KR20180078948A - Wood chip filling material for artificial turf and manufacturing method thereof - Google Patents

Abstract

The present invention relates to a filling material filling between a plurality of artificial grass files when constructing artificial grass. More specifically, the present invention relates to woodchips filling material for artificial grass, and a manufacturing method thereof, wherein the filling material is made of woodchips with a wood material, thereby being beneficial to a human body. Moreover, a functional material including a natural mineral material is impregnated with a pore of the woodchips, thereby preventing floating of the woodchips and achieving functions such as far-infrared radiation.

Description

Technical Field [0001] The present invention relates to a wood chip filling material for artificial turf,

The present invention relates to a filler filled between a plurality of artificial turf piles when an artificial turf is constructed. More specifically, the filler is composed of a wood chip made of a wood material, The present invention relates to a wood chip filler for artificial turf which is impregnated with a functional material containing natural minerals and is capable of preventing floating of wood chips and exhibiting functionality such as far-infrared rays, and a manufacturing method thereof.

In general, the natural environment such as wind and rainfall, and the soil layer exposed to an anthropogenic environment such as a person or a vehicle are difficult to maintain in its original shape, so that it is difficult to use it as it is in a sidewalk, a driveway, a plaza, a parking lot, As an alternative, packaging methods using concrete or ascon are mainly used.

The above-mentioned concrete or asphalt pavement is suitable for a car or a parking lot because of its hard surface. However, there is no elasticity to absorb impacts in a jogging road, a walkway, a sports facility, But also has a disadvantage in that it has a bad influence on health. Therefore, recently, in order to improve the above disadvantages, the jogging which is widely used by people, the walking path, the physical education facility, the square, etc., can be constructed by using the elastic packing material capable of reducing the impact absorbing power, thereby reducing fatigue caused by walking, In addition to providing a sense of walking, it also adds aesthetics to the design of the surroundings using various colors.

In addition to the above-mentioned elastic packaging materials, artificial turf used in various sports facilities is a substitute for an artificial grass having a shape of grass. It can be used in indoor gardens that have been used primarily for sports grounds since the first production in the United States and where the grass can not grow, or in outdoor areas such as the north side of tall buildings with limited sunshine hours. These artificial turf are always kept in blue color and are not restricted by environmental conditions, so it is easy to manage after construction. The artificial turf field with artificial turf construction has a higher initial construction cost than general natural turf but is highly preferred due to its semi-permanent use, convenience of maintenance, and uniformity of surfaces for exercise. In artificial turf for sports, artificial turf was used as a means to absorb athlete's impact and to secure a series of appropriate competitions, such as ball rolling, frying of the ball, speed change of the ball after the ball was bound to the ground .

The following are representative prior arts of fillers used in artificial turf construction.

Korean Patent Publication No. 10-1446458 relates to an elastic filler composition for artificial turf, which comprises 1.5 to 14.0% by weight of rosin, 0.5 to 2.5% by weight of an inorganic pigment, 30.0 to 40.0% by weight of unvulcanized natural rubber, Wherein the filler is selected from the group consisting of 30.0 to 45.0 wt% of at least one filler selected from talc, calcium carbonate and process oil, 2.0 to 2.5 wt% of a crosslinking agent, 1.0 to 2.3 wt% of a lubricant, And 1.0 to 2.0% by weight of a coloring agent.

In addition, the above-mentioned prior art has realized the effect of reducing the temperature rise of the filler layer formed of the elastic filler material and reducing the heat generation of artificial turf, but there is a risk of harmful to human body due to the inclusion of various synthetic resins and additives. It is required to continue research and development.

Korean Registered Patent No. 10-1446458 (Apr. 24, 2014) Korean Registered Patent No. 10-1483464 (Jan. 12, 2015) Korean Patent Publication No. 10-2011-0116595 (October 26, 2011) Korean Patent Publication No. 10-2014-0101107 (Aug. 19, 2014)

The artificial turf filler is made of a synthetic resin material and is added to the synthetic resin material for the purpose of granulating the artificial turf material. There was a problem of massive release of harmful substances;

Particularly, in the case of a filler containing a wood material, the main object of the present invention is to provide a solution to the problem that the composition of the wood material is lost to the outside of the synthetic turf composition area due to floating in water .

The present invention has been made to solve the above-

Claims 1. A filler filled between artificial turf piles, said filler material comprising wood chips impregnated with a functional material comprising natural minerals in the pores;

A wood chip preparation step of rounding the external shape of the wood chip to an elliptical shape or a spherical shape; Preparing a functional material to form a functional material by mixing 15 to 30 parts by weight of natural minerals of at least one of sericite, zeolite, ilite, alumina, tourmaline, elvan, and silica with an average diameter of 10 to 100 μm with respect to 100 parts by weight of a glue ; Impregnating the functional material with the wood chip to impregnate the functional material into the pores of the wood chip; And curing the functionalized material impregnated into the pores of the wood chip by drying the wood chips subjected to the impregnation step. The present invention also provides a method of manufacturing a wood chip filler for artificial turf.

The wood chip filler for artificial turf according to the present invention does not contain additives of synthetic resin which are harmful to the human body and uses natural wood as a main constituent of the filler so that the harmful effect to the human body can be obtained ;

In addition, the pores of the wood chip can be impregnated with a functional material containing natural minerals that can exert a beneficial function to the human body, so that useful functions such as far-infrared rays can be exhibited.

Particularly, natural minerals having a larger specific gravity than water are impregnated into the pores of the wood chip, so that the wood chip filling material does not float on the water even in the rain, so that the effect of preventing the wood chip filling material from being lost to the outside of the artificial turf composition area can be obtained.

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a side sectional view showing an artificial turf construction using a wood chip filler for artificial turf according to a preferred embodiment of the present invention; FIG.
FIG. 2 is a partial sectional view showing a part of a wood chip filler for artificial turf according to a preferred embodiment of the present invention. FIG.
3 is a partial detailed sectional view showing a wood chip filler for artificial turf according to another preferred embodiment of the present invention.
FIG. 4 is a process block diagram illustrating a method of manufacturing a wood chip filler for artificial turf according to a preferred embodiment of the present invention. FIG.
FIG. 5 is a process block diagram illustrating a method for manufacturing a wood chip filler for artificial turf according to another preferred embodiment of the present invention. FIG.
FIG. 6 is a process block diagram illustrating a method of manufacturing a wood chip filler for artificial turf according to another preferred embodiment of the present invention. FIG.

The present invention relates to a filling material filled between a plurality of artificial turf piles (20) when an artificial turf is constructed. The main constituent of the filling material is a wood chip (10) (11) is impregnated with a functional material (12) containing a natural mineral (13).

Hereinafter, the present invention will be described in detail with reference to FIGS. 1 to 6 showing embodiments of the present invention, by dividing the present invention into wood chip fillers for artificial turf and wood chip fillers.

[For artificial turf Wood chips Filler ]

The present invention relates to a filling material filled between artificial turf piles (20), wherein the filling material comprises a wood chip (10) impregnated with a functional material (12) containing natural minerals (13) in pores (11) To a wood chip filler for artificial turf.

First, the artificial turf constructed by the wood chip filling material for artificial turf according to the present invention includes a plurality of artificial turf piles 20 made of a synthetic resin material and placed on the foundation layer 30 made of a basic soil such as sand or soil , The wood chip filling material for artificial turf is inserted between the artificial turf piles 20 by installing the artificial turf wood chip filling material according to the present invention between the artificial turf piles 20 .

Specifically, the wood chip filler for artificial turf has a wood chip 10 cut to a predetermined size as a main component of a wood such as pine or bamboo, And the functional material 12 containing the mineral 13 is impregnated.

That is, the wood chip 10 may be of various types as long as it is made of wood such as pine or wood, and preferably has a thickness of 2 to 7 mm so as to be easily filled between the pile of artificial turf May be configured to have an average diameter.

If the wood chip 10 has an average diameter of less than 2 mm, the size of the wood chip 10 is too small compared to the interval between general artificial turf files 20, There is a fear that the wood chip 10 may easily escape. If the thickness exceeds 7 mm, the size of the wood chip 10 is excessively large, so that the wood chip 10 can not be easily filled between the artificial turf piles 20.

The wooden chip 10 having the above-described structure is preferably formed in an elliptic or spherical shape having rounded corners as shown in FIGS. 2 and 3. In the case where the corner of the wooden chip 10 is rounded do.

In this case, a preferred method for rounding the edges of the wood chip 10 will be described in detail with reference to the following description of a method for manufacturing a wood chip filler for artificial turf.

In addition, since the wood chip 10 is a natural piece of wood cut to a predetermined shape and size, a plurality of pores 11 are formed on the inside and the surface of the wood chip 10, The functional material 12 containing the natural mineral 13 is impregnated into the pores 11 of the wood chip 10 to increase the weight of the wood chip 10 and to provide the wood chip 10 with various Functionality can be added.

That is, the natural mineral material 13 may be composed of various kinds as long as it can exert a beneficial function to the human body such as far-infrared rays, and may be composed of any one of sericite, zeolite, ilite, alumina, tourmaline, Or more.

At this time, the natural minerals 13 of this kind can dissipate energy beneficial to the human body, such as far-infrared rays, in a natural state or in a state of absorbing energy such as heat or light, It is a structure that can radiate far infrared ray continuously and give useful functionality to people working in artificial turf.

The wood chips 10 may have pores 11 of various sizes depending on the type of wood. The natural minerals 13 may have pores 11 that are smoothly impregnated into the pores 11 of the wood chips 10, It is preferable to use one having a diameter of 10 to 100 mu m.

That is, if the average diameter size of the natural minerals 13 is less than 10 탆, the natural minerals 13 are too small to be easily dispersed, There is a problem that it is difficult to impregnate the pores 11 of the wood chip 10 and a problem that the particle size of the natural minerals 13 is too large to be impregnated into the pores 11 of the wood chip 10 It is preferable that the average diameter size of the natural mineral material 13 is kept within the above range.

In connection with the above, the natural minerals 13 of the above-mentioned constitution can be made into a certain solution or adhesive liquid to be made into the functional material 12, and preferably the solution or adhesive liquid is mixed with the glue Lt; / RTI >

That is, the glue is generally extracted from leather or bone, and more specifically, when extracting glue using leather, the leather is immersed in a lime water solution and then subjected to hot water extraction. When the extracted solution is concentrated and cooled, You can get glue; In the case of extracting glue using bone, it is possible to obtain a coagulated glue by degreasing the bones using an organic solvent in advance and extracting it by hot water, and concentrating and cooling the extracted solution.

The glue is preferably diluted with purified water or a common organic diluent so as to have a certain flowability. The glue mixture in which the glue is mixed with the purified water or the organic diluent is used to adjust the pH of the glue mixture. Such as sodium hydroxide, and an emulsifier for easily diluting the oil component, which may be contained in the glue, into the purified water or the organic diluent.

At this time, the composition ratio between the glue mixture, the purified water (or the organic diluent), the strong base and the emulsifier contained in the glue mixture can be appropriately adjusted according to the judgment of a person skilled in the art and the glue to be mixed with the natural mineral substance (13) It can be water.

In addition, the composition ratio between the glue (or glue mixture) contained in the functional material 12 and the natural mineral material 13 can be appropriately adjusted according to the material of the wood chip 10 or the degree of functionality to be realized, May have a composition ratio of 15 to 30 parts by weight of natural mineral material (13) to 100 parts by weight of glue.

That is, if the natural minerals 13 are mixed in less than 15 parts by weight with respect to 100 parts by weight of the glue, the composition of the natural minerals 13 is somewhat inferior and the weight of the wood chips 10 due to the natural minerals 13 increases, If the amount of the natural mineral 13 is more than 30 parts by weight, the amount of the natural minerals 13 is excessively larger than the amount of the impregnable pores 11 of the limited wood chips 10 The natural minerals 13 may be wasted. Therefore, it is preferable that the composition ratio between the sub-minerals and the natural minerals 13 is maintained within the above range.

[For artificial turf Wood chips Filler  Manufacturing method]

The present invention provides a method for manufacturing a filling material filled between artificial turf piles (20), wherein the filling material comprises a wood chip preparation step (S100) for rounding the contour of the wood chip (10) in an elliptical or spherical shape; 15 to 30 parts by weight of natural minerals (13) of at least one of sericite, zeolite, ilite, alumina, tourmaline, elvanite and silica having an average diameter of 10 to 100 μm are mixed with 100 parts by weight of the glue, (S200); A step S300 of impregnating the functional material 12 into the pores 11 of the wood chip 10 by impregnating the functional material 12 with the wood chip 10; A hardening step (S400) of hardening the functional material (12) impregnated into the pores (11) of the wood chip (10) by drying the wood chips (10) The present invention relates to a method for manufacturing a wood chip filler.

That is, the wood chip filler having the above-described structure is macroscopically composed of a wood chip preparing step (S100), a functional material preparing step (S200), an impregnating step (S300) and a curing step (S400).

Specifically, the wood chip preparation step S100 is a step of rounding the outer shape of the wood chip 10 in an elliptical or spherical shape, and rounding the edge portion of the wood chip 10 cut to a predetermined size .

At this time, the wood chip 10 to be processed in the wood chip preparation step S100 is cut to a predetermined size as described above, and preferably has an average diameter of 2 to 7 mm.

The wood chip preparing step S100 may be performed by various methods as long as the rounding of the edge of the wood chip 10 having the edge is performed by grinding or laminating, The wood chip 10 can be pressed and rolled with a predetermined pressure so that the corner portion can be rounded.

The functional material preparation step S200 may further include a step of preparing at least one of natural minerals 13 of at least one of sericite, zeolite, ilite, alumina, tourmaline, quartz and silica having an average diameter of 10 to 100 μm, And 30 parts by weight of the functional material 12 to prepare the functional material 12. The functional material 12 is prepared by mixing natural minerals 13 in a powder form into a glue having a certain flowability and adhesiveness.

That is, the glue used in the functional material preparation step S200 may be a glue mixture as described above, and the natural mineral 13 may be easily impregnated into the pores 11 of the wood chip 10 The average diameter is preferably 10 to 100 mu m.

In the functional material preparation step S200, the natural minerals 13 are added to the glue mixture in an amount of 15 to 30 parts by weight per 100 parts by weight of the liquid glue, and the mixture is stirred continuously to form a liquid glue contained in the functional material 12 It is preferable that the natural mineral substance 13 in the powder state be uniformly dispersed. If necessary, the liquid-state glue is heated to a temperature within 45 to 100 ° C to increase the fluidity of the glue, .

The impregnating step S300 is a step of impregnating the functional material 12 into the pores 11 of the wood chip 10 by impregnating the functional material 12 with the wood chip 10, The functional material 12 prepared in the functional material preparation step S200 is dipped into the pores 11 of the wood chip 10 made in the wood chip preparing step S100.

That is, in the impregnating step S300, the functional material 12 is received in a tank having a predetermined storage capacity, and then the wood chip 10 having the rounded corners is impregnated into the pores 11 of the wood chip 10 The functional material 12 containing the natural minerals 13 can be introduced.

At this time, the tank is further provided with a heating device so that the glue contained in the functional material 12 is continuously maintained at a predetermined temperature (preferably 45 to 100 ° C) And a stirring device is further provided so that the wood chips 10 are continuously stirred in the functional material 12 and the functionalities of the wood chips 10 having the natural minerals 13 uniformly contained in the pores 11 of the wood chips 10 The material 12 can be configured to be impregnated.

In addition, the tank may be configured such that a certain high pressure can be formed in the internal space in which the functional material 12 and the wood chip 10 are contained. That is, in the step S300, the wood chip 10 and the functional material 12 are introduced into a pressurizing tank, and a pressure of 5 to 20 kg / cm ² is applied to the pores 11 of the wood chip 10, And the functional material 12 can be impregnated into the substrate.

Specifically, when the impregnation step S300 is performed at a predetermined high pressure, the functional material 12 containing the natural minerals 13 receives the high pressure to more easily penetrate the pores 11 of the wood chip 10 ), And the pressure tank preferably maintains a pressure of 5 to 20 kg / cm < ² >.

At this time, if the pressure of the pressurizing tank is less than 5 kg / cm ² , the pressure of the pressurizing tank is somewhat insufficient, so that the effect of increasing the impregnation property of the functional material 12 due to pressure to the pores 11 of the wood chip 10 is insufficient If the pressure of the pressurizing tank exceeds 20 kg / cm ² , the pressure inside the pressurizing tank is high, but the effect of increasing the impregnability of the functional material 12 to the wood chip 10 pores 11 can not be further increased , It is preferable that the pressure of the pressure tank is maintained within the above range.

The hardening step S400 is a step of drying the wood chip 10 subjected to the impregnating step S300 to harden the functional material 12 impregnated into the pores 11 of the wood chip 10, The functional material 12 impregnated in the pores 11 of the substrate 10 and buried on the surface is dried.

That is, in the curing step (S400), the functional material (12) in the tank in which the impregnation step (S300) is performed is taken out of the wood chips (10) impregnated into the pores (11) It is possible.

Since the functional material 12 is present on the surface of the wood chip 10 to be cured in the curing step S400, the wood chips 10 are agitated continuously during natural drying or heating and drying, So that it can be dried without being adhered.

The wood chip filler according to the present invention is continuously filled with the natural minerals 13 in the pores 11 of the wood chip 10 while being filled between the artificial grass piles 20 13), and it is preferable that the functional material 12 is not coated on the surface of the finally prepared wood chip filler depending on the place where the artificial grass is applied .

That is, the wood chip 10 subjected to the impregnation step S300 is washed with water (purified water) to remove the functional material 12 adhering to the surface of the wood chip 10 S310) may be further processed and the curing step S400 may be processed.

Specifically, the water washing step S310 is a step of washing the functional material 12 impregnated into the pores 11 of the wood chip 10 and buried on the surface of the wood chip 10 by the impregnation step S300, So that only the functional material 12 adhering to the surface of the substrate 10 can be washed and removed.

At this time, the water washing step S310 may be performed by removing the wood chips 10 treated in the impregnating step S300 from the tank and then washing the wood chips 10 using general water. Preferably, The functional material 12 impregnated into the pores 11 of the wood chip 10 at the time of flushing is washed with the flowing water so as not to be drawn out from the pores 11, You can.

That is, in the water washing step S310, the wooden chips 10 treated in the impregnating step S300 are not impregnated into a container containing a predetermined amount of water, Preferably, the wood chips 10 are treated in a roots manner.

In order to prevent the functional material 12 from adhering to the surface of the finally manufactured wood chip filler, the wood chip 10 subjected to the curing step S400 is heated The ball milling step S410 for removing the functional material 12 adhering to the surface of the wood chip 10 may be further processed.

That is, the ball milling step S410 may be performed after the wood chip 10 subjected to the curing step S400 or the curing step S400 without the water washing step S310 after the water washing step S310, The wood chip 10 can be treated as a target.

More specifically, the ball milling step S410 is a curing step (S400) of applying a certain external force to the functional material 12 cured on the surface of the wood chip 10, The functional material 12 is broken and removed.

In this case, the ball mill used in the ball milling step S410 rotates the housing in a state where a plurality of balls and the wood chips 10 subjected to the curing step S400 are housed in a space inside the housing, Can be composed of various components as long as the cured functional material 12 can be removed on the surface of the substrate.

If the ball milling step S410 is treated for too long or excessively strong, the effect of removing the hardened functional material 12 on the surface of the wood chip 10 may be excellent. However, if the wood chip 10 is cracked A person skilled in the art can appropriately adjust the processing time of the ball milling step S410 and the weight of the ball according to the material of the wood used as the wood chip 10.

The following is a preferred embodiment of producing a wood chip filler for artificial turf which is impregnated with the pores 11 of the wood chip 10 with the natural mineral 13 by the method of manufacturing the wood chip filler according to the present invention.

1. Wood chip preparation steps

① Cut wood of pine wood with a cutter so that the average diameter is 4mm.

② Round the edge of the wood chip by pressing or rolling method (same as rice setting method) by rolling the wood chip made in ① above with the pressure roller.

2. Preparing the functional material

(1) 20 kg of a sericite powder having an average diameter of 50 μm is mixed with 100 kg of a liquid glue to produce a functional material.

3. Impregnation step

① After receiving the functional material made from the functional material preparation step in the pressure tank was maintained for 2.5 hours, the internal pressure after the pressure tank into the wood chips produced in the preparation stage the wood chips to 10kg / cm ^2, the pores of the wood chips Impregnated with a functional material containing a sericite powder. At this time, the temperature inside the pressurizing tank is maintained at 50 캜.

4. Curing step

(1) The wood chips are impregnated with the above-mentioned impregnated wood chip, stirred slowly, and dried at 45~90 ° C. to dry the wood chip to complete the manufacture of the wood chip filler.

1. Wood chip preparation steps

① Cut wood of pine wood with a cutter so that the average diameter is 4mm.

② Round the edge of the wood chip by pressing or rolling method (same as rice setting method) by rolling the wood chip made in ① above with the pressure roller.

2. Preparing the functional material

(1) 20 kg of a sericite powder having an average diameter of 50 μm is mixed with 100 kg of a liquid glue to produce a functional material.

3. Impregnation step

① After receiving the functional material made from the functional material preparation step in the pressure tank was maintained for 2.5 hours, the internal pressure after the pressure tank into the wood chips produced in the preparation stage the wood chips to 10kg / cm ^2, the pores of the wood chips Impregnated with a functional material containing a sericite powder. At this time, the temperature inside the pressurizing tank is maintained at 50 캜.

4. Washing step

① The above-mentioned impregnated wood chips are put into a net-shaped container having a water hole, and water is sprayed to wash functional materials on the surface of the wood chips.

5. Curing step

(1) The wood chips treated in the washing step are placed in a stirrer and slowly stirred to dry the wooden chips at 45 to 90 ° C. to complete the manufacture of the wood chip filler.

1. Wood chip preparation steps

① Cut wood of pine wood with a cutter so that the average diameter is 4mm.

② Round the edge of the wood chip by pressing or rolling method (same as rice setting method) by rolling the wood chip made in ① above with the pressure roller.

2. Preparing the functional material

(1) 20 kg of a sericite powder having an average diameter of 50 μm is mixed with 100 kg of a liquid glue to produce a functional material.

3. Impregnation step

① After receiving the functional material made from the functional material preparation step in the pressure tank was maintained for 2.5 hours, the internal pressure after the pressure tank into the wood chips produced in the preparation stage the wood chips to 10kg / cm ^2, the pores of the wood chips Impregnated with a functional material containing a sericite powder. At this time, the temperature inside the pressurizing tank is maintained at 50 캜.

4. Curing step

(1) The wood chip is impregnated with the above-mentioned impregnated wood chip, stirred in a slow agitator, and dried at 45~90 ° C. to dry the wood chip.

5. Ball mill steps

(1) The cured wood chips are put into the space of the housing of the ball mill, and then the ball mill is operated to be coated on the surface of the wood chips to break the hardened functional materials and to separate them from the wood chips.

At this time, the pieces of the functional material separated from the wood chip may be blown into the inner space of the ball mill device and drawn out to the outside of the ball mill device, or after the ball mill process, the wood chips are taken out from the ball mill device, Can be separated.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is to be understood that the invention is not limited to the disclosed exemplary embodiments, but, on the contrary, It is possible to carry out various changes in the present invention.

10: Wood chip 11: Porcelain
12: Functional substance 13: Natural minerals
20: artificial grass file 30: foundation layer
S100: Wood chip preparing step S200: Preparation step of functional material
S300: impregnation step S310: washing step
S400: Curing step S410: Ball mill step

Claims (7)

In the filling material filled between the artificial turf piles 20,
The filler material,
Characterized in that the wood chip (10) comprises a wood chip (10) impregnated with a functional material (12) containing natural minerals (13) in the pores (11).
The method according to claim 1,
The wood chip (10)
Wherein the wood chip filler has an average diameter of 2 to 7 mm and is formed in an elliptical or spherical shape with rounded corners.
The method according to claim 1,
The functional material (12)
Characterized in that 15 to 30 parts by weight of natural minerals (13) of at least one of sericite, zeolite, ilite, alumina, tourmaline, quartz and silica having an average diameter of 10 to 100 μm are mixed with 100 parts by weight of glue Wood chip filler for artificial turf.
A method for manufacturing a filler material filled between artificial turf piles (20)
The filler material,
A wood chip preparing step S100 of rounding the outer shape of the wood chip 10 in an elliptical or spherical shape;
15 to 30 parts by weight of natural minerals (13) of at least one of sericite, zeolite, ilite, alumina, tourmaline, elvanite and silica having an average diameter of 10 to 100 μm are mixed with 100 parts by weight of the glue, (S200);
An impregnation step (S300) of pouring the functional material (12) into the wood chip (10) to impregnate the functional material (12) into the pores (11) of the wood chip (10);
And a curing step (S400) of curing the functional material (12) impregnated into the pores (11) of the wood chip (10) by drying the wood chip (10) Of wood chips for artificial turf.
5. The method of claim 4,
The impregnation step (S300)
The wood chip 10 and the functional material 12 are introduced into a pressurizing tank and a pressure of 5 to 20 kg / cm ² is applied to impregnate the functional material 12 into the pores 11 of the wood chip 10 Wherein the wood chip filler material is a wood chip material.
5. The method of claim 4,
The wood chip 10 processed in the impregnating step S300 is heated,
A water washing step S310 of washing the wood chip 10 with water to remove the functional material 12 adhering to the surface of the wood chip 10 is further processed and curing step S400 is then performed Method for manufacturing wood chip filler for artificial turf.
5. The method of claim 4,
The wood chip 10 processed in the curing step S400 is heated,
And a ball milling step (S410) of removing the functional material (12) adhering to the surface of the wood chip (10) by using the ball mill apparatus.

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