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A wet polyester fabric has areal density of 160 g/m2. The initial temperature of the wet fabric is 20°C

A wet polyester fabric has areal density of 160 g/m2. The initial temperature of the wet fabric is 20°C

Q. A wet polyester fabric has areal density of 160 g/m2. The initial temperature of the wet fabric is 20°C. After it is completely dried on a cylinder dryer, its areal density drops to 100 g/m2. Consider, Assuming that there is no heat loss, the energy (kJ) required to dry 1 m2 of the fabric […]

A wet polyester fabric has areal density of 160 g/m2. The initial temperature of the wet fabric is 20°C Read More »

A 180 denier polyester multifilament yarn, a 60 Ne cotton yarn and a 50 Nm (metric count) polyester/wool yarn are twisted together

A 180 denier polyester multifilament yarn, a 60 Ne cotton yarn and a 50 Nm (metric count) polyester/wool yarn are twisted together

Q. A 180 denier polyester multifilament yarn, a 60 Ne cotton yarn and a 50 Nm (metric count) polyester/wool yarn are twisted together. The resultant linear density (tex) of the 3-ply yarn, neglecting twist contraction, (rounded off to 2 decimal places) is Ans: 49.50-50.00

A 180 denier polyester multifilament yarn, a 60 Ne cotton yarn and a 50 Nm (metric count) polyester/wool yarn are twisted together Read More »

A yarn is passing through an additive type tensioner The mass of dead weight on disc is 50 g and the coefficient of friction between

A yarn is passing through an additive type tensioner The mass of dead weight on disc is 50 g and the coefficient of friction between

Q. A yarn is passing through an additive type tensioner. The mass of dead weight on disc is 50 g and the coefficient of friction between yarn and disc is 0.3. If the input tension is 50 gf, then the output tension (gf) is . Ans: 79-81

A yarn is passing through an additive type tensioner The mass of dead weight on disc is 50 g and the coefficient of friction between Read More »

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