Forming process of high-viscosity ceramic tile adhesive

Abstract

The invention relates to the field of ceramic tile glue forming processes, and discloses a high-viscosity ceramic tile glue forming process which comprises a gantry crane for forming ceramic tile glue, a raw material pool, a stirring bin, a mixing tank and a conveyor belt, and the water content of a mixture can be accurately controlled by spraying water mist into the mixing tank and heating and stirring the mixture. By presetting the surface moisture content of the mixture and monitoring and adjusting the conditions of spraying water mist and heating and stirring in real time, the surface moisture content of the mixture can be controlled within the floating range of 3% above and below the preset value, so that the accurate requirement for the moisture content in the ceramic tile adhesive manufacturing process is met, and the moisture content is an important influence factor for the viscosity of the ceramic tile adhesive; a proper amount of water can promote the reaction and fusion of the components of the ceramic tile adhesive, so that the viscosity of the ceramic tile adhesive is improved, and the accurate water content control can ensure that the ceramic tile adhesive keeps the optimal viscosity state in the manufacturing process.

Description

Technical Field

[0001] The invention relates to the field of tile adhesive forming technology, in particular to a forming technology of high-viscosity tile adhesive. Background Art

[0002] In the molding process of high-viscosity tile adhesive, stirring is a crucial link. In the existing process, when adding cement, fine aggregate and other mixtures to adjust the viscosity of tile adhesive, they are mostly added by manual weighing, which makes it difficult to keep the viscosity, density and stability of tile adhesive dry materials mixed in different batches at the same standard after adding water. In addition, during the stirring process, the uniformity and efficiency of stirring directly affect the quality and use effect of tile adhesive; In addition, when mixing some special tile adhesive dry materials, a small amount of water is sprayed to increase the moisture content of the dry materials, and a mixture is formed accordingly to promote the pre-hydration reaction. However, in the technology, after spraying the water mist, most of the time, the mixture is left to stand to allow the water in the mixture to evaporate and stabilize the corresponding reaction of the material. The corresponding water content of the mixture cannot be adjusted during the stirring process, which makes the production process of this tile adhesive less efficient. Summary of the invention

[0003] The invention provides a molding process of high-viscosity tile adhesive, which overcomes the shortcomings described in the background technology.

[0004] The technical solution adopted by the present invention to solve its technical problem is: A molding process of a high-viscosity tile adhesive, the molding process comprising the following steps: S1: Hoist the stacked bagged tile adhesive raw materials in the raw material pool to the top of the mixing bin through the gantry hanger, and pour the tile adhesive raw materials into the mixing bin and stir for min; S2: pumping the stirred tile adhesive raw material mixture into the mixing tank through the conveying pipe through the stirring bin, spraying water mist into the mixing tank to increase the water content of the mixture, and heating and stirring the mixture after spraying the water mist; S3: Preset the surface moisture content of the mixture, and control the surface moisture content of the mixture to fluctuate within 3% of the preset moisture content value by spraying water mist, heating and stirring the mixture, and monitor the surface moisture content of the mixture by an electronic hygrometer in the mixing tank, and the electronic hygrometer is connected to the bow-shaped spray pipe and the electric heating tube signal arranged in the mixing tank; When the surface moisture content of the mixture monitored by the electronic hygrometer is lower than the preset moisture content threshold, the electronic hygrometer sends an electrical signal to the bow-shaped nozzle to control the bow-shaped nozzle to spray water mist into the mixing tank to increase the surface moisture content of the mixture until the surface moisture content of the mixture reaches the preset moisture content threshold; When the surface moisture content of the mixture monitored by the electronic hygrometer is higher than the preset moisture content threshold, the electronic hygrometer sends an electrical signal to the electric heating tube to control the electric heating tube to be powered on for heating, thereby evaporating the moisture on the surface of the mixture and reducing the surface moisture content of the mixture until the surface moisture content of the mixture reaches the preset moisture content threshold; S4: Packing a certain amount of tile adhesive by a quantitative packaging machine and conveying the tile adhesive outward through a conveyor belt; Among them, the gantry hanger is erected above the raw material pool, the mixing bin is connected with the mixing tank body through a conveying pipe arranged on its side, the conveyor belt is arranged on the lower side of the mixing tank body, a quantitative packaging machine is arranged between the mixing tank body and the conveyor belt, bagged tile adhesive raw materials are stacked in the raw material pool, the mixing tank body includes a tank body, a stirring motor, and a support, the stirring motor is obliquely installed on the side of the tank body, and a stirring rod extending into the tank body is arranged on the output shaft of the stirring motor, the tank body is inclined, and the lower side of the lower end of the tank body is connected with the quantitative packaging machine, so that the mixture in the tank body is guided and discharged into the quantitative packaging machine through the inclined setting of the tank body.

[0005] A preferred technical solution is that the upper and lower ends of the inner side of the tank body are respectively provided with bow-shaped nozzles for spraying dry materials and water mist, and an electric heating tube is provided at the lower side of the bow-shaped nozzle. The bow-shaped nozzle and the electric heating tube are both extended on the inner surface of the tank body in a bow shape, and the electric heating tube is electrically heated by an external power supply; There is a distance between the bow-shaped nozzle and the electric heating tube, the stirring motor is arranged in the distance, and the stirring rod on the output shaft of the stirring motor is inserted between the bow-shaped nozzle and the electric heating tube in an inclined shape.

[0006] A preferred technical solution, the bow-shaped nozzle comprises a tube body, a nozzle unit, an electric valve and a connecting tube, the tube body is in a bow-shaped structure, the nozzle units are arranged equidistantly on the surface of the tube body, and all the nozzle units are arranged toward the electric heating tube; The pipe body 1 is hollow in design, and all the pipe bodies 1 are connected to all the nozzle monomers. A connecting pipe 1 is respectively provided on the left and right sides of the upper end of the connecting pipe 1. The connecting pipe 1 extends to the outside of the tank body through a connecting pipe 2. One end of the connecting pipe 1 is connected to a water pump for water supply, and the other end of the connecting pipe 1 is connected to an air compressor for gas flow. Among them, in step S3, when the surface moisture content of the mixture is controlled by spraying water mist and heating and stirring the mixture, the water pump and the air compressor work alternately to spray water mist and air, and the flowing water and air are sprayed toward the mixture in the tank body through the nozzle set at the lower end of the nozzle unit.

[0007] A preferred technical solution, the electric valve comprises a second pipe body, a motor, and a ball valve, the ball valve is rotatably installed in the second pipe body, the motor is installed outside the second pipe body, and the output shaft of the motor extends into the second pipe body and is connected to the ball valve, so that the ball valve is driven to rotate by the motor; The ball valve is provided with a through-port penetrating both ends in the middle, and a flow channel for gas and liquid to flow is provided in the second tube body, so as to control the connection between the through-port and the flow channel by driving the ball valve to rotate; When the water mist flows into the first pipe body through one of the electric valves, the motor in the other electric valve drives the ball valve to rotate, so that the opening on the surface of the ball valve is not connected with the flow channel in the second pipe body.

[0008] A preferred technical solution is that the surface of the tank body is provided with threaded holes and air holes for discharging gas and liquid, an electronic hygrometer is installed in the threaded hole, the electronic hygrometer extends into the tank body, and the electronic hygrometer is staggered with the nozzle monomer.

[0009] Compared with the prior art, this technical solution has the following advantages: The present invention can accurately control the water content of the mixture by spraying water mist into the mixing tank and heating and stirring the mixture. By presetting the surface water content of the mixture and monitoring and adjusting the conditions of spraying water mist and heating and stirring in real time, the surface water content of the mixture can be controlled within a floating range of % above and below the preset value, thereby meeting the precise requirements for water content in the production process of tile adhesive. Water content is an important influencing factor of the viscosity of tile adhesive. An appropriate amount of water can promote the reaction and fusion of the various components of tile adhesive, thereby improving its viscosity. This precise water content control can ensure that the tile adhesive maintains the best viscosity state during the production process. BRIEF DESCRIPTION OF THE DRAWINGS

[0010] The present invention will be further described below in conjunction with the accompanying drawings and embodiments.

[0011] Figure 1 This is an overall diagram of the present invention.

[0012] Figure 2 It is a schematic plan view of the mixing tank 4.

[0013] Figure 3 for Figure 3 Stereoscopic diagram.

[0014] Figure 4 It is a schematic diagram of the structure of the mixing tank 4.

[0015] Figure 5 for Figure 5 Enlarged schematic diagram at point a in the middle.

[0016] Figure 6 It is a schematic diagram of the bow-shaped nozzle 412.

[0017] Figure 7 for Figure 7 Enlarged schematic diagram at point b in the middle.

[0018] Figure 8 This is a schematic diagram of electric valve 4123.

[0019] In the figure: gantry hanger 1; Raw material pool 2; Mixing chamber 3, conveying pipe 31; Mixing tank 4, tank body 41, stirring motor 42, support 43; Threaded hole 100, air hole 101, electronic hygrometer 102; Solenoid valve 411, bow-shaped nozzle 412, electric heating tube 413; A pipe body 4121, a nozzle unit 4122, an electric valve 4123, and a connecting pipe 4124; Pipe body 2 1231, motor 1232, ball valve 1233, port 2331, connecting pipe 2 1234; Conveyor belt 5; Quantitative packaging machine 6. DETAILED DESCRIPTION

[0020] like Figures 1 to 8 As shown, the present invention proposes a molding process of high-viscosity tile adhesive, and the molding process includes the following steps: S1: hoist the bagged tile adhesive raw materials stacked in the raw material pool 2 to the top of the mixing bin 3 through the gantry hanger 1, and pour the tile adhesive raw materials into the mixing bin 3 and stir for 20 minutes; S2: The stirred tile adhesive raw material mixture is pumped into the mixing tank 4 through the conveying pipe 31 through the stirring bin 3, and water mist is sprayed into the mixing tank 4 to increase the water content of the mixture. After spraying the water mist, the mixture is heated and stirred; S3: Preset the surface moisture content of the mixture, and control the surface moisture content of the mixture to fluctuate within 3% of the preset moisture content value by spraying water mist, heating and stirring the mixture, and monitor the surface moisture content of the mixture by an electronic hygrometer 102 disposed in the mixing tank body 4, and the electronic hygrometer 102 is signal-connected to the bow-shaped spray pipe 412 and the electric heating tube 413 disposed in the mixing tank body 4; When the surface moisture content of the mixture monitored by the electronic hygrometer 102 is lower than the preset moisture content threshold, the electronic hygrometer 102 sends an electrical signal to the arcuate nozzle 412 to control the arcuate nozzle 412 to spray water mist into the mixing tank 4 to increase the surface moisture content of the mixture until the surface moisture content of the mixture reaches the preset moisture content threshold; When the surface moisture content of the mixture monitored by the electronic hygrometer 102 is higher than the preset moisture content threshold, the electronic hygrometer 102 sends an electrical signal to the electric heating tube 413 to control the electric heating tube 413 to be powered on for heating, thereby evaporating the water on the surface of the mixture and reducing the surface moisture content of the mixture until the surface moisture content of the mixture reaches the preset moisture content threshold; S4: Packing a certain amount of tile adhesive by a quantitative packaging machine 6, and conveying the tile adhesive to the outside through a conveyor belt 5; Among them, the gantry hanger 1 is erected above the raw material pool 2, the mixing bin 3 is connected to the mixing tank body 4 through the conveying pipe 31 arranged on its side, the conveyor belt 5 is arranged on the lower side of the mixing tank body 4, and a quantitative packaging machine 6 is arranged between the mixing tank body 4 and the conveyor belt 5. Bags of tile adhesive raw materials are stacked in the raw material pool 2. The mixing tank body 4 includes a tank body 41, a stirring motor 42, and a support 43. The stirring motor 42 is obliquely installed on the side of the tank body 41, and a stirring rod extending into the tank body 41 is arranged on the output shaft of the stirring motor 42. The tank body 41 is inclined, and the lower side of the lower end of the tank body 41 is connected to the quantitative packaging machine 6, so that the mixture in the tank body 41 is guided and discharged into the quantitative packaging machine 6 through the inclined setting of the tank body 41.

[0021] In step S1, the bagged tile adhesive raw materials in the raw material pool 2 are hoisted to the mixing bin 3 by the gantry hanger 1 and stirred. This process realizes the mechanized addition and stirring of the raw materials, which greatly improves the accuracy and consistency of adding different batches of tile adhesive raw materials compared to manual weighing and mixing. The design of the mixing bin 3 and the mixing tank 4 ensures the full mixing of the raw materials, thereby reducing the problem of inconsistent tile adhesive viscosity, density and stability caused by differences in human operation.

[0022] In steps S2 and S3, the water content of the mixture can be precisely controlled by spraying water mist into the mixing tank 4 and heating and stirring the mixture. By presetting the surface water content of the mixture and monitoring and adjusting the conditions of spraying water mist and heating and stirring in real time, the surface water content of the mixture can be controlled within a floating range of 5% above and below the preset value, thereby meeting the precise requirements for water content in the production process of tile adhesive. Water content is an important factor affecting the viscosity of tile adhesive. An appropriate amount of water can promote the reaction and fusion of the various components of tile adhesive, thereby improving its viscosity. This precise water content control can ensure that the tile adhesive maintains the best viscosity during the production process.

[0023] Furthermore, the upper and lower ends of the inner side of the tank body 41 are respectively provided with an arcuate nozzle 412 for spraying dry material and water mist, and an electric heating pipe 413 is provided at the lower side of the arcuate nozzle 412. The arcuate nozzle 412 and the electric heating pipe 413 are both extended on the inner surface of the tank body 41 in an arc shape, and the electric heating pipe 413 is electrically heated by an external power supply; There is a distance between the arcuate nozzle 412 and the electric heating tube 413 , and the stirring motor 42 is arranged in the distance. The stirring rod on the output shaft of the stirring motor 42 is inserted between the arcuate nozzle 412 and the electric heating tube 413 in an inclined shape.

[0024] In addition, threaded holes 100 and air holes 101 for discharging gas and liquid are provided on the surface of the tank body 41. An electronic hygrometer 102 is installed in the threaded hole 100. The electronic hygrometer 102 extends into the tank body 41, and the electronic hygrometer 102 is staggered with the nozzle monomer 4122. The electronic hygrometer 102 forms a signal connection with the water pump and the air pump connected to the bow-shaped nozzle 412, and the electronic hygrometer 102 also forms a signal connection with the electric heating tube 413. When the preset value of the surface humidity of the mixture is set, when the humidity on the surface of the mixture does not reach the corresponding preset value, the water pump can be controlled to pump water, and the water can be pressurized and sprayed into water mist through the nozzle monomer 4122 to increase the surface humidity of the mixture. When the surface humidity of the mixture exceeds the corresponding preset value, the air pump is used to create gas flow and the electric heating tube 413 is used to accelerate the evaporation rate of water in the tank body 41, thereby reducing the surface humidity of the air and the mixture.

[0025] The stirring motor 42 is arranged in the gap between the bow-shaped nozzle and the electric heating tube, and the stirring rod on the output shaft thereof is inserted into the gap in an inclined shape. This design can ensure that the stirring rod can fully contact the mixture during the stirring process, thereby achieving a more uniform stirring effect. At the same time, the inclined installation of the stirring motor can also reduce the dead angle during the stirring process and improve the stirring efficiency.

[0026] Furthermore, the bow-shaped nozzle 412 includes a tube body 4121, a nozzle unit 4122, an electric valve 4123 and a connecting tube 4124. The tube body 4121 is in a bow-shaped structure. The nozzle units 4122 are arranged equidistantly on the surface of the tube body 4121. All the nozzle units 4122 are arranged toward the electric heating tube 413. The tube body 1 4121 is hollow in design, and all the tube bodies 1 4121 are connected to all the nozzle monomers 4122. A connecting tube 1 4124 is provided on both sides of the upper end of the connecting tube 1 4124. The connecting tube 1 4124 extends to the outside of the tank body 41 through a connecting tube 2 1234. The end of one connecting tube 1 4124 is connected to a water pump for water supply, and the end of the other connecting tube 1 4124 is connected to an air compressor for gas flow. Among them, in step S3, when the surface moisture content of the mixture is controlled by spraying water mist and heating and stirring the mixture, the water pump and the air compressor work alternately to spray water mist and air, and the flowing water and air are sprayed toward the mixture in the tank body 41 through the nozzle set at the lower end of the nozzle monomer 4122.

[0027] In the production process of tile adhesive, step S3 adopts an innovative technical solution to accurately control the moisture content of the mixture surface to solve the problem of inaccurate moisture content control mentioned in the background technology. This technical solution combines the coordinated work of the water pump, air pump air compressor and electric valve, as well as the auxiliary heating function of the electric heating tube, to achieve fine adjustment of the moisture content of the mixture.

[0028] Specifically, when the electronic hygrometer detects that the humidity on the surface of the mixture is lower than a preset value, the water pump starts to pressurize the water through a series of internal pipes and send it into the pipe body 4121 of the arched nozzle 412. Subsequently, the electric valve 4123 opens according to the received signal, allowing the water mist to be evenly sprayed on the mixture through the nozzle monomer 4122, thereby increasing the moisture content. In this process, the precise coordination of the water pump and the electric valve ensures the uniform spraying of the water mist and the gradual increase of the moisture content.

[0029] On the contrary, when the electronic hygrometer detects that the humidity on the surface of the mixture is higher than the preset value, the air pump compressor starts to provide high-pressure gas into the tube body 4121. At this time, the air pump is not only used to create airflow to promote the flow of gas in the tank and accelerate the evaporation of water, but also plays an important drainage function. By providing high-pressure gas, the air pump blows out the residual water in the tube body 4121 and the nozzle monomer 4122, reducing the water content in the tube and preventing the water from affecting the water content control during the next spraying. At the same time, the electric heating tube starts to work, heating the mixture and further accelerating the evaporation of water. In this process, the synergistic effect of the air pump, electric valve and electric heating tube ensures the rapid reduction and stable control of the water content.

[0030] This technical solution achieves fine adjustment and stable control of the moisture content of the mixture by introducing an electronic hygrometer for real-time monitoring and precise coordination of the water pump, air pump, electric valve and electric heating tube. This not only improves the production efficiency of tile adhesive, but also ensures the high viscosity of tile adhesive, meeting the demand for high-viscosity tile adhesive in application scenarios such as tile pasting.

[0031] Furthermore, the electric valve 4123 includes a second pipe body 1231, a motor 1232, and a ball valve 1233. The ball valve 1233 is rotatably installed in the second pipe body 1231, and the motor 1232 is installed outside the second pipe body 1231. The output shaft of the motor 1232 extends into the second pipe body 1231 and is connected to the ball valve 1233, so that the ball valve 1233 is driven to rotate by the motor 1232. The ball valve 1233 is provided with a through-port 2331 penetrating both ends in the middle thereof, and a flow channel for gas and liquid to flow is provided in the tube body 1231, so as to drive the ball valve 1233 to rotate through 123 to control the connection between the through-port 2331 and the flow channel; When the water mist flows into the first tube body 4121 through one of the electric valves 4123 , the motor 1232 in the other electric valve 4123 drives the ball valve 1233 to rotate, so that the opening 2331 on the surface of the ball valve 1233 is not connected to the flow channel in the second tube body 1231 .

[0032] The above description is only a preferred embodiment of the present invention, and therefore cannot be used to limit the scope of the present invention. That is, equivalent changes and modifications made according to the patent scope of the present invention and the contents of the specification should still fall within the scope of the present invention.

Claims

1. A molding process for high-viscosity tile adhesive, characterized in that: The molding process includes the following steps: S1: hoisting the stacked bagged tile adhesive raw materials in the raw material pool (2) to the top of the mixing bin (3) through the gantry hanger (1), and pouring the tile adhesive raw materials into the mixing bin (3) and stirring for 20 minutes; S2: pumping the stirred tile adhesive raw material mixture through the conveying pipe (31) and the stirring bin (3) into the mixing tank (4), spraying water mist into the mixing tank (4) to increase the water content of the mixture, and after spraying the water mist, heating and stirring the mixture; S3: presetting the surface moisture content of the mixture, and controlling the surface moisture content of the mixture to fluctuate within 3% of the preset moisture content value by spraying water mist and heating and stirring the mixture, monitoring the surface moisture content of the mixture by an electronic hygrometer (102) in the mixing tank (4), and the electronic hygrometer (102) is signal-connected to the bow-shaped spray pipe (412) and the electric heating pipe (413) disposed in the mixing tank (4); When the surface moisture content of the mixture monitored by the electronic hygrometer (102) is lower than a preset moisture content threshold, the electronic hygrometer (102) sends an electrical signal to the bow-shaped nozzle (412) to control the bow-shaped nozzle (412) to spray water mist into the mixing tank (4) to increase the surface moisture content of the mixture until the surface moisture content of the mixture reaches the preset moisture content threshold; When the surface moisture content of the mixture monitored by the electronic hygrometer (102) is higher than a preset moisture content threshold, the electronic hygrometer (102) sends an electrical signal to the electric heating tube (413) to control the electric heating tube (413) to be powered on for heating, thereby evaporating the water on the surface of the mixture and reducing the surface moisture content of the mixture until the surface moisture content of the mixture reaches the preset moisture content threshold; S4: Packing a certain amount of tile adhesive by a quantitative packaging machine (6), and conveying the tile adhesive to the outside through a conveyor belt (5); The gantry hanger (1) is erected above the raw material pool (2); the mixing chamber (3) is connected to the mixing tank (4) through a conveying pipe (31) arranged on the side thereof; the conveyor belt (5) is arranged on the lower side of the mixing tank (4); a quantitative packaging machine (6) is arranged between the mixing tank (4) and the conveyor belt (5); bagged tile adhesive raw materials are stacked in the raw material pool (2); the mixing tank (4) comprises a tank body (41), a stirring motor (42), and a support (43); the stirring motor (42) is obliquely installed on the side of the tank body (41); and a stirring rod extending into the tank body (41) is arranged on the output shaft of the stirring motor (42); the tank body (41) is inclined; the lower side of the lower end of the tank body (41) is connected to the quantitative packaging machine (6), so that the mixture in the tank body (41) is guided and discharged into the quantitative packaging machine (6) through the inclined setting of the tank body (41).

2. The molding process of a high-viscosity tile adhesive according to claim 1, characterized in that: The upper and lower ends of the inner side of the tank body (41) are respectively provided with a bow-shaped spray pipe (412) for spraying dry material and water mist, and an electric heating pipe (413) is provided at the lower side of the bow-shaped spray pipe (412). The bow-shaped spray pipe (412) and the electric heating pipe (413) both extend in a bow shape on the inner surface of the tank body (41), and the electric heating pipe (413) is electrically conductively heated by an external power supply; There is a gap between the bow-shaped nozzle (412) and the electric heating tube (413), the stirring motor (42) is arranged within the gap, and the stirring rod on the output shaft of the stirring motor (42) is inserted between the bow-shaped nozzle (412) and the electric heating tube (413) in an inclined shape.

3. The molding process of a high-viscosity tile adhesive according to claim 2, characterized in that: The bow-shaped nozzle (412) comprises a tube body (4121), a nozzle unit (4122), an electric valve (4123) and a connecting tube (4124); the tube body (4121) is in a bow-shaped structure; the nozzle units (4122) are arranged equidistantly on the surface of the tube body (4121); and all the nozzle units (4122) are arranged toward the electric heating tube (413); The tube body 1 (4121) is hollow in design, and all the tube bodies 1 (4121) are connected to all the nozzle units (4122). A connecting tube 1 (4124) is provided on both sides of the upper end of the connecting tube 1 (4124). The connecting tube 1 (4124) extends to the outside of the tank body (41) through a connecting tube 2 (1234). The end of one of the connecting tubes 1 (4124) is connected to a water pump for water supply, and the end of the other connecting tube 1 (4124) is connected to an air compressor for gas flow. In step S3, when the surface moisture content of the mixture is controlled by spraying water mist and heating and stirring the mixture, the water pump and the air compressor work alternately to spray water mist and air, and the flowing water and air are sprayed toward the mixture in the tank body (41) through the nozzle provided at the lower end of the nozzle unit (4122).

4. The molding process of a high-viscosity tile adhesive according to claim 3, characterized in that: The electric valve (4123) comprises a second pipe body (1231), a motor (1232), and a ball valve (1233); the ball valve (1233) is rotatably mounted in the second pipe body (1231); the motor (1232) is mounted outside the second pipe body (1231); and an output shaft of the motor (1232) extends into the second pipe body (1231) and is connected to the ball valve (1233), so that the ball valve (1233) is driven to rotate by the motor (1232); The ball valve (1233) is provided with a through port (2331) penetrating both ends in the middle thereof, and a flow channel for gas and liquid to flow is provided in the second tube body (1231), so as to drive the ball valve (1233) to rotate through (123) to control whether the through port (2331) is connected to the flow channel; When the water mist flows into the first tube body (4121) through one of the electric valves (4123), the motor (1232) in the other electric valve (4123) drives the ball valve (1233) to rotate, so that the opening (2331) on the surface of the ball valve (1233) is not connected to the flow channel in the second tube body (1231).

5. The molding process of a high-viscosity tile adhesive according to claim 4, characterized in that: The surface of the tank body (41) is provided with a threaded hole (100) and an air hole (101) for discharging gas and liquid, an electronic hygrometer (102) is installed in the threaded hole (100), the electronic hygrometer (102) extends into the tank body (41), and the electronic hygrometer (102) is staggered with the nozzle unit (4122).

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