Polyblend cloth material is a textile made by combining polyester with another fiber, most often cotton, but also rayon (viscose), linen, wool or spandex, so one fabric can balance durability with comfort. Polyester brings strength, shape retention, low shrinkage, wrinkle resistance and fast drying; the partner fiber brings softness, absorbency, drape or stretch. The blend ratio decides which side wins.
A 65/35 polyester-cotton (TC) shirting behaves very differently from a 60/40 cotton-rich CVC jersey, even though both are sold as "poly cotton".
Key Takeaways
The three blends buyers meet most are TC 65/35 (polyester-rich), CVC 60/40 (cotton-rich) and T/R 65/35 or 80/20 (polyester-viscose).
More polyester means less shrinkage, fewer wrinkles and faster drying; more cotton or rayon means more absorbency and a softer, cooler hand.
Polyester absorbs only about 0.4% moisture versus roughly 8.5% for cotton and 11-13% for viscose, which explains most of the comfort gap.
What Is Poly Blend Fabric Made Of?
Polyblend fabric is made of polyester staple fiber spun together with at least one other fiber, and the label states the ratio by weight, polyester first when it's the majority (for example 65% polyester / 35% cotton). The polyester is cut to staple length to match the partner fiber, then both are mixed before spinning.
The idea is simple. Polyester on its own is strong, cheap and stable but feels synthetic and holds little moisture. Natural and cellulosic fibers feel better against the skin but shrink, crease and fade faster. Put them in one yarn and you get a fabric that sits in between, tuned by ratio.
Common partner fibers:
Cotton: the classic poly cotton blend for shirts, uniforms, T-shirts and bedding
Rayon / viscose: softer drape and a slight sheen, used for suiting and dresses (see rayon-cotton blends for a related mix)
Linen: dry, textured hand with fewer creases than pure linen
Wool: suiting and coat fabrics that hold a crease and resist moths and wear
Spandex (elastane): stretch and recovery, usually 3-10% of the blend
What Are the Most Common Cotton Polyester Blends and Polyblend Ratios?
Most commercial polyblends fall into a few standard ratios, and each one maps to a recognizable fabric family. The table below lists the blends B2B buyers request most often, with typical constructions and weights.
Blend | Typical ratio | Common constructions | Approx. weight | Typical uses |
|---|---|---|---|---|
TC (polyester-cotton) | 65/35, 80/20 | Poplin, twill, pocketing | ~100-260 GSM | Shirts, uniforms, workwear, pocketing |
CVC (cotton-rich) | 60/40, 55/45 cotton/poly | Jersey, pique, fleece, twill | ~140-320 GSM | T-shirts, polos, sweatshirts, shirts |
50/50 poly-cotton | 50/50 | Jersey, sheeting, twill | ~120-220 GSM | T-shirts, bed sheets, promotional wear |
T/R (polyester-viscose) | 65/35, 80/20, often + 2-5% spandex | Plain, twill, suiting | ~150-300 GSM | Suits, trousers, uniforms, dresses |
Poly-linen | 55/45 to 70/30 | Plain weave, slub | ~120-220 GSM | Summer shirts, dresses, curtains, table linen |
Poly-wool | 55/45, 70/30 | Twill, gabardine, flannel | ~200-350 GSM | Suiting, trousers, coats |
Poly-spandex | 92/8 to 95/5 | Jersey, satin, 4-way stretch | ~120-280 GSM | Activewear, leggings, fitted dresses |
Tri-blend | 50/25/25 poly/cotton/rayon | Jersey | ~120-160 GSM | Premium soft T-shirts |
Weights are typical commercial ranges; yarn count, density and finishing set the result for any specific fabric.
What Is the Difference Between TC, CVC and T/R Fabric and Their Use of Natural Fibers?
TC, CVC and T/R are trade names for three different polyblend families, and the letters tell you which fiber dominates. TC means polyester leads, CVC means cotton leads, and T/R means polyester is blended with rayon instead of cotton.
TC fabric (Terylene/Cotton)
TC fabric is polyester-rich, usually 65/35 or 80/20. It's crisp, holds creases and color well, and shrinks very little, which is why it dominates uniform shirting, TC twill workwear and pocketing. A standard 65/35 TC poplin in 45s x 45s, 133 x 72 construction weighs around 110-120 GSM.
CVC fabric (Chief Value Cotton)
CVC fabric has more cotton than polyester, typically 60/40 or 55/45. It feels closer to cotton, offers better air circulation than polyester-richer TC blends used for uniforms and workwear, and prints more like cotton, while the polyester share still cuts shrinkage, adds durability and strength compared with 100% cotton, and improves color retention over repeated laundering. It's the default for knitted T-shirts, polos and fleece.
T/R fabric (Terylene/Rayon)
T/R fabric swaps cotton for viscose. It drapes more fluidly, has a smoother face and a light sheen, and resists wrinkles better than viscose alone. With 2-5% spandex added, it becomes the stretch suiting used for trousers, blazers and office uniforms.
How Does Polyblend Compare with 100% Cotton and 100% Polyester?
A poly cotton blend sits between its two parent fibers on almost every property. Polyester absorbs about 0.4% moisture at standard conditions while cotton absorbs about 8.5%, so the ratio directly sets how dry, quick-drying or clammy a fabric feels. The comparison below assumes similar weight and construction.
Property | 100% cotton | Poly-cotton blend (e.g. 65/35 TC) | 100% polyester (spun) |
|---|---|---|---|
Hand feel | Soft, natural | Smooth, slightly crisp | Smooth, synthetic |
Moisture absorption | High (~8.5% regain) | Medium | Very low (~0.4% regain) |
Breathability & comfort in heat | High | Medium | Low to medium |
Shrinkage | Higher unless pre-shrunk | Low | Very low |
Wrinkle resistance | Low | Good | Very good |
Strength & abrasion | Moderate | High | High |
Pilling | Low | Moderate (rises with polyester share) | Moderate to high |
Drying speed | Slow | Faster | Fast |
Dyeing | Reactive dyes, one process | Two dye classes needed | Disperse dyes, high temperature |
Relative cost | Higher | Moderate | Lowest |
The pilling row surprises some buyers. Polyester fibers are strong enough that small fiber balls stay anchored on the surface instead of breaking off, so polyester-rich staple blends can pill more visibly than cotton. Low-pill polyester, compact or ring-spun yarns, singeing and anti-pill finishes reduce it.
What Is Polyblend Fabric Used For?
Polyblend fabric sits between pure cotton and pure polyester, and the balance affects moisture wicking as well as comfort. That's why it dominates uniforms, workwear, everyday knitwear and hotel and home textiles, and it is often a more cost effective choice than 100% cotton for uses that require durability and easy care.
Workwear and uniforms: TC twill coveralls, chef and hospitality uniforms, medical scrubs and corporate shirts
School uniforms: TC poplin shirts, T/R trousers and skirts, poly-wool blazers
Shirts: TC and CVC poplin for easy-care business and casual shirting
T-shirts, polos and sweatshirts: CVC and 50/50 jersey, pique and fleece, plus tri-blend tees
Suiting and womenswear: T/R and poly-wool suits, trousers and uniforms (see suiting fabric)
Activewear: poly-spandex jersey and 4-way stretch fabric such as 93% polyester 7% spandex stretch woven fabric for leggings, sports tops and swimwear
Home and hospitality textiles: TC bed sheets and pillowcases, table linen, poly-linen curtains and curtain fabric)
Bags and packaging: poly-blend options made with rPET are often marketed as eco friendly because polyester blends are popular for reusable bags, and their durability holds up to repeated use
Polyester-rich blends are often chosen for athletic wear and other clothing because they wick moisture well, but they may retain odor in garments more than cotton-rich options. Recycled polyester (rPET) can replace virgin polyester in most of these blends, and recycled fabrics are often paired with organic or conventional cotton.
Polyblend Fabric from MH, Supplier Overview
Polyblend fabric is rarely bought once. Uniform, workwear and school-wear programs reorder the same TC or T/R quality season after season, and each new lot has to match the last one in ratio, weight, shade and shrinkage, or a replacement shirt won't match the one already in use. MH (Ningbo MH) has supplied fabrics and sewing materials since 1999 to buyers in more than 150 countries, and its range covers TC, CVC, T/R and poly-spandex qualities along with the polyester threads, buttons, zippers and interlinings that finish them.
That range comes from 9 factories on about 350,000 m², 3,000+ employees and a network of 2,000+ partner manufacturers, with roughly 10,000 tailoring materials and fabrics in total. For fabric wholesalers, garment and uniform makers and importers, a blended base fabric and its trims can come from one source with blend ratio and specs held steady across repeat orders. MH is known as the "Kingdom of Sewing," holds "Top 500 China Service Industry" and "AAA Trustworthy Company" recognition, and sells under the MH and TWO BIRDS brands.
Browse MH's TC fabric and T/R fabric ranges, or contact MH for a quote based on blend ratio, yarn count, weight, width, finish, MOQ and lead time.
Frequently Asked Questions
Is polyblend the same as poly cotton? Not exactly. Poly cotton is the most common polyblend, but polyblend covers any fabric that mixes polyester with another fiber, including polyester-viscose (T/R), polyester-wool, polyester-linen and polyester-spandex.
What is the difference between 65/35 and 50/50 poly cotton? A 65/35 blend is polyester-rich, so it's crisper, shrinks less, wrinkles less and dries faster, which suits shirts, uniforms and workwear. A 50/50 blend is softer and more absorbent, with a hand closer to cotton, so it's common in T-shirts and bed sheets.
Is polyblend fabric breathable? It's moderately breathable. Breathability rises with the cotton, rayon or linen share, because those fibers absorb moisture while polyester absorbs only about 0.4%. Cotton-rich CVC and loosely woven or knitted constructions feel coolest; tightly woven polyester-rich TC feels warmest.
Does polyblend fabric shrink? Very little compared with cotton. The polyester component is heat-set during finishing, which stabilizes the fabric, so most polyester-rich blends shrink only slightly in normal washing. Cotton-rich blends shrink a bit more, and very hot washing or drying increases shrinkage for any blend. To preserve minimal shrinkage, wash in cold water and avoid high heat when drying.
Why does polyblend fabric pill? Pills form when loose fiber ends tangle into small balls during wear and washing. In polyester blends, the strong polyester fibers keep those balls attached instead of letting them break off. Low-pill polyester, compact yarns, singeing and anti-pill finishes reduce the problem.
Can polyblend fabric be recycled? Usually not easily. Polyblends are generally hard to recycle because the mixed fibers are difficult to separate into different recycling streams.