 16	Must match; verify against project spec
Phab ntsa thickness	18.2 mm nominal	17.5 mm nominal	Compare against standard dimension tables
Weight per meter	10.4 kg/m	9.1 kg/m	Ask: theoretical or manufacturer reference?
Density used	958 kg/m³	940 kg/m³	Lower density → lower calculated weight
Price basis	Per meter	Per kilogram	Normalize units before comparing
Delivery terms	FOB	CIF	Different incoterms → different landed cost

Three questions to ask every supplier:

1. “What density value did you use to calculate the weight per meter?” — If they can’t answer, the weight figure is unreliable.
2. “Is this weight theoretical or from your technical datasheet?” — Neither is inherently wrong, but you need to know which one you’re comparing.
3. “Which standard governs your dimensions?” — ISO 4427, IN 12201, GB / T 13663, and ASTM standards use different dimension tables. Cross-standard comparisons require normalization.

For a broader view of what drives HDPE pipe pricing beyond weight, see our analysis of HDPE pipe price factors.

HDPE pipe cross section showing outside diameter inside diameter and wall thickness

How to Estimate Total HDPE Pipe Weight for Shipping

Per-meter weight is the building block. Total shipping weight requires a few more inputs.

Parameter	Example Value	Lub hom phiaj
Unit pipe weight	10.4 kg/m (confirmed)	Mass per running meter
Total pipe length	1,200 m	Order quantity in meters
Number of coils / bundles	12 coils × 100 m each	Packaging and handling configuration
Packaging weight	15 kg per coil (estimated)	Adds to gross weight
Estimated gross weight	12,480 kg + 180 kg = 12,660 kg	Preliminary shipping calculation

Basic calculation:$$\text{<span class="tr\_" id="tr\_370" data-source="" data-orig="Pipe mass">Pipe mass</span>}=\text{<span class="tr\_" id="tr\_371" data-source="" data-orig="Weight per meter">Weight per meter</span>}<span\; class="tr\_"\; id="tr\_372"\; data-source=""\; data-orig="\times ">\times </span>\text{<span class="tr\_" id="tr\_373" data-source="" data-orig="Total length">Total length</span>}$$Pipe mass=Weight per meter×Total length

For the example above:$$10.4\text{ <span class="tr\_" id="tr\_376" data-source="" data-orig="kg/m">kg/m</span>}<span\; class="tr\_"\; id="tr\_377"\; data-source=""\; data-orig="\times ">\times </span>\mathrm{1,200}\text{ m}=\mathrm{12,480}\text{ kg(<span class="tr\_" id="tr\_378" data-source="" data-orig="net pipe weight">net pipe weight</span>)}$$10.4 kg/m×1,200 m=12,480 kg(net pipe weight)

Add packaging (coils, straps, pallets) to arrive at the estimated gross weight. Do not commit to container loading quantities or freight costs without actual packaging data from the supplier.

Bundled HDPE pipes prepared for shipment and weight estimation

What to Confirm Before Ordering HDPE Pipes

Use this checklist when preparing your RFQ or evaluating supplier responses:

• □ Sab nraud txoj kab uas hla and applicable dimensional standard (ISO 4427 / IN 12201 / GB / T 13663)
• □ PE grade (PE100 or PE80) and material specification
• □ SDR, phab ntsa thickness, and pressure requirements
• □ Required length per pipe or coil (6 m / 12 m / coil length)
• □ Total quantity and unit of measurement (meters, daim, or kilograms)
• □ Technical datasheet showing nominal dimensions and weight per meter
• □ Delivery destination and preferred shipping terms (FOB / CIF / DDP)
• □ Packaging and unloading requirements (coils, bundles, pallets)

For a full guide on preparing a complete purchase request, saib peb HDPE pipe RFQ checklist.

Request an HDPE Pipe Quote

Need an HDPE pipe quote?

Comparing HDPE pipe weight and prices? Start with the correct specifications.

Share your required outside diameter, PE grade, SDR or wall thickness, kom muaj nuj nqis, pipe length, and delivery destination. If available, include your project specification or an existing supplier quotation.

Our team reviews your requirements and coordinates with suppliers to clarify the specifications needed for a comparable quotation.

[Request a Quote for HDPE Pipes →]

Cov lus nug nquag

1. How much does HDPE pipe weigh per meter?

There is no single answer. Weight per meter depends on outside diameter, phab ntsa thickness, material density, and the dimensional standard used. A DN110 SDR11 PE100 pipe weighs approximately 3.14 kg/m, while a DN500 SDR11 PE100 pipe weighs approximately 64.3 kg/m.

2. How do you calculate HDPE pipe weight?

Use the hollow-cylinder formula: $m=\mathrm{<span\; class="tr\_"\; id="tr\_443"\; data-source=""\; data-orig="\pi ">\pi </span>}<span\; class="tr\_"\; id="tr\_444"\; data-source=""\; data-orig="\cdot ">\cdot </span>t<span\; class="tr\_"\; id="tr\_445"\; data-source=""\; data-orig="\cdot ">\cdot </span>(D<span\; class="tr\_"\; id="tr\_446"\; data-source=""\; data-orig="-">-</span>t)<span\; class="tr\_"\; id="tr\_447"\; data-source=""\; data-orig="\cdot ">\cdot </span>\mathrm{<span\; class="tr\_"\; id="tr\_448"\; data-source=""\; data-orig="\rho ">\rho </span>}<span\; class="tr\_"\; id="tr\_449"\; data-source=""\; data-orig="\times ">\times </span>{10}^{<span\; class="tr\_"\; id="tr\_450"\; data-source=""\; data-orig="-">-</span>6}$m=π⋅t⋅(D−t)⋅ρ×10−6, where $D$D is OD in mm, $t$t is wall thickness in mm, thiab $\mathrm{<span\; class="tr\_"\; id="tr\_461"\; data-source=""\; data-orig="\rho ">\rho </span>}$ρ is density in kg/m³. The result is kg/m. Always verify against the manufacturer’s datasheet.

3. Does SDR affect HDPE pipe weight?

Yog lawm. At the same outside diameter, a lower SDR means a thicker wall, which means more material and greater weight per meter. SDR11 pipe is heavier than SDR17 pipe at the same OD.

4. Is PE100 pipe heavier than PE80 pipe?

Not inherently. Weight is determined by geometry (OD and wall thickness) and material density. PE100 and PE80 are strength designations, not weight designations. If both are produced to the same dimensions with similar density, the theoretical weight will be comparable.

5. Is pipe weight the same as shipping weight?

Tsis muaj. Pipe weight per meter refers to the mass of the pipe itself. Shipping weight (gross weight) includes packaging, coils, pallets, and any other cargo in the shipment.

6. Can I compare HDPE pipe prices by weight alone?

Tsis muaj. Weight is one indicator, but price comparison requires normalizing outside diameter, phab ntsa thickness, qib khoom siv, siv tau tus qauv, price basis (per meter vs. per kg), and delivery terms. Weight discrepancies may simply reflect different calculation bases rather than actual product differences.

Have a project specification or a supplier quote you’d like us to review? Share your requirements with Luoyang Datang Energy Tech Co., Ltd., Ltd. — we’ll help you clarify the specs before you commit.