every 100 per square meter the fabric weight is 160g
{(Inseam + Back rise) * Thigh * 4} * GSM /1550 * 12/1000 = Kg/doz
How do you convert cellphone gsm frequency to another gsm frequency?"
GSM 900: Uplink frequency: 890 - 915 MHz GSM 1800 : Uplink frequency: 1710 - 1785 MHz GSM 1900: Uplink frequency: 1850 - 1910 MHz
Yes. Typically higher GSM means higher compression strength.
GSM stands for : Global System for Mobile Communication GPRS stands for : General Packet Radio Service
GSM is measured to set the price of a fabric
140 gsm finish gsm
140 gsm finish gsm
fabric count & construction 30*30/124*64 then how to calculate fabric gsm fabric count and construction 16*16/112*122 what is the fabric gsm?
total wight-500gm size-13x10 what is gsm?
total wight-500gm size-13x10 what is gsm?
Thread count and grams per square meter (gsm) measure different aspects of fabric. Thread count refers to the number of threads woven together per square inch, while gsm indicates the weight of the fabric. A 90 gsm fabric typically has a lower thread count, but the exact thread count can vary depending on the type of fibers and weaving techniques used. For example, a 90 gsm cotton fabric may have a thread count ranging from 150 to 200, but this can differ based on the specific fabric construction.
GSM stands for gram per square meter , when we go to purchase knitted fabric its not measured in meters , we always buy this fabric in KG;s , so when we send any quotation to buyers we always define amount of GSM in fabric, in Wovens we easily calculate in meters.
roll weight X 19.685 / dia gsm of th fabric = metre of the fabric
GSM = grams per square meter Cut a 1 meter by 1 meter of fabric and weigh it in grams or weigh the fabric in grams (G) and measure the length in meters (L) and width in meters (W) and calculate: G/LW = grams per square meter = GSM
(epi/warp count+ppi/weft count)23.2,this is simple formulae for calculating gsm with count & construction.for glm -gsm*width of the fabric in cm
easy formula for calculate gsm as below, GSM= (EPI/Warp count*1.1)+(PPI/Weft count*1.04)*23.5