A polo shirt sits between a T-shirt and a woven shirt: its body offers the comfort of a knit while its collar and cuffs lend it a more corporate bearing. This dual character means polo fabric selection is not simply a body-fabric decision. The right polo is a whole made up of body texture (most often piqué), the collar/cuff recipe and the yarn count decisions that carry them together.
This guide covers the main piqué variations, the typical weight ranges by polo type, and the rib, interlock-rib (2x2) or knitted self-collar alternatives for collar and cuffs, all in line with industry norms. Since specific price, MOQ or lead-time figures depend on the technical detail of the order, let us clarify these together.
Why is piqué used for polos, and what are the alternatives?
The main reason piqué is preferred for polos is the surface firmness and stability the texture creates. The honeycomb structure makes the fabric fuller and less translucent than a plain knit; this gives the polo a more shapely bearing that sets it apart from a T-shirt. The same texture is also advantageous in drawing perspiration and moisture away from the surface, which is why it is widely used from the classic tennis/golf polo to the corporate uniform polo.
The main alternatives to piqué come into play when a softer, more "T-shirt-like" feel is wanted. A single jersey or interlock bodied polo gives a more flexible, draping feel while giving up the upright bearing of piqué; for this reason it is seen more in fashion/casual polos or women's collections. Interlock also offers a clean ground for printing and embroidery because both of its faces are smooth. The decision should be made according to whether the product is positioned as corporate or casual/fashion.
What is the difference between single, double and lacoste piqué?
Piqué is not a single structure but a family of textures, and the differences between them directly affect the polo's character. Single piqué is the lightest end: a thin, breathable structure textured on one face. It is preferred for summery, lightweight and lower-weight polos; however, because it is thin, it is more sensitive to yarn choice in terms of opacity and durability.
Double piqué is a fuller structure, textured on both faces and more opaque. It is suited to moving up to higher weights, and so is often seen in premium corporate polos and four-season products. Because it is thicker, its dimensional stability is high and the body deforms less under the load carried by the collar.
Lacoste piqué is the large, pronounced honeycomb texture identified with the classic tennis polo. It is the most "recognisable" piqué structure visually and gives the polo a nostalgic/sporty character. Because the texture is pronounced, the ground can remain uneven for fine-detail printing; for this reason, embroidery or large block printing is generally preferred on lacoste piqué.
| Piqué type | Texture character | Typical weight | Best-suited use |
|---|---|---|---|
| Single piqué | Thin, single-face texture, light | ~160-190 g/m² | Summer, lightweight, economical polo |
| Double piqué | Full, double-face texture, opaque | ~200-240 g/m² | Premium corporate, four-season polo |
| Lacoste piqué | Large pronounced honeycomb, sporty | ~180-220 g/m² | Classic tennis/golf, embroidered polo |
| Single jersey/interlock body | Plain, soft, draping | ~150-200 g/m² | Casual/fashion polo, print ground |
The weight ranges in the table are given as industry norms; the final value shifts according to yarn count, fibre composition and the finishing process. Let us clarify your target weight and feel expectation to your order.
Which yarn and weight are suitable for the polo body?
The sharpness of the piqué texture depends largely on yarn quality. Combed cotton, being a more even yarn with its hairiness removed, shows the piqué honeycomb cleanly and is more resistant to pilling than carded yarn. Compact yarn is preferred in higher-segment polos; this yarn gives a smoother surface and better colour depth. Carded yarn can be used in economical promotional polos, but the surface and durability expectation should be set accordingly.
Fibre composition is also part of the decision. 100% cotton is the most common choice and is strong in terms of breathability. Polyester blends (for example cotton/polyester) increase dimensional stability, reduce the need for ironing and are preferred in corporate uniforms for wash durability. In active/golf polos, wicking-performance polyester or functional blends come into play for moisture management. For a more detailed comparison of performance knit fabrics, you can refer to the related guide.
Weight selection should also be made according to the intended use. A lightweight summer polo stays comfortable and cool in single piqué at a lower weight, while a four-season corporate polo stands more upright and durable in double piqué at a higher weight. Increasing the weight raises both cost and the sensation of warmth; this balance is set according to the target season and frequency of use. For weight measurement and the logic of GSM tolerance, you can review the weight guide.
How is the collar and cuff recipe built: rib, interlock-rib or self-collar?
The collar determines a polo's perception more than anything else, because it is the area the eye goes to first and the one that wears most. There are three basic routes for the collar and cuffs. A rib band (generally 1x1 or 2x2) is a flexible, economical solution with good recovery; however, because of its high elasticity, a very soft rib collar can "wave" over time. An interlock-rib band, with its 2x2 character, stands fuller and more upright, and so is often preferred in polos for a more corporate cuff/collar that harmonises with the body. For the differences between rib and interlock-rib, you can review the related comparison.
The most corporate result is achieved with a full-fashion knitted self-collar. These collars are knitted on a separate machine with finished edges; they are the option that holds its shape best, deforms least and gives the "self-collar" look of the classic tennis polo. The self-collar is more demanding in terms of cost and production time, and so is used mainly in premium and branded polos. In promotional polos, on the other hand, the banded rib/interlock-rib offers speed and cost advantages.
A critical point in the collar recipe is the colour and fastness match of the collar/cuff band with the body. When the collar is knitted separately and dyed separately, a tonal difference (due to metamerism or fastness) can appear after washing if it is not dyed in the same batch with the same recipe as the body. For this reason, the colour match of collar and body should be tied to the same lab-dip approval with a ΔE<1 target. In contrast-collar designs (a band in a different colour to the body), both colours must pass independent fastness tests; otherwise a dark collar can bleed onto a light body (crocking).
| Polo type | Recommended body fabric | Typical weight | Collar / cuff recipe |
|---|---|---|---|
| Classic corporate polo | Double piqué, combed/compact cotton | ~200-240 g/m² | Full-fashion self-collar + interlock-rib cuff |
| Premium branded polo | Double / lacoste piqué, compact yarn | ~190-230 g/m² | Self-collar, ΔE<1 matched to body |
| Promotional / event polo | Single piqué, combed/carded cotton | ~160-190 g/m² | Rib or interlock-rib band collar + cuff |
| Golf / active polo | Performance piqué, polyester blend | ~160-200 g/m² | Interlock-rib band, wicking-finished |
| Casual / fashion polo | Single jersey-interlock body | ~150-200 g/m² | Rib band, soft feel |
How does the fabric decision change between corporate and promotional polos?
The corporate uniform polo is used over a long period and with frequent washing. For this reason, the priority is durability and consistency: combed/compact yarn with high pilling resistance, double piqué with good dimensional stability and a non-deforming self-collar make sense. Colour consistency is also critical; to avoid tonal shift between different batches of the same uniform, tight ΔE control and high colour fastness are required in reactive dyeing. In corporate polos, where logos are generally embroidered on the chest, the body weight being sufficient is important so that the embroidery sits cleanly.
The promotional and event polo, on the other hand, is characterised by a short service life and high quantities. Here cost and lead time are the priority; a single-piqué body, banded rib/interlock-rib collar and a simpler recipe are suitable. Even so, print quality should be considered: the large texture of lacoste piqué can be challenging as a ground for fine, detailed printing, in which case a flatter-textured single piqué or single-jersey body may be preferred. Large block logos and embroidery, on the other hand, work without issue on a piqué ground.
In both categories, the compatibility of the print/dye method with the fabric affects the decision. While reactive dye gives deep, fast colour on cotton piqué, disperse dyeing is required for polyester blends and colour matching works differently. In blended fabric, because the two fibres take up dye differently, tone and fastness management must be carried out more carefully. For the detail of these processes you can review the dyeing and printing guide, and for product-based fabric selection the product fabric selection guide.
Which technical control points should you watch when selecting polo fabric?
Because of its collar and cuff construction, a polo contains more control points than a plain T-shirt. The first heading is dimensional stability: if the piqué body shrinks in the wash, the ratio between the collar band and the body is disrupted and the collar looks "scrunched". For this reason, finishing treatments such as sanforising/compacting and tested shrinkage values are important. The second heading is the colour match of collar and body; as noted earlier, a ΔE<1 target and a shared lab-dip approval solve this problem from the outset.
The third heading is pilling resistance. Because a polo is exposed to abrasion as outerwear, surface pilling lowers quality; pilling performance measured by Martindale or the relevant test methods reflects yarn and finishing quality. The fourth heading is the elastic recovery of the collar/cuff band: if the band is too loose the cuff sags, if too tight it is uncomfortable. The right elastane ratio or an appropriate rib/interlock-rib density sets this balance; for the effects of elastane use in knit fabric, the elastane guide can be taken as a reference.
These control points are concrete items to be verified at the sampling stage. Once the target weight, piqué type, yarn segment and collar recipe are clarified, both colour and form are approved with a lab-dip and a sewn sample; production is only started after these approvals. For the sourcing side of the process (sampling, approval flow), you can review the sampling and delivery process guide.
Frequently asked questions
What is the weight difference between single, double and Lacoste piqué?
Single piqué is the lightest option, typically in the ~160-190 g/m² range, used for summer and economy polos. Double piqué is fuller and more opaque, at ~200-240 g/m² it suits premium corporate and four-season polos. Lacoste piqué is a sporty structure with a large, pronounced honeycomb; at ~180-220 g/m² it is preferred for classic tennis/golf and embroidered polos. The final value shifts with yarn fineness, fibre composition and finishing.
Which yarn type do you recommend for the polo body?
Because the polo body calls for a clean surface and durability, we generally prefer combed cotton or compact yarn. Combed yarn is a smoother yarn with its hairiness removed, so it renders the piqué honeycomb crisply and resists pilling better than carded yarn. In the higher segment, compact yarn gives a smoother surface and better colour depth. Carded yarn may be used in economy promotional polos, but surface quality and durability expectations are set accordingly.
How do you prevent the colour difference between collar and body?
When the collar and cuff bands are knitted and dyed separately, a tonal difference (due to metamerism or fastness) can appear after washing if they are not dyed in the same batch with the same recipe as the body. We therefore solve collar-to-body colour matching with a ΔE<1 target, tied to the same lab-dip approval. In contrast-collar designs, both colours must pass independent fastness tests; otherwise a dark collar can bleed onto a light body (crocking).
How should we choose between rib, interlock (2x2) and full-fashion knit collars?
There are three main routes. A rib band (1x1 or 2x2) is elastic, has good recovery and is economical; however, a very soft rib collar can wave over time. An interlock band, with its 2x2 character, is fuller and stands more upright, and is frequently preferred for corporate cuffs/collars. The most corporate result is achieved with a full-fashion knitted collar: it best retains its form and deforms the least, but its cost and production time are higher, so it is used in premium and branded polos.
How does the fabric decision change between corporate and promotional polos?
For corporate polos the priority is durability, colour stability and form retention; this is why high pilling-resistant combed/compact yarn, dimensionally stable double piqué and a non-deforming knit collar come to the fore. For promotional polos cost and lead time are the priority; a single piqué body, rib/interlock band collar and a simpler recipe are suitable. With fine-detail printing the large structure of Lacoste piqué can be challenging; in that case a flat-surfaced single piqué or jersey body is preferred.
Which technical checkpoints should we look at when selecting polo fabric?
There are four critical points: dimensional stability (wash shrinkage), collar/body colour matching, pilling resistance and the recovery power of the collar band. If the piqué body shrinks, the collar ratio is thrown off; this is why sanforising/compacting and tested shrinkage values matter. Colour matching is solved with ΔE<1 and a joint lab-dip approval. Pilling is measured by methods such as Martindale. These items are verified at the sampling stage with the lab-dip and a sewn sample; production starts only after approvals.