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An elastic warp knitted fabric having a pulling out force for pulling out an elastic yarn from the knitted fabric of 30 g or more, and in which a shape of a sinker loop of a nonelastic yarn is maintained as a bulge shape after an application of a dyeing and finishing treatment. This elastic warp kni

An elastic warp knitted fabric having a pulling out force for pulling out an elastic yarn from the knitted fabric of 30 g or more, and in which a shape of a sinker loop of a nonelastic yarn is maintained as a bulge shape after an application of a dyeing and finishing treatment. This elastic warp knitted fabric can be manufactured by using a specially prepared dyeing and finishing treatment, so that the sinker loop of the nonelastic yarn can be maintained in the treatment.

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An elastic warp knitted fabric in which an elastic yarn is inserted to sinker loops of a ground knitted weave constituted by a nonelastic yarn, wherein the elastic warp knitted fabric is knitted so that the following conditions a and b are satisfied: a. A pulling out force for pulling out the elasti

An elastic warp knitted fabric in which an elastic yarn is inserted to sinker loops of a ground knitted weave constituted by a nonelastic yarn, wherein the elastic warp knitted fabric is knitted so that the following conditions a and b are satisfied: a. A pulling out force for pulling out the elastic yarn at a pulling speed of 10 cm/min from the warp knitted fabric is 30 g or more; b. A shape of the sinker loop of the nonelastic yarn in the warp knitted fabric satisfies the following equations (1) and (2). [Figure] (1) [Figure] (2) wherein: L0, L0(max), L0(Min), L0(mean) and L are measured by the following method: An electron micrograph of a cross section of the elastic warp knitted fabric is taken at a magnitude of 50, to obtain an enlarged view of the sinker loop. Three positions, i.e., a center position and a position remote from each side of the knitted fabric by 30 cm, are selected as positions to be taken by the electron micrograph, and values of L0 and L of five sinker loops for the three positions are measured, respectively, L0: a distance between two points formed by that perpendicular lines projecting from each center of two adjacent elastic yarns toward a straight line connecting each center of two adjacent elastic yarns are crossed with a curve arranged substantially in a middle portion of a sinker loop of the nonelastic yarn, L0(max): a maximum value of fifteen value of L0, L0(min): a minimum value of the fifteen value of L0, L0(mean): a mean value of the fifteen value of L0, L: a length of a segment of a curve arranged substantially in a middle portion of a sinker loop of the nonelastic yarn which is cut by two perpendicular lines projecting from each center of two adjacent elastic yarns toward a straight line connecting each center of the two adjacent elastic yarns. A method of manufacturing an elastic warp knitted fabric by which an elastic yarn is inserted to sinker loops of a ground knitted weave constituted by a nonelastic yarn, wherein a grey fabric of the elastic warp knitted fabric is knitted in such a manner that the elastic yarn is inserted to sinker loops of a ground knitted weave constituted by a nonelastic yarn by a warp knitting machine, a relaxation treatment using at least one selected from a group of steam, water and air is applied to the grey fabric in a dyeing machine using a flowing gas as an energy of propelling a fabric, a wet heat precess comprising a scouring treatment and a dyeing treatment is applied to the relaxed fabric in the flowing gas dyeing machine, and finally, a finishing set is applied to the knitted fabric obtained.