Moisture Wicking 40S 60% Cotton 40% Polyester Blended Sportswear
Material Fabric 240gsm 150cm
Composition is 60% cotton 40% polyester . Weight is 240gsm.Yarn is
32S ,it is blend yarn fabric,which is also moisture wicking
fabric,it has two characturs: one is quickly moving (or wicking)
sweat to the fabric's outer surface, and the other is drying
rapidly so that your sweat doesn't saturate the fabric. the fabric
is comfortable to wear. Mostly used as dress, sportswear, shirt, yoga, shorts, legging, activewear ,swimwear.etc.
This fabric has the following features:
- Breathable
- Durability
- Soft
- Comfortable
- Easy to Wash
- Non-Toxic
Product Name | Moisture Wicking 40S 60% Cotton 40% Polyester Blended Sportswear
Material Fabric 240gsm 150cm |
Width | 150cm |
Weight | 240GSM |
Specifications | 32S |
characteristic | breathable and stretch |
Selling Point | Moisture Wicking |
application | Dress Sportswear Shirt Yoga Shorts Legging Activewear Swimwear |
Place of Origin | Jiangsu China |
Delivery | 15 to 20 days after sample comfirmation |
Sample picture
CVC (Chief Value Cotton) fabric is a blend of cotton and polyester
with cotton equal to or over 50% of the blend. The high ratio of
cotton to polyester threads imparts CVC fabric with many excellent
performances such as breathability and durability. Moreover, the
presence of polyester renders CVC fabric resistant to shrinkage and
can withstand frequent household laundering. Due to these
qualities, CVC fabric has become a staple in the sportswear
industry and has been widely used for professional uniforms such as
surgical gowns and medical scrubs. Cotton is capable of absorbing
and retaining moisture and, thus, promotes the growth of
microorganisms, which may result in some undesirable effects such
as unpleasant odour, reduction in mechanical strength, stains .
Moreover, the growth of microorganism can accelerate the hydrolysis
of cellulose and cause deterioration of the fabric. Therefore,
antibacterial finishing is of high importance for cotton and cotton
blend fabric by eliminating the microbial colonization and the
potential transfer from fabric surfaces.
Antibacterial finishing not only considers the selection of
antibacterial agents but also emphasizes the durability of treated
final products against wearing and household laundering. The ideal
antibacterial agents should possess the virtues such as
broad-spectrum germicidal efficacy, reasonable cost,
biocompatibility and low toxicity. The affinity of selected
antibacterial agents to fibers plays a vital role in the durability
of antibacterial fabrics. In this regard, the hydrophilic polymeric
antibacterial agents provide a better choice than the inorganic
metal nanoparticles [
6,
7]. A wide variety of polymeric antibacterial agents have been
developed, ranging from naturally derived biopolymers, such as
chitosan and starch and synthetic polymers including quaternary
ammonium salts, polybiguanide, triclosan and N-halamine, to
inorganic metal nanoparticles, such as TiO
2, ZnO . It has been reported that some antibacterial agents, e.g.,
triclosan and copper-based compounds, have been also used for the
development of antiviral fabrics due to their antiviral activities.
Lyigundogdu and colleagues reported a triclosan-based antiviral
formulation containing 0.03% triclosan, 3% sodium pentaborate
pentahydrate and 7% glucapon for developing antiviral cotton
fabrics .The antiviral fabrics shows excellent results against
adenovirus and poliovirus.