WO2018230945A1

WO2018230945A1 - Glove and glove manufacturing method using tungsten yarn

Info

Publication number: WO2018230945A1
Application number: PCT/KR2018/006663
Authority: WO
Inventors: 이한석
Original assignee: 주식회사 에코텍
Priority date: 2017-06-13
Filing date: 2018-06-12
Publication date: 2018-12-20
Also published as: KR101890566B1

Abstract

The present invention relates to a glove having increased cut resistance and, more specifically, to a glove using a tungsten yarn, the glove comprising: a main yarn which comprises a tungsten yarn, a first HPPE yarn, a second HPPE yarn, and a nylon yarn, and which is formed by twisting a first yarn and a second yarn with each other, wherein the first yarn is formed by twisting the tungsten yarn, the first HPPE yarn, and the nylon yarn with one another, and the second HPPE yarn serves as the second yarn; and an auxiliary yarn formed by twisting a spandex yarn and a nylon yarn with each other, wherein the glove is knitted such that the main yarn is positioned on the outer surface thereof and the auxiliary yarn is positioned on the inner surface thereof.

Description

Glove manufacturing method and gloves using tungsten yarn

The present invention relates to a glove with an increased cutting strength, and more particularly, a main yarn made by twisting a glove with a metal tungsten yarn, 200 denier HPPE (reinforced polyethylene) yarn and 400 denier HPPE yarn and nylon yarn. The present invention relates to a glove manufacturing method and a glove using a tungsten yarn which has a soft touch and at the same time to increase the cutting strength of the glove by positioning the auxiliary yarn made by twisting nylon and spandex yarn.

Generally, work gloves are divided into fabric gloves and gloves coated on the fabric palm.

In other words, for simple work, uncoated gloves are used, and machine and civil construction work sites use mainly coated gloves.

In particular, coated gloves protect hands when working hard in industrial sites, ensure efficient working safety and prevent the gloves from breaking up quickly.

In the industrial field, there is a problem of breaking up quickly depending on the type of work, but there is a problem that a safety accident such as injury occurs while the glove coating part is cut by a sharp object during work.

Looking at the prior art in this field, registered utility model publication No. 20-0393646 (registration date

August 24, 2005) In the multi-layered structure (hereinafter referred to as "prior art") using stainless steel wire, one or more strands of stainless steel wire in the longitudinal direction are provided, and one strand is surrounded by the stainless steel wire. The high-strength polyethylene filament yarn of the winding in one direction to the main yarn of the knitted fabric; At least one strand of polyurethane screen in the longitudinal direction at the center and one strand of polyamide Diti yarn wound around the polyurethane screen in one direction to coat the main yarn and auxiliary yarn as the auxiliary yarn of the knitted fabric Weave two layers of gloves; Gloves having a multi-layer structure using stainless wires are characterized by increasing strength when weaving at least one strand of the main yarn of the woven glove toward the outer skin and increasing the wearing comfort when weaving the auxiliary yarn toward the endothelium.

The prior art is provided with at least one strand of stainless steel wire in the longitudinal direction at the center, and close the pitch distance of the spirally wound polyethylene filament yarn by covering one strand of high-strength polyethylene filament yarn around the stainless wire screen in one direction. Even if it is used, there is a problem in that the winding portion, that is, the pitch and the pitch portion is opened during use or knitting, the friction between the stainless yarn and polyethylene filament yarn or the adjacent polyurethane screen and one strand of polyamide Diti yarn is generated and deformation occurs.

In other words, stainless steel is to increase the cutting strength of the glove by knitting together when knitting the glove, there is a problem that the wearer is inconvenient because the wearer is in contact with the palm skin by bending and exposure to the stainless steel.

In particular, in the conventional work gloves, gloves for protecting the hands are not fast and soft, there is a problem that the finger does not move freely during the work is unnatural to wear when worn.

Prior art literature

Patent Literature

(Patent Document 1) Korean Utility Model Registration No. 20-0393646

The present invention is to solve the problems as described above, the main yarn made by twisting the tungsten yarns, metals of 200 denier and 400 deae HPPE (reinforced polyethylene) yarn and nylon yarn when knitting gloves, located on the outer surface during knitting, nylon yarn And an auxiliary yarn made by twisting spandex yarn to be positioned on the inner surface to increase the cutting strength of the glove and to make the glove with an elastic and soft touch.

In addition, the present invention uses a tungsten yarn and the main yarn made by twisting the HPPE yarns, nylon yarns, spandex yarns of 200 denier and 400 Deia together, such as a rope, between the two HPPE yarns twisted and tungsten yarns and nylon yarns when used or knitted Since the space is not generated by the pitch interval, and the tungsten yarn knitted with the user's palm skin does not contact and the surface cutting force of the glove relates to a glove manufacturing method and gloves using the tungsten yarn for the purpose.

In addition, the present invention is intended to increase the cutting force to protect the hand of the worker while at the same time wear a soft glove of the worker to free hand movements during work to prevent safety accidents during work.

The present invention as a means for achieving the above object,

Tungsten yarn 12 having a diameter of 20 μm to 50 μm, a first HPPE yarn 14 having 200 denier HPPE yarn (14), and a second HPPE yarn having 400 denier HPPE yarn (High-pressure polyethlene) 16) and a yarn comprising nylon yarn 13 which is 70 denier; The prepared tungsten yarn 12 is made of no rotation, and the first HPPE yarn 14 and the nylon yarn are superimposed and rotated clockwise (100 to 150 T / M) to make the tungsten yarn 12 and the first HPPE yarn ( 14) and twisting the nylon yarns together with the rope, and primary bonding the yarns with a pitch interval of 2 to 3 mm; By twisting the second HPPE yarn 16 in a clockwise direction with a rope around the combined primary yarn 11, the yarns are secondarily combined with a pitch interval of 2 to 3 mm to produce a mixed main yarn 10. Preparing to; After preparing 140 Denia spandex yarn (SPANDEX) (17) and 140 Denia nylon yarn (13 '), the auxiliary yarn (20) was manufactured by rotating the nylon yarn (13') at 500T / M around the spandex yarn (17). Preparing to; The prepared main yarn 10 and the auxiliary yarn 20 using a 10GAGE (NEEDEL number / 1nch) knitting machine or 13GAGE (NEEDEL number / 1nch) knitting machine, but the knitting machine RPM100 ~ 120 and two guide balls are formed in the main yarn (10) ) And the auxiliary yarn 20 is introduced into the main yarn 10 is knitted on the outer surface (2) and the auxiliary yarn 20 is knitted glove using a tungsten yarn, characterized in that consisting of the step of knitting on the inner surface (3) It is to be provided.

Further, tungsten yarn 12 having a diameter of 20 µm to 50 µm, first HPPE yarn 14 having 200 denier HPPE yarn (14), and second HPPE yarn having 400 denier HPPE yarn (High-pressure polyethlene) A primary yarn 11 composed of a yarn 16 and a nylon yarn 13 of 70 denier, twisted into a tungsten yarn 12, a first HPPE yarn 14 and a nylon yarn 13; A main yarn 10 formed by twisting a second HPPE yarn 16, which is a secondary yarn 15, on the yarn 11; And an auxiliary yarn 20 formed by twisting the spandex yarn 17 and the nylon yarn 13 ',

The main yarn 10 is located on the side surface (2) of the glove and the auxiliary yarn 20 is to provide a glove using a tungsten yarn, characterized in that it is knitted to be located on the inner surface (3) of the glove.

In addition, the main yarn 10, the primary yarn 11 is twisted clockwise, the secondary yarn 15 is twisted clockwise around the primary yarn 11 using tungsten yarn It would be to provide gloves.

And, the primary yarn 11 and the secondary yarn 15 is to provide a glove using a tungsten yarn, characterized in that each of the twisted pitch interval is made of 2-3mm.

Further, the main yarn 10 is 10% to 28% by weight of

tungsten yarn

12, 16% to 30% by weight of the first HPPE yarn (14), 37% to 63% by weight of the second HPPE yarn (16) %, To provide a glove using a tungsten yarn, characterized in that consisting of a weight ratio of 6% to 10% by weight of nylon yarn (13).

In addition, the auxiliary yarn is prepared by the spandex yarn (17) and the nylon yarn (13 ') of 140 denier (140') and then spun the nylon yarn around the spandex yarn combined by 500T / M, spandex yarn of the total weight of the auxiliary yarn (17) It is to provide a glove using a tungsten yarn, characterized in that formed by a weight ratio of 45% by weight to 55% by weight, 45% by weight to 55% by weight of nylon yarn (13 ').

The present invention as described above to ensure the safety by increasing the cutting strength more than the conventional gloves with high cutting strength to prevent safety accidents that workers are cut or hurt by sharp objects during work and to prevent the gloves from breaking up quickly during work It is to be able to provide gloves.

The present invention is made by twisting the glove knitted tungsten yarn, the first HPPE yarn of 200 denier, the second HPPE yarn of 400 denier and nylon yarn and nylon yarn as a rope, the core yarn is made of twisted nylon yarn and spandex yarn The auxiliary thread is placed inside to increase the cutting strength of the glove and at the same time to have a soft touch, and the glove is comfortable to wear. It is also effective to prevent safety accidents by preventing it from being easily cut and drilled by sharp metal pieces. This prevents economic loss by breaking up quickly and changing frequently.

Figure 1 shows a glove structure using a conventional stainless steel wire,

Figure 2 shows the twisted structure of the main thread having tungsten in the yarn in the present invention,

Figure 3 shows the twisted structure of spandex yarn and nylon yarn in the secondary yarn of the present invention

Figure 4 is a substitute for the actual product drawings of the main company according to Figure 2,

5 is a drawing substitute photograph showing a glove knitted using the main yarn and the auxiliary yarn of the present invention,

Figure 6 shows a substitute picture showing the inner surface and the outer surface of the glove knitted using the main yarn and the auxiliary yarn of the present invention.

Hereinafter, an embodiment of the present invention will be described in detail.

The present invention is to prevent the glove from breaking up quickly during work in the glove, and to prevent the glove from being cut or cut by a sharp metal or the like during the operation to prevent damage to the hand of the worker, the metal when knitting the glove Phosphorous tungsten yarn, 200 denier first HPPE (reinforced polyethylene) yarn and 400 denier second HPPE yarn and nylon yarns are twisted together to produce a main yarn, and when knitting, its main yarn is located on the outer surface of the palm of the glove, nylon yarn and The twisted yarn made of spandex is placed on the inner surface in contact with the palm skin to increase the cutting strength of the glove caused by the external friction during the work and to give the wearer a soft touch.

Looking at the manufacturing method according to an embodiment of the present invention made as described above,

Step 1: Yarn Preparation

Tungsten yarn 12 having a diameter of 20 μm to 50 μm, a first HPPE yarn 14 having 200 denier HPPE yarn (High-pressure polyethlene) and a second HPPE yarn having 400 denier HPPE yarn (High-pressure polyethlene) ( 16) and 70 denier nylon yarn (13) is prepared.

The yarn is purchased and used for each yarn in the market.

2nd process: primary yarn bonding step

The prepared tungsten yarn 12 is rotated without rotation, and the tungsten yarn 12 is superimposed on the first HPPE yarn 14 and the nylon yarn 13 to rotate clockwise (100 to 150 T / M) to be tungsten. Twist the yarn 12, the first HPPE yarn 14 and the nylon yarn 13 together.

At this time, the pitch spacing of the first HPPE yarn 14 and the nylon yarn 13 twisted like a rope around the tungsten yarn 12 is 2 to 3 mm to primarily bond the yarns.

In the present invention, when the primary yarn 11 is bonded, the tungsten yarn 12 is rotated without rotation, and the first HPPE yarn 14 and the nylon yarn 13 bonded to the tungsten yarn 12 thereof rotate in a clockwise direction. While twisting, the first HPPE yarn 14 and the nylon yarn 13 are not unilaterally wound on the tungsten yarn 12, but the first HPPE yarn 14 and the nylon yarn 13 are rotated, so as to form a rope together. Combined to twist.

That is, when the first HPPE yarn 14 and the nylon yarn 13 are twisted around the tungsten yarn 12 having a diameter of 20 μm to 50 μm, the overall bonding state of the tungsten yarn 12 may be reduced even if the tungsten yarn 12 is not rotated. Twisting together produces a uniform tension in each yarn, and later twists or twists of the tungsten yarn 12, the first HPPE yarn 14 and the nylon yarn 13, or the tungsten yarn 12 are twisted. Since there is no exposure between the pitch of the true first HPPE yarn 14 and the nylon yarn 13, no contact with the skin is made, so there is no inconvenience.

Conventionally, reinforcement polyethylene yarns are wound around the metal yarns in a spiral fashion.The pitch gap of the reinforced polyethylene yarns wound on the metal yarns is widened when used or when knitting gloves.The metal yarns (stainless steel yarns) penetrate the nylon yarns when bending. There is a problem in contact with the palm of the wearer and me uncomfortable.

In particular, in the case of stainless steel used to increase the cutting strength, even if it is formed to be extremely thin, there is a problem that the palm uncomfortable when in contact with the skin, nylon yarn, etc. are cut when knitting.

Third Process: Second Yarn Bonding Step

The second HPPE yarn 16 is rotated clockwise (200-250T / M) about the combined first yarn 11, twisted together like a rope, and the yarns are pitched at a pitch interval of 2 to 3 mm. Combined to produce a blended main thread (10).

Thus, the main yarn 10 is the primary yarn 11 and the secondary yarn 15 is twisted and combined, but the primary yarn 11 is twisted clockwise around the tungsten yarn 12, the secondary circle Since the sinusoidal second HPPE yarn 16 is twisted clockwise about the primary yarn 11 to form the main yarn 10, the primary yarn 11 and the secondary yarn 15 are firmly twisted together. Combined.

At this time, since the second HPPE yarn 16 is twisted again with the twisted primary yarn 11 outer surface, the second HPPE yarn 16 is firmly coupled to the primary yarn 11 in duplicate.

The main thread 10 formed as described above is strengthened in the tensile force and binding force is the cutting strength is located on the outer surface of the glove to prevent the wear and cutting or cutting by the sharp metal to protect the operator's hand.

The prepared main thread 10% to 28% by weight of tungsten yarn (12), 16% to 30% by weight of the first HPPE yarn (14), 37% to 63% by weight of the second HPPE yarn (16), nylon yarn (13) It is characterized by consisting of 6% by weight to 10% by weight.

In addition, the auxiliary yarn knitted together with the main yarn (10) to constitute the inner glove surface prepared a 140-day spandex yarn (SPANDEX) (17) and 140 denier nylon yarn (13 ') and then nylon yarn around the spandex yarn (17) Rotate (13 ') to 500T / M to join. At this time, the nylon yarn 13 'is twisted together with a pitcher with a pitch interval of 2 to 3 mm in a clockwise direction to form an auxiliary yarn 20.

The auxiliary yarn 20 is formed in a weight ratio of 45 wt% to 55 wt% of the spandex yarn 17, and 45 wt% to 55 wt% of the nylon yarn 13 '.

When the main yarn 10 and the auxiliary yarn 20 are prepared by the prepared main yarn manufacturing method (a) and the auxiliary yarn manufacturing method (b), the glove is knitted using the knitting machine using a 10GAGE knitting machine or a 13GAGE knitting machine. But the knitting machine RPM100 ~ 120 and two guide balls are formed, the main yarn 10 and the auxiliary yarn 20 is introduced respectively, the main yarn 10 is knitted on the outer surface and the auxiliary yarn is knitted on the inner surface to produce a glove.

At this time, the main thread 10 and the assistant 20 is not separated and knitted, the main thread 10 and the assistant 20 is knitted together, but the assistant 20 is located inside the glove of the knitting and the main thread 10 is It is knitted to be placed on the outer surface of the glove.

As such, the auxiliary yarn 20 composed of the spandex yarn 17 and the nylon yarn 13 'is positioned on the inner surface of the glove to provide a soft touch and elasticity to the skin of the wearer, and the tungsten yarn 12 and the first HPPE yarn 14, the main HP 10 consisting of the second HPPE yarn (16), nylon yarn (13) constitute the outer surface of the glove to prevent breakage due to friction or cutting and cutting by external sharp objects do.

Normally, yarn deniers are generally defined as light weight products of less than 20 denier and less than 10 denier, and 1 denier can pull about 9 km of yarn based on 1 g of yarn. This is a thin and dense product.

Hereinafter, the accompanying drawings of the present invention will be described.

Figure 2 shows the twisted structure of the main yarn having tungsten yarn in the primary yarn of the glove using the tungsten yarn of the present invention, Figure 3 shows the twisted structure of spandex yarn and nylon yarn in the secondary yarn of the present invention

Figure 4 shows a picture substitute for the actual product drawing of the main company according to FIG.

2, 3, and 4, the main yarn 10 is a tungsten yarn 12 having a diameter of 20 μm to 50 μm, and a first HPPE of high-pressure polyethlene of 200 denier. Yarn (14), a second HPPE yarn (16), a high-pressure polyethlene yarn of 400 denier, and a nylon yarn (13) of 70 denier; a tungsten yarn (12), a first HPPE yarn (14) , The second HPPE yarn 16, nylon yarn 13 is made of a combination.

The main yarn 10 is composed of a primary yarn 11 and a secondary yarn 15 is formed of a main yarn (10).

Therefore, when the primary yarn 11 is bonded, the tungsten yarn 12 is rotated without rotation, and the first HPPE yarn 14 and the nylon yarn 13 bonded to the tungsten yarn 12 thereof are twisted while rotating clockwise. To combine.

The twisted pitch interval a of the primary yarn 11 is set to be 2 to 3 mm.

In addition, the tungsten yarn 12 which comprises the said primary yarn 11 uses what has a diameter of 20 micrometers-50 micrometers.

When the primary yarn 11 made as described above twists the first HPPE yarn 14 and the nylon yarn 13 around the tungsten yarn 12 and binds the tungsten yarn 12 without rotation, the overall bonding state is a young rope. Twisted as follows, the overall tensile force of the primary yarn 11 is made uniform.

When the primary yarn 11 is formed as described above, the second HPPE yarn 16, which is the secondary yarn 15, is twisted clockwise around the primary yarn to form the main yarn 10.

At this time, when the primary yarn 11 and the second HPPE yarn 16 are combined, they are twisted together like a child rope.

Thus, the main yarn 10 is the primary yarn 11 and the secondary yarn 15 is twisted and combined, but the primary yarn 11 is twisted clockwise around the tungsten yarn 12, the secondary yarn The second HPPE yarn (15) is twisted clockwise about the primary yarn 11 to form the main yarn 10 so that the primary yarn 11 and the secondary yarn 15 are firm to each other. Twisted and combined.

The second HPPE yarn 16 is coupled to the center of the primary yarn 11 is twisted in a counterclockwise direction, such as rope ropes, so that the main force is firmly coupled and the tension is enhanced.

The pitch spacing b of the second HPPE yarn 16, which is the secondary yarn 15, which is coupled around the primary yarn 11, is made of 2-3 mm.

After forming the main thread 10 as described above to form the auxiliary yarn 20 again to knit the glove.

The auxiliary yarn 20 is coupled to the spandex yarn 17 and the nylon yarn 13 'twisted in the clockwise direction, the pitch interval of the auxiliary yarn 20 is also made of 2 ~ 3mm.

FIG. 5 is a drawing substitute photograph showing a glove knitted using the main yarn 10 and the auxiliary yarn 20 of the present invention, and FIG. 6 is knitted using the main yarn 10 and the auxiliary yarn 20 of the present invention. The drawing substitute photograph showing the inner and outer surface of the glove is shown.

5 of the present invention, when the glove 1 is knitted using the prepared main thread 10 and the auxiliary thread 20, the auxiliary thread 20 forms the inner surface 3 of the glove 1, and the main thread 10 ) Is knitted to form the outer surface 2 of the glove.

The auxiliary yarn 20 forming the inner surface 3 of the glove 1 is made of spandex yarn 17 and nylon yarn 13 ', which is soft and elastic in touch, and the main thread 10 forming the outer surface 2 is Cutting force is strengthened.

Knitting machine used to knit the glove 1 in the present invention uses a 10GAGE knitting machine or 13GAGE knitting machine, but the knitting machine RPM100 ~ 120 and two guide balls are formed, the main yarn and assistants are introduced into the main yarn is knitted on the surface and auxiliary The yarn is knitted on the inside to make gloves.

The GAGE of the knitting machine described in the present invention represents the needle density of the knitting machine, and the name of a gauge is usually called a gauge by the number of needles between 1 inch (2.54 cm).

Fig. 6 Folds the neck of the glove to show the auxiliary yarn 20 located on the inner surface 3 and the main thread 10 located on the outer surface 2 of the present invention. At the same time.

In addition, T / M is a twist meter to indicate the number of twists per meter.

The cut test of the knitted glove using a 33 탆 yarn metal yarn (tungsten yarn), a second HPPE yarn, a nylon yarn and a spandex yarn of the glove 1 used in the present invention is shown in Table 1 below. Appeared.

As can be seen from Table 1, it was found that the cut test result was> = 5812 at 20 mm intervals.

It can be seen that the numerical value of the test result> = 5812 indicates a superior cutting strength than that of gloves currently distributed at home and abroad.

Table 2 shows the levels of cutting strength of gloves.

Table 2 shows the cutting level of the work gloves. From the general level A1> = 200 to the level A3> = 1500, when the latex coating is applied to the general work gloves, the level A1> = 200 is applied to the work gloves. However, when reinforced polyethylene yarn, nylon yarn and spandex yarn were used, levels A3> = 1500 were shown. However, in the present invention, as shown in Table 1, the result value of> = 5812 corresponding to level A8 is shown. It can be seen that it has a ring durability with superior cutting force as compared to the work gloves with increased strength.

The present invention as described above is to protect the hands when working in the industrial field and to ensure the efficiency and safety of the work while at the same time to prevent the gloves from breaking up quickly.

In another aspect, the present invention has the advantage of preventing the problem of safety accidents such as injury while cutting the glove coating part by a sharp object at the time of work according to the type of work.

Explanation of the sign

1: Gloves 2: Inside

3: face

10: main yarn 11: primary yarn

12: Tungsten yarn 13, 13 ': Nylon yarn

14: 1st HPPE yarn 15: 2nd yarn

16: The second HPPE company

20: investigation 17: spandex

Claims

Tungsten yarn 12 having a diameter of 20 μm to 50 μm, a first HPPE yarn 14 having 200 denier HPPE yarn (High-pressure polyethlene) and a second HPPE yarn having 400 denier HPPE yarn (High-pressure polyethlene) ( 16) and a yarn comprising nylon yarn 13 which is 70 denier;

The prepared tungsten yarn 12 is made of no rotation, and the first HPPE yarn 14 and the nylon yarn are superimposed and rotated clockwise (100 to 150 T / M) to make the tungsten yarn 12 and the first HPPE yarn ( 14) and twisting the nylon yarns together with the rope, and primary bonding the yarns with a pitch interval of 2 to 3 mm;

By twisting the second HPPE yarn 16 in a clockwise direction with a rope around the combined primary yarn 11, the yarns are secondarily combined with a pitch interval of 2 to 3 mm to produce a mixed main yarn 10. Preparing to;

After preparing 140 Denia spandex yarn (SPANDEX) (17) and 140 Denia nylon yarn (13 '), the auxiliary yarn (20) was manufactured by rotating the nylon yarn (13') at 500T / M around the spandex yarn (17). Preparing to;

The prepared main yarn 10 and the auxiliary yarn 20 using a 10GAGE knitting machine or a 13GAGE knitting machine, but the knitting machine RPM100 ~ 120 and two guide balls are formed, the main yarn 10 and the auxiliary yarn 20 is introduced into the main yarn 10 is a glove manufacturing method using a tungsten yarn, characterized in that the step of knitting on the outer surface (2) and the auxiliary yarn 20 is knitted on the inner surface (3).
Tungsten yarn 12 having a diameter of 20 μm to 50 μm, a first HPPE yarn 14 having 200 denier HPPE yarn (High-pressure polyethlene) and a second HPPE yarn having 400 denier HPPE yarn (High-pressure polyethlene) ( 16) and 70 denier nylon yarns (13),

Primary yarn 11 twisted by tungsten yarn 12, first HPPE yarn 14 and nylon yarn 13 and second HPPE yarn which is secondary yarn 15 to primary yarn 11 ( A main thread 10 formed by twisting 16; And

Spandex yarn (17) and nylon yarn (13 ') is made of twisted auxiliary yarn (20);

The main thread 10 is a glove using a tungsten yarn, characterized in that the side of the glove (2) and the auxiliary yarn 20 is knitted to be located on the inner surface (3) of the glove.
The method of claim 2

The main yarn 10 is a glove using a tungsten yarn, characterized in that the primary yarn 11 is twisted clockwise, the secondary yarn 15 is twisted clockwise around the primary yarn (11).
The method according to claim 2 or 3,

Gloves using tungsten yarns, characterized in that the primary yarns 11 and the secondary yarns 15 each have a twist pitch of 2 to 3 mm.
The method of claim 2,

The main thread 10 is 10% to 28% by weight of tungsten yarn 12, 16% to 30% by weight of the first HPPE yarn 14, 37% to 63% by weight of the second HPPE yarn 16, Nylon yarn (13) Gloves using a tungsten yarn, characterized in that consisting of a weight ratio of 6% to 10% by weight.
The method of claim 2

The assistant prepares the spandex yarn of 17 denier yarn (17) and the nylon yarn of 13 denier yarn (13 '), and then combines the nylon yarn by rotating it at 500T / M around the spandex yarn.

Gloves using a tungsten yarn, characterized in that formed by the weight ratio of 45% to 55% by weight of spandex yarn (17), 45% to 55% by weight of nylon yarn (13 ') of the total weight of the auxiliary yarn.