gsm vs count

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Common Knit FabricsWhat are commonly Used Knit Fabrics: An answer to this can be found in the following table and the description given below it:KNITTED FABRIC DESCRIPTIONS

CONTENTYARN COUNTFABRIC TYPEGSM RANGE

100% Cotton40s CombedSingle-Jersey100-120

100% Cotton36s CombedSingle-Jersey110-130

100% Cotton30s CombedSingle-Jersey140-155

100% Cotton26s CombedSingle-Jersey160-170

100% Cotton24s CombedSingle-Jersey165-180

100% Cotton20s CombedSingle-Jersey180-200

100% Cotton18s CombedSingle-Jersey210-230

100% Cotton16s CombedSingle-Jersey230-250

100% Cotton40s CombedSlub-Jersey100-120

100% Cotton36s CombedSlub-Jersey110-130

100% Cotton30s CombedSlub-Jersey140-155

100% Cotton26s CombedSlub-Jersey160-170

100% Cotton24s CombedSlub-Jersey165-180

100% Cotton20s CombedSlub-Jersey180-200

100% Cotton18s CombedSlub-Jersey210-230

100% Cotton16s CombedSlub-Jersey230-250

95/5 Cotton/Spandex40s Combed + 20-DanierSingle-Jersey160-180

95/5 Cotton/Spandex32s Combed + 20-DanierSingle-Jersey190-200

95/5 Cotton/Spandex30s Combed + 20-DanierSingle-Jersey200-210

95/5 Cotton/Spandex30s Combed + 30-DanierSingle-Jersey220-230

100% Cotton30s CombedPique180-190

100% Cotton26s CombedPique190-200

100% Cotton24s CombedPique200-220

100% Cotton20s CombedPique210-240

100% Cotton18s CombedPique240-250

100% Cotton16s CombedPique260-280

95/5 Cotton/Spandex40s Combed + 40-DanierPique180-200

95/5 Cotton/Spandex30s Combed + 40-DanierPique240-250

100% Cotton40s Combed1X1 Rib140-160

100% Cotton30s Combed1X1 Rib180-200

100% Cotton26s Combed1X1 Rib210-220

100% Cotton24s Combed1X1 Rib220-240

100% Cotton20s Combed1X1 Rib250-270

100% Cotton16s Combed1X1 Rib300-340

97/3 Cotton/Spandex30s Combed + 30-Danier1X1 Rib220-240

97/3 Cotton/Spandex30s Combed + 40-Danier1X1 Rib230-250

97/3 Cotton/Spandex26s Combed + 40-Danier1X1 Rib260-280

97/3 Cotton/Spandex20s Combed + 40-Danier1X1 Rib300-330

100% Cotton40s Combed2X2 Rib140-160

100% Cotton30s Combed2X2 Rib180-200

100% Cotton26s Combed2X2 Rib210-220

100% Cotton24s Combed2X2 Rib220-240

100% Cotton20s Combed2X2 Rib250-270

100% Cotton16s Combed2X2 Rib300-340

97/3 Cotton/Spandex30s Combed + 30-Danier2X2 Rib220-240

97/3 Cotton/Spandex30s Combed + 40-Danier2X2 Rib230-250

97/3 Cotton/Spandex26s Combed + 40-Danier2X2 Rib260-280

97/3 Cotton/Spandex20s Combed + 40-Danier2X2 Rib300-330

97/3 Cotton/Spandex40s Combed + 40-Danier2X2 Rib180-200

97/3 Cotton/Spandex30s Combed + 40-Danier2X2 Rib210-220

97/3 Cotton/Spandex26s Combed + 40-Danier2X2 Rib220-240

97/3 Cotton/Spandex20s Combed + 40-Danier2X2 Rib250-270

100% Cotton40s CombedInterlock180-200

100% Cotton30s CombedInterlock220-240

100% Cotton26s CombedInterlock240-260

100% Cotton24s CombedInterlock270-280

100% Cotton20s CombedInterlock300-320

100% Cotton16s CombedInterlock330-350

100% Cotton40s CombedBrushed Back Terry160-170

100% Cotton30s CombedBrushed Back Terry180-200

100% Cotton26s CombedBrushed Back Terry200-210

100% Cotton24s CombedBrushed Back Terry220-230

100% Cotton20s CombedBrushed Back Terry240-260

100% Cotton16s CombedBrushed Back Terry280-290

95/5 Cotton/Spandex40s CombedBrushed Back Terry180-200

95/5 Cotton/Spandex30s CombedBrushed Back Terry210-220

95/5 Cotton/Spandex26s CombedBrushed Back Terry220-240

95/5 Cotton/Spandex24s CombedBrushed Back Terry250-270

95/5 Cotton/Spandex20s CombedBrushed Back Terry280-300

95/5 Cotton/Spandex16s CombedBrushed Back Terry310-330

100% Cotton40s CombedLoop Back Terry160-170

100% Cotton30s CombedLoop Back Terry180-200

100% Cotton26s CombedLoop Back Terry200-210

100% Cotton24s CombedLoop Back Terry220-230

100% Cotton20s CombedLoop Back Terry240-260

100% Cotton16s CombedLoop Back Terry280-290

95/5 Cotton/Spandex40s CombedLoop Back Terry180-200

95/5 Cotton/Spandex30s CombedLoop Back Terry230-250

95/5 Cotton/Spandex26s CombedLoop Back Terry260-270

95/5 Cotton/Spandex24s CombedLoop Back Terry280-300

95/5 Cotton/Spandex20s CombedLoop Back Terry300

95/5 Cotton/Spandex40s+40s Combed + 20-DanierFrench-Terry180-200

95/5 Cotton/Spandex30s+30s Combed + 20-DanierFrench-Terry240-260

80/20 Cotton/Poly30s+30s Combed + 10s PC3-Fleece300-340

80/20 Cotton/Poly30s+30s Combed + 10s PC3-Fleece280-300

80/20 Cotton/Poly20s Combed + 10s PC2-Fleece260-300

100% Cotton40s CombedWaffle140-160

100% Cotton30s CombedWaffle180-200

100% Cotton26s CombedWaffle210-220

100% Cotton24s CombedWaffle220-240

100% Cotton20s CombedWaffle250-270

100% Cotton16s CombedWaffle300-340

100% Cotton40s CombedThermal140-160

100% Cotton30s CombedThermal180-200

100% Cotton26s CombedThermal210-220

100% Cotton24s CombedThermal220-240

100% Cotton20s CombedThermal250-270

100% Cotton16s CombedThermal300-340

How to Identify a Jersey, Rib and Interlock Fabric

A very easy to understand identify the three isgiven here.

See an example ofBrushed Back Terry hereSee an example ofFrench Terry hereSee an example ofWaffle Knit hereSee an example ofThermal Knit Here

What is 3-Fleece and 2-Fleece

Three end and two end, course cut (10 to 14), knitting techniques are conventionally used to produce knitted fleece with low stitch densities (600-700). Fabric with a higher stitch density is generally perceived to be a higher quality fabric because it has a lower shrinkage rate and a more stable print platform.

The term "stitch density" is frequently used in knitting instead of a linear measurement of courses and wales, it is the total number of needle loops in a square area measurement such as square inch. It is obtained by multiplying the number of courses per inch by the number of wales per inch. Stitch density tends to be a more accurate measurement because tension acting in one direction in the fabric may, for example, produce a low reading for the courses and a high reading for the wales, which when multiplied together cancel the effect out.

Two end, course cut knitting techniques are generally used to produce knitted fleece fabric with lower stitch density, which is generally perceived to be low quality fabric. Two end knitted fleece fabric constructions are typically less costly to produce compared to three end knitted fleece fabric constructions because of lower yarn material costs.

Both three end and two end course cut knitting techniques can be used to produce knitted fleece fabric having the same fabric weight and the same stitch density. However, because three end knitting uses three yarn ends, as opposed to two yarn ends used by two end knitting, a yarn having a finer yarn count, which is significantly more expensive, is necessary to produce knitted fleece fabric with the same fabric weight and same stitch density. Thus, it is much more costly to produce knitted fleece fabric of a given weight and stitch density using a three end knitting technique. See a patent based on this informationhere.

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