Q. Working principle of friction spinning machine is

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Q. Yarn wounds around circular packages at a rate of

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Q. Friction spinning method allows processing of fibers with lengths of

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Q. Fibers become twisted because of friction and torque of two cylinders, rotating in

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Q. Fibers arranged co axially gives a

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Q. With maximum loading limits, it is possible to feed various slivers having fibers arranged

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Q. Friction spinning method allows processing of

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Q. In order to obtain fancy effects, spinning machine is fed with slivers of different

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Q. Machines used for high preparation for spinning process transform slivers into

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Q. Low preparation for spinning can be carried out in

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Q. Preparation of spinning is carried out in

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Q. Converting slivers into roving is carried out on

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Q. Process of Spinning includes

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Q. Low preparation for spinning can be reduced to three for yarns

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Q. Cycle/s in preparation of spinning is/are

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Q. Number of stages in spinning are

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Q. In low preparation stage, evenness increase through a series of

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Q. In spinning, all combed, blended or recombed slivers are transformed into yarn of desired

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Q. In low preparation stage, sliver count is

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Q. High preparation for spinning converts sliver into roving through

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