Cheap vs Economy Football Turf: 8 Checks
Cheap football turf and economical football turf are not the same thing. Three things separate them, and you can measure all three. First, where the yarn comes from. Second, whether the quoted dtex and stitch rate really add up to the density claimed. Third, whether the backing and infill match the pile height. If the numbers agree, a low price is value engineering. If they do not, the saving comes back as flat fibre, open seams and infill top-ups within two seasons.
Most tenders arrive with three or four quotes that look nothing alike. One quote sits 30% below the rest. The question is not whether the cheapest one is bad. The question is which of these numbers holds together. A supplier who undercuts the market and can explain why is doing value engineering. A supplier who undercuts the market and cannot explain the gap is moving cost onto you.
This guide gives you eight checks. You need no lab and no site visit. Seven of them run on the quotation itself. The whole set takes about twenty minutes, and you can finish it before you reply to anyone.
What "economy" means in a turf tender
People use three words as if they were interchangeable. They are not. The difference decides what you actually buy.
| Term | What it usually means | What it costs you later |
|---|---|---|
| Economy / value-engineered | Less yarn per m², a simpler backing, more m² per container. Performance stays inside the grade the project needs. | Lowest upfront spend. Service life and maintenance budget stay predictable. |
| Low-spec | Parameters pushed below the project grade. A short pile filled deep is one example. Low dtex yarn tufted at a very high stitch count is another. | Fibre flattens. Ball roll varies. Infill needs topping up from season two or three. |
| Off-grade / regrind | Yarn carries reground or sub-standard polymer. A sample board looks identical. | UV ageing speeds up. Colour drifts between rolls. Filaments break after installation. |
The eight checks
1. Yarn linear density, and a written statement on recycled content
The number. Economy football turf usually sits at 8,800 to 9,500 dtex. Competition-grade yarn starts near 10,000 dtex and can pass 12,000 dtex. Our own UNI-EC01 economy football turf is specified at 8,800 to 9,500 dtex. The yarn is 100% virgin polyethylene.
The unit trap. dtex and denier both measure yarn weight. They use different lengths, so the numbers never match. One denier equals about 1.11 dtex. A quote that calls a football surface "1,000 denier" has either dropped a zero or is quoting landscape yarn. A football carpet at that weight will not last a season of cleats. Convert the units before you compare. Treat any document that mixes both units with care.
The question. "Please state the yarn linear density in dtex. Confirm the virgin-PE content in writing. Attach the batch test report."
The red flag. "High-quality PE" with no number. Or a dtex figure that does not reconcile with the density in the same document. Check 2 tests that second case.
2. Add up gauge, stitch rate and density yourself
This check is the most useful one on the list. The three figures are locked together by geometry. If one figure was inflated for the brochure, the arithmetic will not close.
The formula.
* Rows per metre = 1,000 ÷ gauge (in mm)
* Density (stitches/m²) = stitch rate (stitches/m) × rows per metre
| Gauge | Gauge in mm | Rows per metre | Stitch rate | Implied density |
|---|---|---|---|---|
| 3/4" | 19.05 | 52.5 | 140 /m | 7,349 /m² |
| 3/4" | 19.05 | 52.5 | 160 /m | 8,399 /m² |
| 5/8" | 15.875 | 63.0 | 160 /m | 10,078 /m² |
A 3/4-inch gauge at 140 to 160 stitches per metre lands at about 7,350 to 8,400 stitches/m². That is a healthy build for an economy pitch. If the same quote also claims 10,000 stitches/m², one of two things is true. Either it describes a 5/8-inch product, or one of the numbers is decoration.
Why it matters beyond the paperwork. Stitch rate sets how much yarn goes into each square metre. Gauge sets how far apart the tufts sit. A high stitch count on a light yarn gives a dense-looking carpet of thin fibres. It flattens early. A low stitch count on a heavy yarn gives a sparse surface. It wears unevenly. Density alone tells you nothing. It only means something next to the yarn weight.
The question. "Please confirm the gauge in inches, the stitch rate per metre, and the resulting density per m². Confirm that all three figures belong to the same specification."
The red flag. A density figure with no gauge or stitch rate beside it. Round numbers that repeat across product families.
For the wider selection logic, see how to choose artificial grass for a soccer field.
3. Tuft bind, backing and secondary coating
The numbers. Tuft bind should reach 30 N or more. Primary backing tensile strength should reach 2,000 N/5 cm or more. Drainage should pass 60 L/min/m² or more. The backing should be UV-stabilised polypropylene cloth with a reinforcing mesh. The secondary coating should be named.
Why tuft bind is the one to ask for. It measures the force needed to pull a tuft out of the backing. Every other durability claim rests on the fibre staying where it was tufted. A surface that sheds fibre at the seams usually has a tuft-bind problem. The yarn is rarely the cause.
The question. "What is the measured tuft bind? What is the backing weight in g/m²? Which secondary coating do you use?"
The red flag. "Strong backing" or "reinforced base" with no measured value. A quote that never mentions secondary coating at all. It is the least visible line item, and the easiest one to remove.
4. Infill depth against pile height
The numbers. For a 40 to 50 mm football surface, use kiln-dried silica sand at 18 to 22 kg/m² as the ballast layer. Add vulcanised SBR or EPDM rubber at 4 to 6 kg/m² as the performance layer. Leave 12 to 15 mm of fibre exposed at the tip.
It goes wrong in two opposite ways.
Over-filled. Sand pushed too high stiffens the surface. It also raises material cost for no benefit. Shock absorption can fall, because the fibre has no room to flex. You end up paying for infill instead of yarn.
Under-filled. Too little sand and rubber leaves long fibre exposed. Cleats fold it over. The ball slows in ways players cannot predict. A top-up follows within two seasons. This failure is more common on low bids, because infill is priced by weight and weights are easy to trim.
The question. "How many kg/m² of sand and rubber does the quote include? What exposed fibre height does that produce?"
The red flag. "Infill included" with no weights. Sand quoted but rubber missing. Rubber is the more expensive of the two.
Infill sits inside the carpet. A shock pad, where one is specified, sits underneath. They are priced separately and tested separately. Impact absorption is shared between them.
5. UV testing, warranty and service life are three different numbers
The numbers. A UV weathering test covering at least 5,000 hours. A commercial warranty of five to six years on an economy surface. A service life of about 8 to 12 years for a pitch that is correctly specified and installed.
These figures do not contradict each other. A supplier who lets you blend them is hiding behind the biggest one. The test proves the polymer resists a defined dose of UV. The warranty states what the supplier will stand behind. The service life is what the surface can deliver under your traffic and your maintenance.
The question. "Which failure modes does the warranty cover? Fading, filament breakage, seam failure, tensile loss? How many UV test hours support the claim?"
The red flag. A lifespan longer than the warranty, with no test report behind it. Warranty terms that exclude colour fade. Fade is the most common real complaint.
6. Container loading and the real cost per square metre
The number. A 40ft high-cube container holds about 8,500 to 9,500 m² of economy turf on a flexible backing. That is around 25% more than a heavy-latex competition carpet. On a container-load order, the difference moves landed cost per m². It does so before anyone argues about the ex-works price.
The other side of it. High loading density is a real advantage, but only when the backing weight supports it. A quote can win on container volume because the secondary coating was thinned. The freight saving then returns as creasing on the roll. It also returns as poor dimensional stability in heat, and as seams that open. Ask for both numbers together. Get m² per 40HQ and backing weight in g/m².
The question. "How many m² fit in a 40HQ at your quoted specification? What is the roll size? What cutting waste does your layout assume?"
The red flag. Container capacity far above comparable products, with no backing specification attached.
7. What the quotation leaves out
Two quotes can differ by a third without either supplier lying. The gap usually sits in the lines nobody reads. For a full breakdown of how those lines add up, see our football pitch construction cost guide.
| Line item | Often excluded | What happens if you miss it |
|---|---|---|
| Silica sand and rubber granules | Yes, on "turf only" prices | Several kg/m² per m², plus a second delivery |
| Shock pad | Yes, unless you ask for a system price | Absorption is a system property, not a turf property |
| Jointing tape and adhesive | Often | Seams fail at the tape line, not the turf line |
| Cutting waste | Yes | Prices are usually quoted on net area but laid on gross area |
| Freight, insurance, unloading | Usually | Arrives as a separate invoice after you decide |
The question. "Please price the complete installed system. Carpet, infill, jointing, shock pad where specified, and delivery to site."
The red flag. A price per m² with no scope statement. That is not a cheaper offer. It is a smaller one.
The question. "Please price the complete installed system. Carpet, infill, jointing, shock pad where specified, and delivery to site."
The red flag. A price per m² with no scope statement. That is not a cheaper offer. It is a smaller one.
8. Certification is a system property, not a yarn property
A FIFA Quality or FIFA Quality Pro certificate covers a tested build-up. Carpet, infill and shock pad are tested together, on a defined base. The certificate does not belong to a roll of turf. It does not transfer to your project unless the whole system matches what was tested. Most school, community and municipal pitches never host official competition. For those projects, different documents matter. Ask for a RoHS declaration on heavy metals, a REACH SVHC statement, and a UV weathering report. Ours are listed on the certificates page.
The question. "What is the certificate number? Which build-up does it cover? Can the issuing body verify it?"
The red flag. "FIFA standard yarn" presented as a pitch certification. A certificate image with no number.
40mm or 50mm: where the price difference comes from
Most of the gap between a 40mm and a 50mm surface is yarn mass. Yarn mass can be calculated. The result below is an estimate, accurate to about ±10%. Calibrate it against an actual roll weight. It is still close enough to test a quote.
* Yarn mass (g/m²) ≈ (dtex ÷ 10,000) × tuft length (m) × density (stitches/m²) Tuft length ≈ (2 × pile height) + backing allowance
Take a 9,000 dtex yarn at 50 mm pile. Tuft length is about 0.11 m once the backing loop is counted. Density is 7,875 stitches/m².
* (9,000 ÷ 10,000) × 0.11 × 7,875 ≈ 780 g/m²
Drop the pile to 40 mm. Tuft length falls by roughly 0.02 m. That removes about 140 g/m² of yarn before anything else changes. Three cost sources then stack up.
| Cost driver | 40 mm | 50 mm |
|---|---|---|
| Yarn mass | Lower, because the tuft is shorter at equal density | Higher |
| Infill | 2 to 4 kg/m² less sand and rubber | Full sand and rubber layer |
| Container loading | More m² per 40HQ | Fewer m² per 40HQ |
The decision. Use 40 mm for five-a-side cages, indoor halls and training areas. These buyers want a firm, fast surface on a tight budget. Our cage football court range is built around that use. It includes the cage pitch in Mombasa, Kenya. Use 50 mm for school and community 11-a-side pitches. The deeper pile carries enough infill to protect mixed-age players during tackles and falls. If the project needs a written performance standard rather than a budget figure, step up to UNI-MAXPRO or UNI-PrimeSM50.
One specification note if you compare us directly. UNI-EC01 is quoted in both 40 mm and 50 mm. Confirm the pile height on the quotation. Do not assume the model number fixes it.
If you are buying a lawn rather than a pitch, the 40 mm question is different. That comparison belongs on 40 mm landscape turf.
FAQ
1. Is cheap artificial grass for football always lower quality?
No. Price and specification are related, but they are not the same thing. A surface can be cheap for good reasons. It may use less yarn, a simpler backing and a higher container density. All three are legitimate. It becomes a quality problem when the quoted parameters contradict each other. The density arithmetic in check 2 exposes that.
2. How do I check whether the stitch density in a quote is real?
Multiply the stitch rate per metre by the rows per metre. Rows per metre equals 1,000 divided by the gauge in millimetres. A 3/4-inch gauge at 150 stitches per metre gives about 7,875 stitches/m². If you cannot reproduce the quoted density this way, ask which figure is wrong.
3. Is 40mm or 50mm better for a five-a-side pitch?
40 mm suits five-a-side cages, indoor courts and training areas. It needs less infill, gives a firmer and faster surface, and costs less per m². 50 mm suits school and community 11-a-side pitches. The deeper pile holds enough sand and rubber to protect players during tackles and falls.
4. What warranty should an economy football turf carry?
Five to six years of commercial warranty is a normal and honest figure for economy grade. Treat it as a commercial commitment, not a lifespan prediction. With correct installation and infill maintenance, the same surface can serve a pitch for eight to twelve years.
5. What is the minimum order and lead time?
Our minimum order is 500 m². Production lead time is about 30 days.
