Production process of environment-friendly degradable sugarcane pulp molded tableware

Abstract

The invention discloses a production process of environment-friendly degradable sugarcane paper pulp molded tableware, which comprises the following steps: preparing paper pulp for producing antibacterial fiber tableware, mixing natural plant fibers such as bagasse, straw and reed with a starch adhesive to prepare absolutely dry pulp of biodegradable plant fiber paper pulp, putting the absolutely dry pulp into a container for mixing, soaking the pulp, crushing the pulp, and drying to obtain the environment-friendly degradable sugarcane paper pulp molded tableware. The method comprises the following steps: weighing raw material pulp paper as required, putting the raw material into water with the same weight, standing for 15-20min to fully absorb water and soften, then putting the softened paper board into a pulper barrel, adjusting the crushing rotating speed of a pulper in the pulper barrel to be 300-600r / min, operating for 8-10min, thoroughly crushing the softened paper board for later use, squeezing the sugarcane for later use, and thus obtaining the sugarcane pulp paper. Bagasse and sucrose liquid are obtained respectively. The raw materials are wide in source, the production process is harmless to the environment, the produced product can be degraded and recycled, the tensile strength of the product is high, the product is not prone to being torn in the demolding process, and the product percent of pass is high.

Description

Technical Field

[0001] The invention relates to the technical field of molded tableware production, and more particularly to a production process of environmentally friendly and degradable sugarcane pulp molded tableware. Background Art

[0002] Tableware is a daily necessity that people use in large quantities. The hygiene of tableware is also closely related to people's health. At present, tableware needs to be disinfected at high temperature in daily use (especially in public places such as restaurants and hotels). However, the disinfected tableware will be exposed to various secondary pollution sources during transportation, storage and use, and secondary pollution is inevitable. Therefore, the hygiene of tableware is very worrying, especially for disposable tableware. The problem of contamination is particularly prominent. How to enhance the antibacterial property of tableware has become a research direction in the industry. Pulp molded tableware refers to tableware that can replace metal and plastic for people to use by using a mold to vacuum adsorb pulp, dry it, and then process it. Because it has the advantages of protecting the ecological environment and reusing resources, green packaging materials should be vigorously developed and used. It is a major trend in the 21st century to vigorously develop pulp molded products and tableware series. In addition, with the rapid development of the economy, pollution problems are becoming more and more serious. Various fast food utensils in the catering industry are also sources of pollution. Most of the early fast food utensils were made of polystyrene foam plastics, which are easy to form white pollution. In order to solve this problem, paper has been used as packaging materials and fast food containers instead of this material. Among them, pulp molding is the main method for producing pulp molded tableware. However, the existing pulp molded tableware is easy to absorb moisture and mold, which not only seriously affects the quality of the tableware, but also threatens the health of users. Summary of the invention

[0003] 1. Technical issues to be resolved

[0004] In view of the problems existing in the prior art, the present invention provides a production process for environmentally friendly and degradable sugarcane pulp molded tableware to solve the technical problems mentioned in the background technology that the tube reels in the prior art are mostly fixed during installation, which is not convenient for flexible adjustment of the use height, and is not convenient for tightening the tube during stretching and winding, and is not convenient for cleaning the surface of the tube during winding, thus affecting the cleanliness of use.

[0005] (II) Technical solution

[0006] To achieve the above object, the present invention provides the following technical solutions:

[0007] A production process for environmentally friendly and degradable sugarcane pulp molded tableware, comprising the following steps:

[0008] Step 1: preparing pulp for producing antibacterial fiber tableware, putting the absolutely dry pulp of biodegradable plant fiber pulp made by mixing bagasse, orange stalks, reed natural plant fibers and starch adhesive into a mixing container, soaking and pulping, weighing the raw pulp as needed and putting it into water of equal weight as raw material and standing for 15-20 minutes to fully absorb water and soften it, then putting the softened cardboard into a pulper barrel, adjusting the crushing speed of the pulper in the pulper barrel to 300-600r / min, running for 8-10 minutes, completely breaking the softened cardboard, setting it for use, squeezing, squeezing the sugarcane to obtain bagasse and sucrose liquid respectively;

[0009] Step 2: de-pithing, de-pithing the bagasse in step 1 by a bagasse de-pithing machine, preparing pulp and supplying pulp, transferring the pulp plate crushed in the previous step into a pulp preparation tank, and adding corresponding clean water to the pulp preparation tank according to the weighed weight of clean water and raw materials at a ratio of 6:1, and fully stirring to form a prepared pulp, and then adding the oil repellent agent first and then the waterproofing agent into the pulp preparation tank, providing a certain amount of oil repellent and waterproofing agents, and fully stirring the oil repellent and waterproofing agents; putting the slurry in the pulp preparation tank into the supply tank, and setting the stirring speed in the pulp preparation tank to 100-150r / min for stirring to obtain a mixed slurry, and then sending it to the workshop through a conveying pipeline;

[0010] Step 3: slurry mixing and slurry scooping. The volume of the slurry is controlled by adjusting the quantitative cup in advance to determine the gram weight parameters of the product. The slurry scooping barrel of the molding machine rises, and the mesh is placed in the slurry scooping mold, and then the slurry scooping mold is lowered, and the slurry supply button is pressed to feed the slurry in the previous step into the cold mold of the molding machine. After the slurry supply is completed, the vacuum button is pressed to filter out 70-80% of the water in the mixed slurry by vacuum filtration, wherein the gram weight is set to, the vacuum degree is set to 0.04-0.08Mpa, and the slurry scooping time is set to 20-50s. The rough cardboard is obtained and taken out for use. The pulp solution prepared in step 1 is processed into various antibacterial and environmentally friendly tableware products using pulp molding equipment;

[0011] Step 4: wet bulking, wet bulking and cooking the bagasse after the pith removal in step 2, mixing the bagasse after the wet bulking in step 3 with the cooking liquid, and sending them into a steaming ball for mixing and cooking to obtain bagasse slurry;

[0012] Step 5: shaping and trimming. The blank cardboard is transferred to the hot mold of the forming machine. The heating plate of the hot mold heats and extrude the blank cardboard. The hot plate temperature is 165±25℃, the cylinder pressure is 50-100t, and the shaping time is 40-80s. After shaping, the hot mold directly punches the blank cardboard to complete the trimming and blanking operation, and the product and the remaining trimming paper can be obtained.

[0013] Step 6: Inspection and disinfection. Place the trimmed products on the disinfection conveyor belt without overlapping. Turn on the conveyor belt motor, set the ultraviolet disinfection lamp and hair dryer, and check whether the product appearance is qualified. Then put the disinfected products into the transfer box, and then use the needle detector to check whether the products contain iron wire metal. If the requirements are met, package the products.

[0014] Step seven: cleaning and screening. The bagasse pulp in step four is washed by a vacuum pulp washer, and then screened by a pressure screen to obtain clean bagasse pulp, which is then pulped and mixed, and finally hot-pressed to shape. The upper and lower heating plates are heated to the required temperature of 150°C-200°C, and the air pressure is 0.3MPa-0.5MPa. The wet blank of the mesh mold in step S8 is transferred to the shaping mold, and the hot pressing time is 25s-80s to obtain the finished product.

[0015] The present invention is further configured such that the tableware forming shape in the shaping hot mold is configured to be any one of a knife, a fork and a spoon.

[0016] The present invention is further configured such that the plant fibers do not include woody plant fibers and gramineous plant fibers.

[0017] The present invention is further configured such that, in the high-concentration nanosilver aqueous solution, the mass ratio of nanosilver to the nanosilver aqueous solution is: nanosilver: nanosilver aqueous solution = 35-40:100.

[0018] The present invention is further configured as follows: during the pulping step, sugarcane pulp is pumped into a pulping tank, and water is added to dilute it to a weight ratio of sugarcane pulp: water = (0.3-0.8):100, and then the four diluted chemical additives are separately added into the pulping tank, and after each chemical additive is added, it is stirred for about 8min-10min, and then the pulp pump sequentially passes the prepared pulp through a pulping machine, a pressure screen, and a desander into a finished pulp tank to obtain a finished pulp for standby use; wherein the four chemical additives are respectively an oil repellent, a water repellent, a wet strength agent, and a modified starch.

[0019] The present invention is further configured that there is adsorption molding between the slurry preparation and hot pressing molding, and the prepared finished slurry is transported to the pipelines of each molding machine through a slurry pipe by a slurry delivery pump, the vacuum degree is 0.04MPa-0.08MPa, the valves of each pipeline are opened, the power is turned on, the mesh mold is placed, and adsorption molding is carried out to obtain a mesh mold wet blank.

[0020] The present invention is further configured such that a return water pool is also provided in the step five, and the water obtained by vacuum filtration after slurry scooping is connected to the return water pool, and the return water pool is connected to the slurry mixing pool to supply water.

[0021] The present invention is further configured such that the moisture content of the bagasse is 70%-75%.

[0022] (III) Beneficial effects

[0023] Compared with the prior art, the present invention provides a production process for environmentally friendly and degradable sugarcane pulp molded tableware, which has the following beneficial effects:

[0024] The raw materials of the present invention are widely available, the production process is harmless to the environment, the products produced are degradable and recyclable, and the products have high tensile strength. They are not easy to tear during the demoulding process, and the product qualification rate is high. At the same time, the phenomenon of moisture absorption and mildew is significantly reduced. Compared with the method of directly pulping with a full amount of water in the prior art, the influence on the efficiency of the pulper due to the large amount of water driven during the pulping process is reduced, so that the overall pulping effect is finer and better, which is convenient for better implementation of subsequent processes, and the hot pressing shaping and trimming steps are combined, which saves process flow and cost, reduces the risk of physical injury to operators during the two extrusion processes, and sets a more suitable hot plate temperature, cylinder pressure and shaping time, so that the pressed tableware is more compact, thereby achieving a curing effect, thereby improving the structural strength and anti-leakage and high temperature resistance effects of the product. BRIEF DESCRIPTION OF THE DRAWINGS

[0025] Figure 1 The present invention is an overall process flow chart of the production process of an environmentally friendly and degradable sugarcane pulp molded tableware. DETAILED DESCRIPTION

[0026] It should be noted that, in the absence of conflict, the embodiments and features in the embodiments of the present application can be combined with each other. The present invention will be described in detail below with reference to the accompanying drawings and in combination with the embodiments.

[0027] It should be noted that, unless otherwise specified, all technical and scientific terms used in this application have the same meanings as commonly understood by ordinary technicians in the technical field to which this application belongs.

[0028] In the present invention, unless otherwise specified, the directions used, such as "up" and "down", usually refer to the directions shown in the drawings, or to the vertical, perpendicular or gravity directions; similarly, for ease of understanding and description, "left" and "right" usually refer to the left and right shown in the drawings; "inside" and "outside" refer to the inside and outside relative to the outline of each component itself, but the above-mentioned directions are not used to limit the present invention.

[0029] Embodiment 1:

[0030] See also Figure 1 , a production process of environmentally friendly and degradable sugarcane pulp molded tableware, comprising the following steps:

[0031] Step 1: preparing pulp for producing antibacterial fiber tableware, putting the absolutely dry pulp of biodegradable plant fiber pulp made by mixing bagasse, orange stalks, reed natural plant fibers and starch adhesive into a mixing container, soaking and pulping, weighing the raw pulp as needed and putting it into water of equal weight as raw material and standing for 15-20 minutes to fully absorb water and soften it, then putting the softened cardboard into a pulper barrel, adjusting the crushing speed of the pulper in the pulper barrel to 300-600r / min, running for 8-10 minutes, completely breaking the softened cardboard, setting it for use, squeezing, squeezing the sugarcane to obtain bagasse and sucrose liquid respectively;

[0032] Step 2: de-pithing, de-pithing the bagasse in step 1 by a bagasse de-pithing machine, preparing pulp and supplying pulp, transferring the pulp plate crushed in the previous step into a pulp preparation tank, and adding corresponding clean water to the pulp preparation tank according to the weighed weight of clean water and raw materials at a ratio of 6:1, and fully stirring to form a prepared pulp, and then adding the oil repellent agent first and then the waterproofing agent into the pulp preparation tank, providing a certain amount of oil repellent and waterproofing agents, and fully stirring the oil repellent and waterproofing agents; putting the slurry in the pulp preparation tank into the supply tank, and setting the stirring speed in the pulp preparation tank to 100-150r / min for stirring to obtain a mixed slurry, and then sending it to the workshop through a conveying pipeline;

[0033] Step 3: slurry mixing and slurry scooping. The volume of the slurry is controlled by adjusting the quantitative cup in advance to determine the gram weight parameters of the product. The slurry scooping barrel of the molding machine rises, and the mesh is placed in the slurry scooping mold, and then the slurry scooping mold is lowered, and the slurry supply button is pressed to feed the slurry in the previous step into the cold mold of the molding machine. After the slurry supply is completed, the vacuum button is pressed to filter out 70-80% of the water in the mixed slurry by vacuum filtration, wherein the gram weight is set to, the vacuum degree is set to 0.04-0.08Mpa, and the slurry scooping time is set to 20-50s. The rough cardboard is obtained and taken out for use. The pulp solution prepared in step 1 is processed into various antibacterial and environmentally friendly tableware products using pulp molding equipment;

[0034] Step 4: wet bulking, wet bulking and cooking the bagasse after the pith removal in step 2, mixing the bagasse after the wet bulking in step 3 with the cooking liquid, and sending them into a steaming ball for mixing and cooking to obtain bagasse slurry;

[0035] Step 5: shaping and trimming. The blank cardboard is transferred to the hot mold of the forming machine. The heating plate of the hot mold heats and extrude the blank cardboard. The hot plate temperature is 165±25℃, the cylinder pressure is 50-100t, and the shaping time is 40-80s. After shaping, the hot mold directly punches the blank cardboard to complete the trimming and blanking operation, and the product and the remaining trimming paper can be obtained.

[0036] Step 6: Inspection and disinfection. Place the trimmed products on the disinfection conveyor belt without overlapping. Turn on the conveyor belt motor, set the ultraviolet disinfection lamp and hair dryer, and check whether the product appearance is qualified. Then put the disinfected products into the transfer box, and then use the needle detector to check whether the products contain iron wire metal. If the requirements are met, package the products.

[0037] Step seven: cleaning and screening. The bagasse pulp in step four is washed by a vacuum pulp washer, and then screened by a pressure screen to obtain clean bagasse pulp, which is then pulped and mixed, and finally hot-pressed to shape. The upper and lower heating plates are heated to the required temperature of 150°C-200°C, and the air pressure is 0.3MPa-0.5MPa. The wet blank of the mesh mold in step S8 is transferred to the shaping mold, and the hot pressing time is 25s-80s to obtain the finished product.

[0038] In a further embodiment, there is adsorption molding between the slurry preparation and hot pressing molding. The prepared finished slurry is transported to the pipelines of each molding machine through a slurry pipe by a slurry pump. The vacuum degree is 0.04MPa-0.08MPa. The valves of each pipeline are opened, the power is turned on, and the mesh mold is placed to perform adsorption molding to obtain a wet mesh mold blank. A return water tank is also provided in the step five. The water vacuum filtered after the slurry is scooped is connected to the return water tank. The return water tank is connected to the slurry preparation tank to supply water. The moisture content of the bagasse is 70%-75%.

[0039] Embodiment 2:

[0040] A production process for environmentally friendly and degradable sugarcane pulp molded tableware, comprising the following steps:

[0041] Step 1: preparing pulp for producing antibacterial fiber tableware, putting the absolutely dry pulp of biodegradable plant fiber pulp made by mixing bagasse, orange stalks, reed natural plant fibers and starch adhesive into a mixing container, soaking and pulping, weighing the raw pulp as needed and putting it into water of equal weight as raw material and standing for 15-20 minutes to fully absorb water and soften it, then putting the softened cardboard into a pulper barrel, adjusting the crushing speed of the pulper in the pulper barrel to 300-600r / min, running for 8-10 minutes, completely breaking the softened cardboard, setting it for use, squeezing, squeezing the sugarcane to obtain bagasse and sucrose liquid respectively;

[0042] Step 2: de-pithing, de-pithing the bagasse in step 1 by a bagasse de-pithing machine, preparing pulp and supplying pulp, transferring the pulp plate crushed in the previous step into a pulp preparation tank, and adding corresponding clean water to the pulp preparation tank according to the weighed weight of clean water and raw materials at a ratio of 6:1, and fully stirring to form a prepared pulp, and then adding the oil repellent agent first and then the waterproofing agent into the pulp preparation tank, providing a certain amount of oil repellent and waterproofing agents, and fully stirring the oil repellent and waterproofing agents; putting the slurry in the pulp preparation tank into the supply tank, and setting the stirring speed in the pulp preparation tank to 100-150r / min for stirring to obtain a mixed slurry, and then sending it to the workshop through a conveying pipeline;

[0043] Step 3: slurry mixing and slurry scooping. The volume of the slurry is controlled by adjusting the quantitative cup in advance to determine the gram weight parameters of the product. The slurry scooping barrel of the molding machine rises, and the mesh is placed in the slurry scooping mold, and then the slurry scooping mold is lowered, and the slurry supply button is pressed to feed the slurry in the previous step into the cold mold of the molding machine. After the slurry supply is completed, the vacuum button is pressed to filter out 70-80% of the water in the mixed slurry by vacuum filtration, wherein the gram weight is set to, the vacuum degree is set to 0.04-0.08Mpa, and the slurry scooping time is set to 20-50s. The rough cardboard is obtained and taken out for use. The pulp solution prepared in step 1 is processed into various antibacterial and environmentally friendly tableware products using pulp molding equipment;

[0044] Step 4: wet bulking, wet bulking and cooking the bagasse after the pith removal in step 2, mixing the bagasse after the wet bulking in step 3 with the cooking liquid, and sending them into a steaming ball for mixing and cooking to obtain bagasse slurry;

[0045] Step 5: shaping and trimming. The blank cardboard is transferred to the hot mold of the forming machine. The heating plate of the hot mold heats and extrude the blank cardboard. The hot plate temperature is 165±25℃, the cylinder pressure is 50-100t, and the shaping time is 40-80s. After shaping, the hot mold directly punches the blank cardboard to complete the trimming and blanking operation, and the product and the remaining trimming paper can be obtained.

[0046] Step 6: Inspection and disinfection. Place the trimmed products on the disinfection conveyor belt without overlapping. Turn on the conveyor belt motor, set the ultraviolet disinfection lamp and hair dryer, and check whether the product appearance is qualified. Then put the disinfected products into the transfer box, and then use the needle detector to check whether the products contain iron wire metal. If the requirements are met, package the products.

[0047] Step seven: cleaning and screening. The bagasse pulp in step four is washed by a vacuum pulp washer, and then screened by a pressure screen to obtain clean bagasse pulp, which is then pulped and mixed, and finally hot-pressed to shape. The upper and lower heating plates are heated to the required temperature of 150°C-200°C, and the air pressure is 0.3MPa-0.5MPa. The wet blank of the mesh mold in step S8 is transferred to the shaping mold, and the hot pressing time is 25s-80s to obtain the finished product.

[0048] In a further embodiment, the tableware forming shape arranged in the shaping hot mold is arranged to be any one of a knife, a fork and a spoon.

[0049] In further embodiments, the plant-based fibers exclude woody plant-based fibers and grass-based fibers.

[0050] In a further embodiment, in the high concentration nanosilver aqueous solution, the mass ratio of nanosilver to the nanosilver aqueous solution is: nanosilver: nanosilver aqueous solution = 35-40:100.

[0051] In a further embodiment, during the pulping step, sugarcane pulp is pumped into a pulping tank, and water is added to dilute it to a weight ratio of sugarcane pulp: water = (0.3-0.8):100, and then the four diluted chemical additives are separately added to the pulping tank. After each chemical additive is added, it is stirred for about 8min-10min, and then the prepared pulp is sequentially passed through a pulping machine, a pressure screen, and a desander by a pulp pump, and enters a finished pulp tank to obtain a finished pulp for standby use; wherein the four chemical additives are respectively an oil repellent, a water repellent, a wet strength agent, and a modified starch.

Claims

1. A production process for environmentally friendly and degradable sugarcane pulp molded tableware, characterized in that: The following steps are involved: Step 1: preparing pulp for producing antibacterial fiber tableware, putting the absolutely dry pulp of biodegradable plant fiber pulp made by mixing bagasse, orange stalks, reed natural plant fibers and starch adhesive into a mixing container, soaking and pulping, weighing the raw pulp as needed and putting it into water of equal weight as raw material and standing for 15-20 minutes to fully absorb water and soften it, then putting the softened cardboard into a pulper barrel, adjusting the crushing speed of the pulper in the pulper barrel to 300-600r / min, running for 8-10 minutes, completely breaking the softened cardboard, setting it for use, squeezing, squeezing the sugarcane to obtain bagasse and sucrose liquid respectively; Step 2: de-pithing, de-pithing the bagasse in step 1 by a bagasse de-pithing machine, preparing pulp and supplying pulp, transferring the pulp plate crushed in the previous step into a pulp preparation tank, and adding corresponding clean water to the pulp preparation tank according to the weighed weight of clean water and raw materials at a ratio of 6:1, and fully stirring to form a prepared pulp, and then adding the oil repellent agent first and then the waterproofing agent into the pulp preparation tank, providing a certain amount of oil repellent and waterproofing agents, and fully stirring the oil repellent and waterproofing agents; putting the slurry in the pulp preparation tank into the supply tank, and setting the stirring speed in the pulp preparation tank to 100-150r / min for stirring to obtain a mixed slurry, and then sending it to the workshop through a conveying pipeline; Step 3: slurry mixing and slurry scooping. The volume of the slurry is controlled by adjusting the quantitative cup in advance to determine the gram weight parameters of the product. The slurry scooping barrel of the molding machine rises, and the mesh is placed in the slurry scooping mold, and then the slurry scooping mold is lowered, and the slurry supply button is pressed to feed the slurry in the previous step into the cold mold of the molding machine. After the slurry supply is completed, the vacuum button is pressed to filter out 70-80% of the water in the mixed slurry by vacuum filtration, wherein the gram weight is set to, the vacuum degree is set to 0.04-0.08Mpa, and the slurry scooping time is set to 20-50s. The rough cardboard is obtained and taken out for use. The pulp solution prepared in step 1 is processed into various antibacterial and environmentally friendly tableware products using pulp molding equipment; Step 4: wet bulking, wet bulking and cooking the bagasse after the pith removal in step 2, mixing the bagasse after the wet bulking in step 3 with the cooking liquid, and sending them into a steaming ball for mixing and cooking to obtain bagasse slurry; Step 5: shaping and trimming. The blank cardboard is transferred to the hot mold of the forming machine. The heating plate of the hot mold heats and extrude the blank cardboard. The hot plate temperature is 165±25℃, the cylinder pressure is 50-100t, and the shaping time is 40-80s. After shaping, the hot mold directly punches the blank cardboard to complete the trimming and blanking operation, and the product and the remaining trimming paper can be obtained. Step 6: Inspection and disinfection. Place the trimmed products on the disinfection conveyor belt without overlapping. Turn on the conveyor belt motor, set the ultraviolet disinfection lamp and hair dryer, and check whether the product appearance is qualified. Then put the disinfected products into the transfer box, and then use the needle detector to check whether the products contain iron wire metal. If the requirements are met, package the products. Step seven: cleaning and screening. The bagasse pulp in step four is washed by a vacuum pulp washer, and then screened by a pressure screen to obtain clean bagasse pulp, which is then pulped and mixed, and finally hot-pressed to shape. The upper and lower heating plates are heated to the required temperature of 150°C-200°C, and the air pressure is 0.3MPa-0.5MPa. The wet blank of the mesh mold in step S8 is transferred to the shaping mold, and the hot pressing time is 25s-80s to obtain the finished product.

2. The production process of an environmentally friendly and degradable sugarcane pulp molded tableware according to claim 1 is characterized by: The tableware forming shape is set in the shaping hot mold to be any one of a knife, a fork and a spoon.

3. The production process of an environmentally friendly and degradable sugarcane pulp molded tableware according to claim 2 is characterized by: The plant fibers do not include woody plant fibers and grass plant fibers.

4. The production process of environmentally friendly and degradable sugarcane pulp molded tableware according to claim 1 is characterized by: In the high-concentration nanosilver aqueous solution, the mass ratio of nanosilver to the nanosilver aqueous solution is: nanosilver: nanosilver aqueous solution = 35-40:

100.

5. The production process of environmentally friendly and degradable sugarcane pulp molded tableware according to claim 1 is characterized by: During the pulping step, the sugarcane pulp is pumped into the pulping tank, and water is added to dilute it to a weight ratio of sugarcane pulp: water = (0.3-0.8):

100. Then, the four diluted chemical additives are added into the pulping tank separately. After each chemical additive is added, it is stirred for about 8 minutes to 10 minutes. Then, the prepared pulp is sequentially passed through a pulping machine, a pressure screen, and a desander by a pulp pump, and enters a finished pulp tank to obtain a finished pulp for standby use; wherein, the four chemical additives are respectively an oil repellent, a water repellent, a wet strength agent, and a modified starch.

6. The production process of environmentally friendly and degradable sugarcane pulp molded tableware according to claim 5 is characterized by: There is adsorption molding between the slurry preparation and hot pressing molding. The prepared finished slurry is transported to the pipelines of each molding machine through the slurry pipe by a slurry pump. The vacuum degree is 0.04MPa-0.08MPa. The valves of each pipeline are opened, the power is turned on, the mesh mold is put in, and adsorption molding is carried out to obtain a mesh mold wet blank.

7. The production process of environmentally friendly and degradable sugarcane pulp molded tableware according to claim 1 is characterized by: In the step five, a return water pool is also provided. The water obtained by vacuum filtration after slurry scooping is connected to the return water pool. The return water pool is connected to the slurry mixing pool to supply water.

8. The production process of environmentally friendly and degradable sugarcane pulp molded tableware according to claim 1 is characterized by: The moisture content of the bagasse is 70%-75%.

Images