Bathroom cabinet made of coconut shell material and manufacturing method thereof

Abstract

The invention discloses a household appliance in a bathroom, and aims to provide a bathroom cabinet made of a coconut shell material and a manufacturing method of the bathroom cabinet, and the bathroom cabinet is convenient in raw material obtaining, simple in processing procedure, low in production cost and good in finished product waterproofness. The coconut shells are used as renewable resources, dependence on wood resources can be greatly reduced by adopting the coconut shells as raw materials, the environment-friendly concept is met, meanwhile, the coconut shells can be recycled, and the produced bathroom cabinet has high waterproof performance and structural strength and can meet the use requirements of users; in the production process, assembly of the bathroom cabinet is achieved through cutting, polishing and splicing, it is guaranteed that the surface is flat and smooth, all coconut shells are tightly connected, the using effect is good, and the bathroom cabinet is suitable for the technical field of production of articles of daily use.

Description

Technical Field

[0001] The present invention relates to bathroom furniture, and more particularly to a bathroom cabinet made of coconut shell material and a manufacturing method thereof. Background Art

[0002] Bathroom cabinets are mainly used for water supply and drainage when users wash. Bathroom cabinets generally include cabinet bodies, faucets and basin bodies. Bathroom cabinets supply water through external tap water or hot water supply faucets, and the basin body discharges waste water through drainage pipes. It is one of the important furniture in the bathroom.

[0003] When bathroom cabinets are produced, due to the high humidity and poor ventilation in the bathroom environment, the waterproof performance of ordinary bathroom cabinets is poor. After long-term use, bathroom cabinets are prone to mold, swelling, softening and other problems. While producing odor, the structural strength of the bathroom cabinet will be reduced, which is harmful to human health. In order to avoid the above phenomenon, workers usually apply waterproof coating on the surface of the bathroom cabinet during the production process, and add fragrances inside the bathroom cabinet to avoid the odor emitted by the bathroom cabinet. However, the above technical measures are only implemented by adding additional materials to the raw materials or production processes during the production process, which leads to an increase in production costs. At the same time, some waterproof coatings will produce irritating odors when used, which is harmful to human health and cannot be used for a long time. Summary of the invention

[0004] In view of the shortcomings of the prior art, the purpose of the present invention is to provide a bathroom cabinet made of coconut shell material and a manufacturing method thereof, which has easy raw material acquisition, simple processing steps, low production cost, and good waterproofness of the finished product.

[0005] To achieve the above object, the present invention provides the following technical solution: a method for manufacturing a bathroom cabinet made of coconut shell material, comprising the following steps: S1, raw material preparation: preparing a sufficient number of coconut shells so that the number of coconut shells can at least meet the manufacture of multiple bathroom cabinets, and the coconut shells should be intact and undamaged;

[0006] S2. Processing the raw materials: Clean the raw materials with clean water and a brush to remove the pulp residue inside the coconut shell and the sand impurities on the surface of the coconut shell. After cleaning, place the raw materials in a ventilated place to dry to ensure that there is no moisture left inside the coconut shell;

[0007] S3. Prepare splicing materials: prepare auxiliary materials needed in the manufacturing process of bathroom cabinets, including glue, keels, support frames and sandpaper;

[0008] S4. Design the basic frame: Determine the size of the bathroom cabinet frame according to the design requirements of the bathroom cabinet to be manufactured;

[0009] S5, manufacturing a basic frame: cutting the keel into a suitable length according to the size of the bathroom cabinet frame designed in step S4, and splicing the cut keels to form a suitable basic frame;

[0010] S6, coconut shell processing: according to the size of the frame, cut the coconut shell into suitable shapes to match the basic frame;

[0011] S7. Splicing the frame: Apply glue on the base frame, splice the cut coconut shells on the frame, and wait for the glue to dry and solidify;

[0012] S8, surface polishing: After the coconut shells are spliced, polish the surface of the coconut shells to remove the burrs and uneven parts on the surface of the coconut shells, so that the surface of the coconut shells is smooth and comfortable to the touch;

[0013] S9. Surface treatment: After sanding, the outer surface of the coconut shell is painted or oiled;

[0014] S10. Accessory installation: According to the manufacturing requirements of the bathroom cabinet, reserve space on the frame for installing the sink and faucet. After installing the faucet and sink, apply sealant to the joints between the faucet and the coconut shell and between the sink and the coconut shell to ensure a tight connection.

[0015] The present invention is further configured as follows: the glue in step S3 is phenolic resin glue or polyurethane glue, and the sandpaper is one or more of 80 mesh, 120 mesh, and 240 mesh.

[0016] The present invention is further configured as follows: the coconut shell processing in step S6 also includes processing of the edge portion of the coconut shell, including the following steps: S611, drawing an arc contour to be processed on the surface of the coconut shell;

[0017] S612, grinding the coconut shell along the drawn arc contour to remove the redundant part, so that the edge of the coconut shell gradually presents an arc trend;

[0018] S613, finely polishing the surface of the coconut shell again to remove the scratches and rough surface left in step S42, and ensuring that there are no obvious burrs and uneven areas;

[0019] S614, after the grinding is completed, the surface of the coconut shell is cut, and an arc-shaped cutting line is marked on the edge of the coconut shell;

[0020] S615, placing the coconut shell on a workbench and fixing it with a clamp to ensure that the coconut shell does not move during the cutting process;

[0021] S616, starting the cutting device so that the saw of the cutting device cuts the coconut shell along the cutting line to remove the entire arc-shaped portion;

[0022] S617. After the cutting is completed, the cut part of the coconut shell is polished to make the cut part smooth to facilitate the subsequent splicing.

[0023] The present invention is further configured as follows: the step S9 also includes a method for painting and oiling, comprising the following steps: S91, washing the surface of the coconut shell to remove stains and dust on the surface of the coconut shell to improve the paint recovery ability of the coconut shell surface;

[0024] S92, applying a layer of paint on the surface of the coconut shell and waiting for T time. After the T time period, detecting the dryness of the paint, if the paint is completely dry, jumping to S93 for surface polishing, otherwise, continue to wait for the paint to dry;

[0025] S93. After the paint is dry, the surface of the coconut shell is polished again to remove particles and uneven parts on the surface;

[0026] S94. After sanding, paint again and wait for the paint to dry. Continue painting 3 times.

[0027] S95. After painting, polish the surface of the coconut shell to ensure that the surface of the coconut shell is smooth and flat.

[0028] Preferably, the grinding method in step S6 is grinding along the texture direction of the coconut shell.

[0029] Preferably, the coconut shell processing of the edge portion in step S6 also includes arc edge processing of the bathroom cabinet, including the following steps: S621, marking the required contour on the surface of the coconut shell based on the edge shape of the cabinet;

[0030] S622, according to the shape of the surface contour of the coconut shell, removing the surface of the coconut shell by sandpaper, so that the edge of the coconut shell tends to be curved;

[0031] S623, after the coconut shell surface is roughly arc-shaped, the coconut shell is polished again to remove the scratches and rough surface generated in step S622.

[0032] By adopting the above technical scheme, the beneficial effects are as follows: 1. In the above process, coconut shells are used as the main raw material for the production of bathroom cabinets. Coconut shells are renewable resources. Using them as raw materials can greatly reduce the dependence on wood resources, which is in line with the concept of environmental protection. At the same time, coconut shells can be recycled and the use effect is good. In the production process, by selecting complete and undamaged coconut shells, the quality of the bathroom cabinets can be actively controlled, the defects of the products can be reduced, and the qualified rate of the finished products can be improved. In addition, the growth environment of coconuts determines that the coconut shells have good waterproof properties and structural strength, so that the bathroom cabinets produced also have high waterproof properties and structural strength, which can meet the use needs of users. In the production process, the bathroom cabinets are assembled by cutting, grinding and splicing, which ensures that the surface is flat and smooth, and the coconut shells are tightly connected, so the use effect is good.

[0033] 2. Furthermore, in the process of bathroom cabinet production, in order to improve the overall aesthetics of the bathroom cabinet and prevent the right-angled edge of the bathroom cabinet from causing harm to the user, it is necessary to make the edge of the bathroom cabinet arc-shaped during the processing of the bathroom cabinet. By pre-designing the frame size and shape of the bathroom cabinet, it is convenient to cut and splice the coconut shell according to the frame of the bathroom cabinet, which can ensure that the frame structure of the bathroom cabinet is stable and the size is accurate. In addition, when the coconut shell is processed to fit the edge of the bathroom cabinet, an arc contour is drawn on the surface of the coconut shell, so that the edge of the bathroom cabinet formed by assembling the coconut shell has an arc contour. In the process of cutting and grinding the surface of the coconut shell, after the arc portion is cut off by the cutting device, the cut portion is grinded to remove the uneven portion and burr portion of the cut portion, so that the surface of the coconut shell is smooth and flat, thereby improving the overall aesthetics of the bathroom cabinet.

[0034] 3. At the same time, in order to further improve the waterproof effect of the assembled bathroom cabinet, the surface of the coconut shell is painted and oiled during the assembly of the coconut shell. Before painting and oiling, the surface of the coconut shell is rinsed in advance to ensure the cleanliness of the coconut shell surface, thereby facilitating the adhesion of paint and waterproof coating on the coconut shell surface, and by applying paint or waterproof coating in layers for multiple times, the bathroom cabinet as a whole can achieve a higher waterproof effect, and after painting, the surface of the coconut shell is polished to improve its surface flatness, and the polishing method is to polish along the texture direction of the coconut shell to minimize the damage to the surface structure of the coconut shell, so that the polished coconut shell surface is smoother and more uniform, ensuring the strength of the material and improving the feel and aesthetics of the bathroom cabinet surface.

[0035] 4. In addition, in the process of processing the bathroom cabinet, sealant is applied on the connection between coconut shells and the connection between coconut shells and other accessories of the bathroom cabinet. Specifically, since the bathroom cabinet is formed by assembling a plurality of coconut shells, the overall connection structure is loose and the pressure on the bathroom cabinet cannot be evenly dispersed. In the process of assembling the bathroom cabinet, it is necessary to ensure that the cabinet body formed by the coconut shell has a high degree of integrity, so as to prevent it from breaking after being subjected to pressure and affecting the use of users. At the same time, the glue adopts phenolic resin glue or polyurethane glue, which has high bonding performance and can be suitable for In response to the connection requirements of different materials, the coconut shell can be tightly fitted with the other parts to ensure the tightness of the connection structure of the installed bathroom cabinet, and the above-mentioned glue can maintain good stability at higher temperatures. It is not easy to have problems such as decreased bonding strength and softening of glue under the influence of hot water in the bathroom, which can effectively extend the service life of the bathroom cabinet. At the same time, the above-mentioned material has good waterproof performance and can effectively resist the erosion of water vapor in the bathroom, avoiding the bathroom cabinet from being affected by moisture for a long time, resulting in bonding failure and loosening and falling off of the frame, which can provide reliable structural support for the bathroom cabinet, extend the overall service life of the bathroom cabinet, and ensure the reliability of the connection. BRIEF DESCRIPTION OF THE DRAWINGS

[0036] Figure 1 A flowchart of a manufacturing method of a bathroom cabinet made of coconut shell material and a manufacturing method thereof according to an embodiment of the present invention;

[0037] Figure 2 It is a flow chart of a method for processing coconut shells at the edge of a bathroom cabinet made of coconut shell material and a manufacturing method thereof according to an embodiment of the present invention;

[0038] Figure 3 A flow chart of a method for painting and oiling the surface of a coconut shell according to an embodiment of a bathroom cabinet made of coconut shell material and a method for manufacturing the same;

[0039] Figure 4 The present invention is a flow chart of a method for processing the curved edge of a bathroom cabinet according to an embodiment of a bathroom cabinet made of coconut shell material and a manufacturing method thereof. DETAILED DESCRIPTION

[0040] Reference Figures 1 to 4 The present invention further describes a bathroom cabinet made of coconut shell material and a manufacturing method thereof.

[0041] For ease of explanation, spatial relative terms such as "upper", "lower", "left", "right" and the like are used in the embodiments to illustrate the relationship of one element or feature shown in the figure relative to another element or feature. It should be understood that, in addition to the orientation shown in the figure, the spatial terms are intended to include different orientations of the device in use or operation. For example, if the device in the figure is inverted, the element described as being "under" other elements or features will be positioned "on" other elements or features. Therefore, the exemplary term "under" can include both upper and lower orientations. The device can be positioned in other ways (rotated 90 degrees or in other orientations), and the spatial relative descriptions used here can be interpreted accordingly.

[0042] Furthermore, relational terms such as “first” and “second” and the like are merely used to distinguish one component from another having the same name, but do not necessarily require or imply any such actual relationship or order between these components.

[0043] A method for manufacturing a bathroom cabinet made of coconut shell material, comprising the following steps: S1, raw material preparation: preparing a sufficient number of coconut shells, so that the number of coconut shells can at least meet the manufacture of multiple bathroom cabinets, and the coconut shells should be intact and undamaged;

[0044] S2. Processing the raw materials: Clean the raw materials with clean water and a brush to remove the pulp residue inside the coconut shell and the sand impurities on the surface of the coconut shell. After cleaning, place the raw materials in a ventilated place to dry to ensure that there is no moisture left inside the coconut shell;

[0045] S3. Prepare splicing materials: prepare auxiliary materials needed in the manufacturing process of bathroom cabinets, including glue, keels, support frames and sandpaper;

[0046] S4. Design the basic frame: Determine the size of the bathroom cabinet frame according to the design requirements of the bathroom cabinet to be manufactured;

[0047] S5, manufacturing a basic frame: cutting the keel into a suitable length according to the size of the bathroom cabinet frame designed in step S4, and splicing the cut keels to form a suitable basic frame;

[0048] S6, coconut shell processing: according to the size of the frame, cut the coconut shell into suitable shapes to match the basic frame;

[0049] S7. Splicing the frame: Apply glue on the base frame, splice the cut coconut shells on the frame, and wait for the glue to dry and solidify;

[0050] S8, surface polishing: After the coconut shells are spliced, polish the surface of the coconut shells to remove the burrs and uneven parts on the surface of the coconut shells, so that the surface of the coconut shells is smooth and comfortable to the touch;

[0051] S9. Surface treatment: After sanding, the outer surface of the coconut shell is painted or oiled;

[0052] S10. Accessory installation: According to the manufacturing requirements of the bathroom cabinet, reserve space on the frame for installing the sink and faucet. After installing the faucet and sink, apply sealant to the joints between the faucet and the coconut shell and between the sink and the coconut shell to ensure a tight connection.

[0053] The glue in step S3 is phenolic resin glue or polyurethane glue, and the sandpaper is one or more of 80 mesh, 120 mesh, and 240 mesh.

[0054] The present invention is further configured as follows: the coconut shell processing in step S6 also includes processing of the edge portion of the coconut shell, including the following steps: S611, drawing an arc contour to be processed on the surface of the coconut shell;

[0055] S612, grinding the coconut shell along the drawn arc contour to remove the redundant part, so that the edge of the coconut shell gradually presents an arc trend;

[0056] S613, finely polishing the surface of the coconut shell again to remove the scratches and rough surface left in step S42, and ensuring that there are no obvious burrs and uneven areas;

[0057] S614, after the grinding is completed, the surface of the coconut shell is cut, and an arc-shaped cutting line is marked on the edge of the coconut shell;

[0058] S615, placing the coconut shell on a workbench and fixing it with a clamp to ensure that the coconut shell does not move during the cutting process;

[0059] S616, starting the cutting device so that the saw of the cutting device cuts the coconut shell along the cutting line to remove the entire arc-shaped portion;

[0060] S617. After the cutting is completed, the cut part of the coconut shell is polished to make the cut part smooth to facilitate the subsequent splicing.

[0061] The step S9 also includes a method for painting and oiling, comprising the following steps: S91, washing the surface of the coconut shell to remove stains and dust on the surface of the coconut shell to improve the paint recovery ability of the coconut shell surface;

[0062] S92, applying a layer of paint on the surface of the coconut shell and waiting for T time. After the T time period, detecting the dryness of the paint, if the paint is completely dry, jumping to S93 for surface polishing, otherwise, continue to wait for the paint to dry;

[0063] S93. After the paint is dry, the surface of the coconut shell is polished again to remove particles and uneven parts on the surface;

[0064] S94. After sanding, paint again and wait for the paint to dry. Continue painting 3 times.

[0065] S95. After painting, polish the surface of the coconut shell to ensure that the surface of the coconut shell is smooth and flat.

[0066] Preferably, the grinding method in step S6 is grinding along the texture direction of the coconut shell.

[0067] Preferably, the coconut shell processing of the edge portion in step S6 also includes arc edge processing of the bathroom cabinet, including the following steps: S621, marking the required contour on the surface of the coconut shell based on the edge shape of the cabinet;

[0068] S622, according to the shape of the surface contour of the coconut shell, removing the surface of the coconut shell by sandpaper, so that the edge of the coconut shell tends to be curved;

[0069] S623, after the coconut shell surface is roughly arc-shaped, the coconut shell is polished again to remove the scratches and rough surface generated in step S622.

[0070] In the above process, coconut shells are used as the main raw material for bathroom cabinet production. Coconut shells are renewable resources. Using coconut shells as raw materials can greatly reduce dependence on wood resources, which is in line with the concept of environmental protection. At the same time, coconut shells can be recycled and used with good effect. In the production process, by selecting intact and undamaged coconut shells, the quality of the bathroom cabinet can be actively controlled, product defects can be reduced, and the qualified rate of the finished product can be improved. In addition, the growth environment of coconuts determines that the coconut shell has good waterproofness and structural strength, so that the finished bathroom cabinet also has high waterproof performance and structural strength, which can meet the user's use needs. In the production process, the bathroom cabinet is assembled by cutting, grinding and splicing, which ensures that the surface is flat and smooth, and the coconut shells are tightly connected, so the use effect is good.

[0071] Furthermore, in the process of bathroom cabinet production, in order to improve the overall aesthetics of the bathroom cabinet and prevent the right-angled edge of the bathroom cabinet from causing harm to the user, it is necessary to make the edge of the bathroom cabinet arc-shaped during the processing of the bathroom cabinet. By pre-designing the frame size and shape of the bathroom cabinet, it is convenient to cut and splice the coconut shell according to the frame of the bathroom cabinet, which can ensure that the frame structure of the bathroom cabinet is stable and the size is accurate. In addition, when the coconut shell is processed to adapt to the edge of the bathroom cabinet, an arc contour is drawn on the surface of the coconut shell, so that the edge of the bathroom cabinet formed by assembling the coconut shell has an arc contour. In the process of cutting and grinding the surface of the coconut shell, after the arc portion is cut off by the cutting device, the cut portion is grinded to remove the uneven portion and burr portion of the cut portion, so that the surface of the coconut shell is smooth and flat, thereby improving the overall aesthetics of the bathroom cabinet.

[0072] At the same time, in order to further improve the waterproof effect of the assembled bathroom cabinet, by painting and oiling the surface of the coconut shell during the process of assembling the coconut shell, the surface of the coconut shell is rinsed in advance before painting and oiling to ensure the cleanliness of the coconut shell surface, thereby facilitating the adhesion of paint and waterproof coating on the coconut shell surface, and by applying paint or waterproof coating in layers for multiple times, the bathroom cabinet as a whole can achieve a higher waterproof effect, and after painting, the surface of the coconut shell is polished to improve the flatness of the surface, and the polishing method is polishing along the texture direction of the coconut shell, which minimizes the damage to the surface structure of the coconut shell, so that the polished coconut shell surface is smoother and more uniform, ensuring the strength of the material and improving the feel and aesthetics of the bathroom cabinet surface.

[0073] Moreover, in the process of processing the bathroom cabinet, sealant is applied on the connection between coconut shells and the connection between coconut shells and other accessories of the bathroom cabinet. Specifically, since the bathroom cabinet is formed by assembling a plurality of coconut shells, the overall connection structure is loose and the pressure on the bathroom cabinet cannot be evenly dispersed. In the process of assembling the bathroom cabinet, it is necessary to ensure that the cabinet body formed by the coconut shell has a high degree of integrity, so as to prevent it from breaking after being subjected to pressure and affecting the use of users. At the same time, the glue adopts phenolic resin glue or polyurethane glue, which has high bonding performance and can adapt to The connection requirements of different materials can fit the coconut shell tightly with the other parts to ensure the tightness of the connection structure of the installed bathroom cabinet, and the above-mentioned glue can maintain good stability at higher temperatures. It is not easy to have problems such as decreased bonding strength and softening of glue under the influence of hot water in the bathroom, which can effectively extend the service life of the bathroom cabinet. At the same time, the above-mentioned materials have good waterproof performance and can effectively resist the erosion of water vapor in the bathroom, avoiding the bathroom cabinet from being affected by moisture for a long time, resulting in bonding failure and loosening and falling off of the frame, which can provide reliable structural support for the bathroom cabinet, extend the overall service life of the bathroom cabinet, and ensure the reliability of the connection.

[0074] The above description is only a preferred embodiment of the present invention and is not intended to limit the present invention. Common changes and substitutions made by those skilled in the art within the scope of the technical solution of the present invention should be included in the protection scope of the present invention.

Claims

1. A method for manufacturing a bathroom cabinet made of coconut shell material, characterized in that: The following steps are involved: S1. Raw material preparation: prepare enough coconut shells to make at least several bathroom cabinets, and the coconut shells should be intact and undamaged; S2. Processing the raw materials: Clean the raw materials with clean water and a brush to remove the pulp residue inside the coconut shell and the sand impurities on the surface of the coconut shell. After cleaning, place the raw materials in a ventilated place to dry to ensure that there is no moisture left inside the coconut shell; S3. Prepare splicing materials: prepare auxiliary materials needed in the manufacturing process of bathroom cabinets, including glue, keels, support frames and sandpaper; S4. Design the basic frame: Determine the size of the bathroom cabinet frame according to the design requirements of the bathroom cabinet to be manufactured; S5, manufacturing a basic frame: cutting the keel into a suitable length according to the size of the bathroom cabinet frame designed in step S4, and splicing the cut keels to form a suitable basic frame; S6, coconut shell processing: according to the size of the frame, cut the coconut shell into suitable shapes to match the basic frame; S7. Splicing the frame: Apply glue on the base frame, splice the cut coconut shells on the frame, and wait for the glue to dry and solidify; S8, surface polishing: After the coconut shells are spliced, polish the surface of the coconut shells to remove the burrs and uneven parts on the surface of the coconut shells, so that the surface of the coconut shells is smooth and comfortable to the touch; S9. Surface treatment: After sanding, the outer surface of the coconut shell is painted or oiled; S10. Accessory installation: According to the manufacturing requirements of the bathroom cabinet, reserve space on the frame for installing the sink and faucet. After installing the faucet and sink, apply sealant to the joints between the faucet and the coconut shell and between the sink and the coconut shell to ensure a tight connection.

2. The method for manufacturing a bathroom cabinet made of coconut shell material according to claim 1, characterized in that: The glue in step S3 is phenolic resin glue or polyurethane glue, and the sandpaper is one or more of 80 mesh, 120 mesh, and 240 mesh.

3. The method for manufacturing a bathroom cabinet made of coconut shell material according to claim 1, characterized in that: The coconut shell processing in step S6 also includes processing of the edge portion of the coconut shell, including the following steps: S611, drawing an arc contour to be processed on the surface of the coconut shell; S612, grinding the coconut shell along the drawn arc contour to remove the redundant part, so that the edge of the coconut shell gradually presents an arc trend; S613, finely polishing the surface of the coconut shell again to remove the scratches and rough surface left in step S42, and ensuring that there are no obvious burrs and uneven areas; S614, after the grinding is completed, the surface of the coconut shell is cut, and an arc-shaped cutting line is marked on the edge of the coconut shell; S615, placing the coconut shell on a workbench and fixing it with a clamp to ensure that the coconut shell does not move during the cutting process; S616, starting the cutting device so that the saw of the cutting device cuts the coconut shell along the cutting line to remove the entire arc-shaped portion; S617. After the cutting is completed, the cut part of the coconut shell is polished to make the cut part smooth to facilitate the subsequent splicing.

4. The method for manufacturing a bathroom cabinet made of coconut shell material according to claim 1, characterized in that: The step S9 also includes a method of painting and oiling, comprising the following steps: S91, washing the surface of the coconut shell to remove stains and dust on the surface of the coconut shell to improve the paint recovery ability of the surface of the coconut shell; S92, applying a layer of paint on the surface of the coconut shell and waiting for T time. After the T time period, detecting the dryness of the paint, if the paint is completely dry, jumping to S93 for surface polishing, otherwise, continue to wait for the paint to dry; S93. After the paint is dry, the surface of the coconut shell is polished again to remove particles and uneven parts on the surface; S94. After sanding, paint again and wait for the paint to dry. Continue painting 3 times. S95. After painting, polish the surface of the coconut shell to ensure that the surface of the coconut shell is smooth and flat.

5. The method for manufacturing a bathroom cabinet made of coconut shell material according to claim 3, characterized in that: The grinding method in step S6 is grinding along the texture direction of the coconut shell.

6. The method for manufacturing a bathroom cabinet made of coconut shell material according to claim 3, characterized in that: The coconut shell processing of the edge portion in step S6 also includes arc-shaped edge processing of the bathroom cabinet, including the following steps: S621, based on the edge shape of the cabinet, mark the required contour on the surface of the coconut shell; S622, according to the shape of the surface contour of the coconut shell, removing the surface of the coconut shell by sandpaper, so that the edge of the coconut shell tends to be curved; S623, after the coconut shell surface is roughly arc-shaped, the coconut shell is polished again to remove the scratches and rough surface generated in step S622.

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