Which Fabric Is Cheaper: Low Count Fabric or High Count Fabric?
When we buy or cost fabric, one common question comes up again and again: which fabric is cheaper — low count fabric or high count fabric? At first glance, the answer looks simple. Low count yarn is coarser, so it should be cheaper. High count yarn is finer, so it should be more expensive.
But in actual textile costing, this answer is only partly correct. The more accurate answer is that low count yarn is generally cheaper per kg, but low count fabric is not always cheaper per metre. Fabric price depends not only on yarn count, but also on construction, GSM, weave, yarn quality, processing, finishing, width, order quantity, and market conditions.
Table of Contents
- What Does Yarn Count Mean?
- Is Low Count Yarn Cheaper?
- Why Low Count Fabric May Not Always Be Cheaper
- What Is Fabric Construction?
- Why GSM Is Important in Fabric Costing
- How Weave Affects Fabric Price
- Role of Yarn Quality
- Role of Processing and Finishing
- Practical Price Direction by Fabric Type
- A Better Way to Ask for Fabric Price
- Final Conclusion
- Selected Sources
- General Disclaimer
What Does Yarn Count Mean?
In cotton fabrics, yarn count is often expressed in the English count system, written as Ne, s, or simply count. For example, we may say 20s cotton, 40s cotton, 60s cotton, or 80s cotton. In the cotton count system, a higher count means a finer yarn.
So, 40s cotton is finer than 20s cotton. Similarly, 60s cotton is finer than 40s cotton. This is sometimes confusing because in direct systems such as tex or denier, a higher number means a thicker yarn. But in the English cotton count system, the relationship is the opposite.
Simple memory rule: In cotton Ne count, the higher the number, the finer the yarn.
Is Low Count Yarn Cheaper?
Generally, yes. Low count yarns such as 10s, 16s, 20s, or 24s are coarser yarns. They are usually easier to spin than very fine yarns and may not always require the same level of fibre length, fineness, and spinning control needed for fine counts.
Low count yarns are commonly used in heavier or more robust fabrics such as denim, canvas, drill, towels, coarse sheeting, bags, and industrial fabrics. Because of this, low count yarn is usually cheaper per kg than fine count yarn.
High count yarns such as 60s, 80s, 100s, or 120s are finer yarns. They need better fibre, better spinning control, often combing or compact spinning, and better yarn evenness. Their production is more demanding, and therefore they usually cost more per kg.
Why Low Count Fabric May Not Always Be Cheaper
Fabric is not sold only by yarn count. Fabric is sold by construction, weight, quality, width, processing, and finish. A low count yarn is thick. When thick yarn is used in a fabric, the fabric may become heavier and consume more yarn per metre.
This is the important costing trap. Even if the yarn is cheaper per kg, the fabric may use more kg of yarn per metre. That higher material consumption can make the fabric cost higher than expected.
For example, a 10s or 12s denim fabric may use coarse yarn, but it may also have high GSM, indigo dyeing, sizing, weaving, finishing, washing, and process losses. So denim is not automatically cheap just because it uses low count yarn.
Similarly, canvas may use coarse yarn, but because it is dense and heavy, its yarn consumption per metre can be high. Therefore, the better statement is not “low count fabric is cheap.” The better statement is: low count yarn is cheaper per kg, but low count fabric may become costly if it is heavy, dense, or highly processed.
What Is Fabric Construction?
Fabric construction tells us how the fabric is built. A woven fabric construction is often written like this:
40 × 40 / 120 × 60
This means that the warp yarn count is 40s, the weft yarn count is 40s, the EPI is 120, and the PPI is 60. EPI means ends per inch, which tells us how many warp yarns are present in one inch of fabric width. PPI means picks per inch, which tells us how many weft yarns are inserted in one inch of fabric length.
| Part of Construction | Meaning | Costing Importance |
|---|---|---|
| Warp count | Fineness or coarseness of warp yarn | Affects warp yarn cost, strength and appearance |
| Weft count | Fineness or coarseness of weft yarn | Affects weft yarn cost, handle and fabric weight |
| EPI | Ends per inch | Higher EPI generally means more warp yarn consumption |
| PPI | Picks per inch | Higher PPI generally means more weft yarn consumption |
Yarn count tells us the thickness or fineness of yarn, while EPI and PPI tell us how densely those yarns are packed in the fabric. This is where fabric costing becomes practical. A 40s × 40s fabric with low EPI and PPI may be cheaper than a 40s × 40s fabric with high EPI and PPI. Both use the same count, but the second fabric uses more yarn per square metre.
Why GSM Is Important in Fabric Costing
GSM means grams per square metre. It tells us how heavy the fabric is. For costing, GSM is extremely important because it gives an idea of how much material is present in the fabric.
A 100 GSM fabric consumes less material than a 300 GSM fabric, assuming the same fibre and processing level. Low count fabrics are often heavier because the yarns are thicker. High count fabrics are often lighter, but if they are woven very densely, their GSM can also be high.
A commonly used approximate relationship for woven cotton fabric GSM is:
\( \text{Fabric GSM} = \left(\frac{\text{EPI}}{\text{Warp Count}} + \frac{\text{PPI}}{\text{Weft Count}}\right) \times (100 + \text{Crimp \%}) \times 0.2327 \)
This formula shows why count alone is not enough. If EPI and PPI increase, GSM increases. If count becomes coarser, GSM also tends to increase. Therefore, the fabric cost must be judged through the combined effect of yarn count, fabric density and crimp.
How Weave Affects Fabric Price
The weave also affects the fabric price. A plain weave is usually the simplest and most economical weave. It is easier to produce and generally gives better production efficiency.
Twill weave, satin weave, sateen weave, dobby weave, and jacquard weave may add cost because they can require more complex loom settings, lower speed, more design control, or special machinery. At the same yarn count and similar GSM, plain fabric is usually cheaper than dobby or jacquard fabric.
This is why fabric price is not just a yarn question. It is also a construction and manufacturing question. A fabric made with ordinary 40s yarn in plain weave may be much cheaper than another 40s fabric made with dobby design, fine finishing and premium yarn.
Role of Yarn Quality
Two fabrics may both be described as 40s cotton, but their prices may be different. One may use carded yarn and the other may use combed yarn. One may use ordinary ring-spun yarn and the other may use compact yarn. One may use short staple cotton and the other may use better long staple cotton.
Better yarn quality gives better appearance, strength, smoothness, lower hairiness, and better fabric hand feel. But it also increases cost. So when someone says “40s fabric,” the buyer should ask whether it is carded or combed, compact or normal ring-spun, single or ply, ordinary or mercerised, and what fibre quality is being used.
Practical point: Count tells us yarn fineness. It does not fully tell us yarn quality. Two yarns of the same count can differ greatly in fibre quality, evenness, strength, hairiness and price.
Role of Processing and Finishing
Processing can change the cost significantly. Grey fabric is cheaper than processed fabric. Dyed fabric is costlier than grey fabric. Printed fabric may be costlier than dyed fabric depending on the print method, number of colours, chemical use and process losses.
Mercerised cotton is costlier than non-mercerised cotton. Special finishes such as soft finish, wrinkle-free finish, water-repellent finish, peach finish, bio-polish, enzyme wash, calendaring or coating add further cost.
This means a low count fabric with heavy dyeing, washing, coating, or finishing can cost more than a high count grey fabric. Similarly, a high count fabric with premium finishing may become much more expensive than its yarn count alone suggests.
Practical Price Direction by Fabric Type
The following table gives a broad direction of fabric pricing logic. It should not be treated as a fixed price list because actual prices change with cotton rates, yarn market, processing charges, order quantity, mill efficiency and location.
| Fabric Type | Common Count Direction | Price Tendency | Reason |
|---|---|---|---|
| Coarse plain fabric | 10s–20s | Lower to medium | Coarse yarn and simple weave, if GSM is not too high |
| Canvas | 6s–20s | Medium to high | Heavy GSM and high yarn consumption |
| Denim | 6s–20s | Medium to high | Coarse yarn but heavy fabric, indigo dyeing and finishing |
| Poplin | 40s–80s | Medium to high | Fine yarn and usually denser construction |
| Cambric | 40s–60s | Medium | Fine yarn, smooth fabric and good finish |
| Voile or lawn | 60s–100s | High | Fine yarn, better fibre and premium handle |
| Sateen | 40s–100s | High | Smooth surface, dense weave and better finishing |
| Dobby or jacquard | Varies | Higher | Design complexity, lower speed and higher loom cost |
A Better Way to Ask for Fabric Price
Instead of asking, “What is the price of 40s fabric?”, a better question is: “What is the price of 40s × 40s, 120 × 80, plain weave, 58-inch width, 120 GSM, dyed and finished fabric?”
This second question is much clearer because it includes the variables that actually affect cost. For sourcing and merchandising, the full specification should include fibre content, warp count, weft count, EPI, PPI, fabric width, GSM, weave, yarn type, grey or processed stage, dyeing or printing type, finishing, shrinkage requirement, order quantity and quality standard.
Only then can a supplier give a meaningful price. Without construction and processing details, count alone gives only a partial idea.
Final Conclusion
Low count fabric is usually cheaper only when it is made with simple construction, low to moderate GSM, ordinary yarn and basic finishing. High count fabric is usually more expensive when it uses fine yarn, dense construction, combed or compact yarn, better fibre and premium finishing.
However, a heavy low count fabric like denim or canvas may cost more per metre than a light high count fabric. Similarly, a high count fabric with simple low-density construction may not be as expensive as a dense premium shirting fabric.
Therefore, count is only the starting point of fabric costing. The correct way to judge fabric price is:
\( \text{Fabric Cost} = \text{Yarn Cost} + \text{Yarn Consumption} + \text{Weaving Cost} + \text{Processing Cost} + \text{Finishing Cost} + \text{Overheads} + \text{Margin} \)
In practical terms, this means we must always look at yarn count, construction, GSM, weave, yarn quality, processing and finishing together. Only then can we say whether a fabric is truly cheap or expensive.
Related Reading on Cotton, Yarn Quality and Fabric Calculations
- Optimising Cotton Yarn Quality Through Raw Material Parameters
- Textile Calculation: Finding the Length and Weight of Yarn in a Given Length of Cloth
- Textile Calculations: How to change the EPI and PPI when changing counts for a given fabric
- Why Combed Cotton is better than Carded Cotton
- Count, Construction and Width of common Cotton Fabrics
Selected Sources
- Textile Exchange. Organic Cotton: A Fiber Classification Guide. Textile Exchange, 2017.
- National Textile Corporation Ltd. Yarn Price List dated 22.01.2026. NTC, 2026.
- Online Clothing Study. How to Calculate GSM of Woven Fabric from Its Construction.
- Fibre2Fashion. What is Cotton Yarn: Properties, Varieties, Uses and Global Market, 2025.
- Textile Study Center. Fabric Weight Calculation in GSM.
General Disclaimer
This article is for educational and general textile knowledge purposes only. Actual fabric prices vary according to cotton prices, yarn availability, mill source, spinning technology, weaving efficiency, processing charges, finishing quality, fabric width, wastage, order quantity, credit terms, transport, taxes and market conditions.
The price tendencies discussed here should be used as a costing logic, not as a fixed price quotation. Buyers, merchandisers and students should verify current yarn and fabric rates from suppliers before making commercial decisions.
