Wall and ground integrated micro cement facing structure for kitchen and toilet

Abstract

The utility model discloses a kitchen and toilet wall and ground integrated micro-cement facing structure which comprises a ground flexible waterproof area micro-cement facing structure arranged on the ground and a wall flexible waterproof area micro-cement facing structure arranged on a wall, and the ground flexible waterproof area micro-cement facing structure comprises a cement mortar sloping layer. The cement mortar slope making layer is arranged on the ground, and a first polymer cement waterproof coating layer is arranged on the cement mortar slope making layer. The flexible waterproof area micro-cement facing structure, the wall surface flexible waterproof area micro-cement facing structure and the wall surface dry non-waterproof area micro-cement facing structure which are arranged on the ground form a reliable leakage-proof kitchen and toilet wall and ground integrated micro-cement facing structure system. The kitchen and toilet wall and ground integrated micro cement facing structure is waterproof, anti-leakage and good in facing effect.

Description

Technical Field

[0001] The utility model relates to the technical field of decoration construction, in particular to a micro-cement facing structure integrated with the wall and floor of a kitchen and bathroom. Background Art

[0002] The advantages of microcement are roughly as follows: seamless finish, wall-floor integration, unique finishing effects, relatively thin coating surface, etc. After these advantages were spread on the Internet, microcement immediately became popular.

[0003] However, there are still some problems and controversies in the application of microcement in kitchens and bathrooms. The most prominent one is that microcement has certain waterproof properties and microcement requires a very flat base for construction. However, due to the imperfect standards and specifications, some fatal problems have occurred in the application of microcement. First, microcement has a waterproof effect to replace waterproof materials and waterproof structural layers. Second, the flatness of the base is poor. The flatness is not reduced to a thin leveling layer within 3mm or the coarse microcement with quartz sand is used for leveling, resulting in excessive costs. In this regard, we proposed a kitchen and bathroom wall-to-floor integrated microcement finishing structure to solve the above problems. Utility Model Content

[0004] The purpose of the utility model is to provide a kitchen and bathroom wall-floor integrated micro-cement facing structure to solve the problems raised in the above-mentioned background technology.

[0005] To achieve the above-mentioned purpose, the utility model provides the following technical solution: a kitchen and bathroom wall-floor integrated micro-cement finishing structure, comprising:

[0006] A ground flexible waterproof area microcement finishing structure arranged on the ground and a wall flexible waterproof area microcement finishing structure arranged on the wall, the ground flexible waterproof area microcement finishing structure comprises a cement mortar slope layer, the cement mortar slope layer is arranged on the ground, a first polymer cement waterproof coating layer is arranged on the cement mortar slope layer, a first bottom layer microcement pressed into alkali-resistant glass fiber mesh cloth fine leveling layer is arranged on the first polymer cement waterproof coating layer, a first microcement middle layer is arranged on the first bottom layer microcement pressed into alkali-resistant glass fiber mesh cloth fine leveling layer, a first microcement middle layer is arranged on the first microcement surface layer, a first topcoat coating layer is arranged on the first microcement surface layer, and the wall The micro-cement finishing structure of the flexible waterproof area includes a first wall plastering leveling layer, a second polymer cement waterproof coating layer is arranged on the first wall plastering leveling layer, a first anti-cracking mortar pressed into alkali-resistant glass fiber mesh cloth leveling layer is arranged on the second polymer cement waterproof coating layer, a first interface agent sealing layer is arranged on the first anti-cracking mortar pressed into alkali-resistant glass fiber mesh cloth leveling layer, a second bottom layer of micro-cement pressed into alkali-resistant glass fiber mesh cloth fine leveling layer is arranged on the first interface agent sealing layer, a second micro-cement middle layer is arranged on the second bottom layer of micro-cement pressed into alkali-resistant glass fiber mesh cloth fine leveling layer, a second micro-cement middle layer is arranged on the second micro-cement surface layer, and a second finishing coating layer is arranged on the second micro-cement surface layer.

[0007] Preferably, a micro-cement finishing structure for a dry non-waterproof area of ​​the wall is arranged on the micro-cement finishing structure for the flexible waterproof area of ​​the wall.

[0008] Preferably, the micro-cement finishing structure of the dry non-waterproof area of ​​the wall includes a second wall plastering leveling layer, the second wall plastering leveling layer is arranged on the second finishing paint layer, a second anti-cracking mortar pressed into alkali-resistant glass fiber mesh cloth leveling layer is arranged on the second wall plastering leveling layer, a second interface agent sealing layer is arranged on the second anti-cracking mortar pressed into alkali-resistant glass fiber mesh cloth leveling layer, and a second bottom layer of micro-cement pressed into alkali-resistant glass fiber mesh cloth fine leveling layer is arranged on the second interface agent sealing layer.

[0009] Preferably, a third microcement middle layer is arranged on the second bottom layer of microcement pressed into the alkali-resistant glass fiber mesh cloth fine leveling layer, a third microcement surface layer is arranged on the third microcement middle layer, and a third finishing paint layer is arranged on the third microcement surface layer.

[0010] Preferably, the tensile bonding strength of the first anti-cracking mortar pressed into the alkali-resistant glass fiber mesh cloth leveling layer and the second anti-cracking mortar pressed into the alkali-resistant glass fiber mesh cloth leveling layer are both not less than 0.3 MPa, and the compressive strength are both not less than 5 MPa.

[0011] Compared with the prior art, the beneficial effects of the utility model are:

[0012] The utility model forms a reliable anti-leakage kitchen and bathroom wall-floor integrated microcement finishing structure system by arranging a flexible waterproof area microcement finishing structure on the ground, a flexible waterproof area microcement finishing structure on the wall, and a dry non-waterproof area microcement finishing structure on the wall, thereby achieving the functional requirements of the kitchen and bathroom wall-floor integrated microcement finishing structure being waterproof and anti-leakage and having a good finishing effect. BRIEF DESCRIPTION OF THE DRAWINGS

[0013] Figure 1 This is a three-dimensional structural schematic diagram of a kitchen and bathroom wall-floor integrated micro-cement finishing structure proposed by the utility model;

[0014] Figure 2 This is a cross-sectional structural diagram of a micro-cement finishing structure of a flexible waterproof area on the floor in a micro-cement finishing structure for a kitchen and bathroom wall and floor integrated with each other proposed by the utility model;

[0015] Figure 3 This is a cross-sectional structural diagram of a micro-cement finishing structure of a flexible waterproof area of ​​a wall in a micro-cement finishing structure of a kitchen and bathroom wall and floor integrated with each other proposed by the utility model;

[0016] Figure 4 This is a cross-sectional structural diagram of a micro-cement finishing structure of a dry non-waterproof area of ​​a wall in a micro-cement finishing structure of a kitchen and bathroom wall and floor integrated with the utility model.

[0017] In the figure: 1. Ground; 2. Wall; 3. Microcement finishing structure of flexible waterproof area of ​​ground; 4. Microcement finishing structure of flexible waterproof area of ​​wall; 5. Microcement finishing structure of dry non-waterproof area of ​​wall; 6. Cement mortar slope layer; 7. First polymer cement waterproof coating layer; 8. First bottom layer of microcement pressed into alkali-resistant glass fiber mesh cloth fine leveling layer; 9. First microcement middle layer; 10. First microcement surface layer; 11. First topcoat coating layer; 12. First wall plastering leveling layer; 13. Second polymer cement waterproof coating layer; 14. First anti-cracking mortar Press in the alkali-resistant glass fiber mesh cloth leveling layer; 15. The first interface agent sealing layer; 16. The second bottom layer of microcement is pressed into the alkali-resistant glass fiber mesh cloth fine leveling layer; 17. The second microcement middle layer; 18. The second microcement surface layer; 19. The second finishing paint layer; 20. The second wall plastering leveling layer; 21. The second anti-cracking mortar is pressed into the alkali-resistant glass fiber mesh cloth leveling layer; 22. The second interface agent sealing layer; 23. The second bottom layer of microcement is pressed into the alkali-resistant glass fiber mesh cloth fine leveling layer; 24. The third microcement middle layer; 25. The third microcement surface layer; 26. The third finishing paint layer. DETAILED DESCRIPTION

[0018] The following will be combined with the drawings in the embodiments of the utility model to clearly and completely describe the technical solutions in the embodiments of the utility model. Obviously, the described embodiments are only part of the embodiments of the utility model, not all of the embodiments. Based on the embodiments in the utility model, all other embodiments obtained by ordinary technicians in this field without creative work are within the scope of protection of the utility model.

[0019] See also Figure 1-4 The utility model provides a technical solution: a kitchen and bathroom wall-to-floor integrated micro-cement finishing structure, comprising:

[0020] A ground flexible waterproof area microcement finishing structure 3 is arranged on the ground 1 and a wall flexible waterproof area microcement finishing structure 4 is arranged on the wall 2, wherein the ground flexible waterproof area microcement finishing structure 3 comprises a cement mortar slope layer 6, wherein the cement mortar slope layer 6 is arranged on the ground 1, wherein a first polymer cement waterproof coating layer 7 is arranged on the cement mortar slope layer 6, wherein a first bottom layer microcement pressed into an alkali-resistant glass fiber mesh cloth fine leveling layer 8 is arranged on the first polymer cement waterproof coating layer 7, wherein a first microcement middle layer 9 is arranged on the first bottom layer microcement pressed into an alkali-resistant glass fiber mesh cloth fine leveling layer 8, wherein a first microcement surface layer 10 is arranged on the first microcement middle layer 9, wherein a first topcoat coating layer 11 is arranged on the first microcement surface layer 10, wherein the wall flexible waterproof area The domain microcement finishing structure 4 includes a first wall plastering leveling layer 12, a second polymer cement waterproof coating layer 13 is arranged on the first wall plastering leveling layer 12, a first anti-cracking mortar pressed into alkali-resistant glass fiber mesh cloth leveling layer 14 is arranged on the second polymer cement waterproof coating layer 13, a first interface agent sealing layer 15 is arranged on the first anti-cracking mortar pressed into alkali-resistant glass fiber mesh cloth leveling layer 14, a second bottom layer of microcement pressed into alkali-resistant glass fiber mesh cloth fine leveling layer 16 is arranged on the first interface agent sealing layer 15, a second microcement middle layer 17 is arranged on the second bottom layer of microcement pressed into alkali-resistant glass fiber mesh cloth fine leveling layer 16, a second microcement surface layer 18 is arranged on the second microcement middle layer 17, and a second topcoat coating layer 19 is arranged on the second microcement surface layer 18.

[0021] The micro-cement finishing structure 4 in the flexible waterproof area of ​​the wall is provided with a micro-cement finishing structure 5 in the dry non-waterproof area of ​​the wall.

[0022] The micro-cement finishing structure 5 of the dry non-waterproof area of ​​the wall includes a second wall plastering leveling layer 20, which is arranged on the second finishing paint layer 19, and a second anti-cracking mortar pressed into alkali-resistant glass fiber mesh cloth leveling layer 21 is arranged on the second wall plastering leveling layer 20, and a second interface agent sealing layer 22 is arranged on the second anti-cracking mortar pressed into alkali-resistant glass fiber mesh cloth leveling layer 21, and a second bottom layer of micro-cement pressed into alkali-resistant glass fiber mesh cloth fine leveling layer 23 is arranged on the second interface agent sealing layer 22.

[0023] A third microcement middle layer 24 is arranged on the second bottom microcement pressed into alkali-resistant glass fiber mesh cloth fine leveling layer 23 , a third microcement surface layer 25 is arranged on the third microcement middle layer 24 , and a third finishing paint layer 26 is arranged on the third microcement surface layer 25 .

[0024] The tensile bonding strength of the first anti-cracking mortar pressed into the alkali-resistant glass fiber mesh cloth leveling layer 14 and the second anti-cracking mortar pressed into the alkali-resistant glass fiber mesh cloth leveling layer 21 are both not less than 0.3 MPa, and the compressive strength are both not less than 5 MPa.

[0025] Working principle: The utility model forms a reliable anti-leakage kitchen and bathroom wall-floor integrated microcement finishing structure system by setting a flexible waterproof area microcement finishing structure 3 on the ground 1, a flexible waterproof area microcement finishing structure 4 on the wall, and a dry non-waterproof area microcement finishing structure 5 on the wall, thereby achieving the functional requirements of the kitchen and bathroom wall-floor integrated microcement finishing structure being waterproof and anti-leakage and having a good finishing effect.

[0026] It should be noted that, in this article, relational terms such as first and second, etc. are only used to distinguish one entity or operation from another entity or operation, and do not necessarily require or imply any such actual relationship or order between these entities or operations. Moreover, the terms "include", "comprise" or any other variants thereof are intended to cover non-exclusive inclusion, so that a process, method, article or device including a series of elements includes not only those elements, but also other elements not explicitly listed, or also includes elements inherent to such process, method, article or device.

[0027] Although embodiments of the present invention have been shown and described, it will be appreciated by those skilled in the art that various changes, modifications, substitutions and variations may be made to the embodiments without departing from the principles and spirit of the present invention, and that the scope of the present invention is defined by the appended claims and their equivalents.

Claims

1. A kitchen and bathroom wall-to-floor integrated micro-cement facing structure, characterized in that: include: A ground flexible waterproof area microcement finishing structure (3) arranged on the ground (1) and a wall flexible waterproof area microcement finishing structure (4) arranged on the wall (2), wherein the ground flexible waterproof area microcement finishing structure (3) comprises a cement mortar slope layer (6), the cement mortar slope layer (6) being arranged on the ground (1), a first polymer cement waterproof coating layer (7) being arranged on the cement mortar slope layer (6), a first bottom layer microcement pressed into alkali-resistant glass fiber mesh cloth fine leveling layer (8) being arranged on the first polymer cement waterproof coating layer (7), a first microcement middle layer (9) being arranged on the first bottom layer microcement pressed into alkali-resistant glass fiber mesh cloth fine leveling layer (8), a first microcement surface layer (10) being arranged on the first microcement middle layer (9), a first topcoat coating layer (11) being arranged on the first microcement surface layer (10), and the wall flexible waterproof area microcement finishing structure (3) comprising a cement mortar slope layer (6), the cement mortar slope layer (6) being arranged on the ground (1), a first polymer cement waterproof coating layer (7) being arranged on the first polymer cement waterproof coating layer (7), a first bottom layer microcement pressed into alkali-resistant glass fiber mesh cloth fine leveling layer (8) being arranged on the first bottom layer microcement The water area micro-cement finishing structure (4) comprises a first wall plastering leveling layer (12), a second polymer cement waterproof coating layer (13) is arranged on the first wall plastering leveling layer (12), a first anti-cracking mortar pressed into alkali-resistant glass fiber mesh cloth leveling layer (14) is arranged on the second polymer cement waterproof coating layer (13), a first interface agent sealing layer (15) is arranged on the first anti-cracking mortar pressed into alkali-resistant glass fiber mesh cloth leveling layer (14), a second bottom layer micro-cement pressed into alkali-resistant glass fiber mesh cloth fine leveling layer (16) is arranged on the first interface agent sealing layer (15), a second micro-cement middle layer (17) is arranged on the second micro-cement middle layer (17), a second micro-cement surface layer (18) is arranged on the second micro-cement surface layer (18), and a second top coating layer (19) is arranged on the second micro-cement surface layer (18).

2. The kitchen and bathroom wall-to-floor integrated micro-cement facing structure according to claim 1, characterized in that: The micro-cement finishing structure (4) in the flexible waterproof area of ​​the wall is provided with a micro-cement finishing structure (5) in the dry non-waterproof area of ​​the wall.

3. The kitchen and bathroom wall-to-floor integrated micro-cement facing structure according to claim 2, characterized in that: The wall surface dry non-waterproof area micro-cement finishing structure (5) comprises a second wall surface plastering leveling layer (20), the second wall surface plastering leveling layer (20) is arranged on a second topcoat coating layer (19), a second anti-cracking mortar pressed into alkali-resistant glass fiber mesh cloth leveling layer (21) is arranged on the second wall surface plastering leveling layer (20), a second interface agent sealing layer (22) is arranged on the second anti-cracking mortar pressed into alkali-resistant glass fiber mesh cloth leveling layer (21), and a second bottom layer micro-cement pressed into alkali-resistant glass fiber mesh cloth fine leveling layer (23) is arranged on the second interface agent sealing layer (22).

4. The kitchen and bathroom wall-to-floor integrated micro-cement facing structure according to claim 3, characterized in that: A third microcement middle layer (24) is arranged on the second bottom layer of microcement pressed into the alkali-resistant glass fiber mesh cloth fine leveling layer (23), a third microcement surface layer (25) is arranged on the third microcement middle layer (24), and a third topcoat coating layer (26) is arranged on the third microcement surface layer (25).

5. The kitchen and bathroom wall-to-floor integrated micro-cement facing structure according to claim 3, characterized in that: The tensile bonding strength of the first anti-cracking mortar pressed into the alkali-resistant glass fiber mesh cloth leveling layer (14) and the second anti-cracking mortar pressed into the alkali-resistant glass fiber mesh cloth leveling layer (21) are both not less than 0.3 MPa, and the compressive strength are both not less than 5 MPa.

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