Blender
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Usage: Suitable for stirring various types of water colloids, ointments, creams, cosmetics, chemicals, food, emulsions, etc. Made of stainless steel, it meets the hygiene requirements of medical and daily chemical industries. Features: 1. Intelligent control with automatic start and stop functions. Through automated control technology of the process flow, it automatically records process parameters and content, and executes various actions of the production process, achieving automated management of the production process. 2. Double planetary design, with stirring paddles in the stirring bucket that rotate while revolving, allowing materials to flow up and down and around, thus achieving mixing (kneading) effects in a very short time. 3. Vacuum design ensures that materials work in a sealed environment. 4. Scraper wall design, with a scraper knife that rotates with the planetary frame, closely scraping the bucket wall continuously, preventing material residue on the wall and improving mixing efficiency. 5. Push-pull design of the stirring bucket saves manual operation.
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Usage: Suitable for stirring various types of water gels, ointments, creams, cosmetics, chemicals, food, emulsions, etc. Made of stainless steel, it meets the hygiene requirements of medical, daily chemical, and other industries. Features: 1. Double planetary design, the stirring blades in the mixing bucket rotate while revolving, causing the materials to flow up and down and around, achieving mixing (kneading) effects in a very short time. 2. Vacuum design ensures that materials work in a sealed environment. 3. Heating design, the mixing bucket has a jacket that can be heated using hot water (oil) or steam. 4. Scraper design, a scraper knife follows the planetary frame and rotates, closely scraping the bucket wall continuously, preventing material from sticking to the wall and improving mixing efficiency. 5. Button-type design, the stirring time can be adjusted by the user according to the properties of the materials, which can be controlled via the control panel. 6. Push-pull design of the mixing bucket saves manual operation.
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Usage: Suitable for stirring various types of water colloids, ointments, creams, cosmetics, chemicals, food, emulsions, etc. Made of stainless steel, it meets the hygiene requirements of medical, daily chemical, and other industries. Features: 1. Intelligent control with automatic start and stop functions. Through automated control technology of the process flow, it automatically records process parameters and content, and executes various actions of the production process automatically, achieving automated management of the production process. 2. Double planetary design, with stirring paddles in the stirring bucket that rotate while revolving, allowing materials to flow up and down and around, thus achieving mixing (kneading) effects in a very short time. 3. Vacuum design ensures that materials work in a sealed environment. 4. Scraper design, with a scraper knife that rotates with the planetary frame, closely adhering to the bucket wall and continuously scraping, preventing material residue on the wall and improving mixing efficiency. 5. Push-pull design of the stirring bucket saves manual operation.
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Usage: Suitable for stirring various types of water colloids, ointments, creams, cosmetics, chemicals, food, emulsions, etc. Made of stainless steel, it meets the hygiene requirements of medical, daily chemical, and other industries. Features: 1. Intelligent control with automatic start and stop functions. Through process automation control technology, it automatically records process parameters and content, and executes various operations of the production process automatically, achieving automated management of the production process. 2. Double planetary design, with stirring paddles inside the mixing bucket that rotate while also revolving, allowing materials to flow up and down and around, thus achieving mixing (kneading) effects in a very short time. 3. Vacuum design ensures that materials work in a sealed environment. 4. Scraper wall design, with a scraper knife that rotates with the planetary frame, closely adhering to the bucket wall and continuously scraping, preventing material retention on the wall and improving mixing effects. 5. Flip design of the mixing bucket saves manual operation.
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Factors Affecting the Coating Amount of Plaster Coating Machines
The angle between the blade and the tangent line of the patterned roller is generally between 15° and 30°. If the angle is too large, the blade will almost press against the patterned roller, and since the surface of the patterned roller is not smooth, it can cause vibrations or bouncing of the elastic blade when it rotates at high speed. This results in the solution being splashed, leading to uneven coating and significant differences in coating amounts. Additionally, a larger angle can also easily damage the blade edge.
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President Liang is one of the first experts in pharmacy to receive the State Council's special allowance, an outstanding scientific and technological worker in Jiangsu Province, a military science and technology contributor, a leader in transdermal drug delivery in China, and the founder of the country's first Transdermal Drug Delivery Society. He has served as the chief editor of three monographs on transdermal drug delivery and successfully researched three innovative transdermal drugs, winning the third prize in the National Science and Technology Progress Award. He is also a pioneer in the research of Buxus (boxwood), having successfully developed Buxus extract and Buxus tablets, which won a national invention award, and has edited two monographs on Buxine. Currently, he serves as the president of the Transdermal Drug Delivery Professional Committee of the World Chinese Medicine Association. Now in his 80s, he continues to fight on the front lines of medicine, making him an undisputed master in the field of pharmacy in China.
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Examples of Antipyretic Patch Formulations and Production Processes
The main structure of the heat patch consists of three parts: a non-woven fabric substrate, a gel layer as the main body, and an anti-adhesion layer. The hydrophilic gel in the gel layer has good energy conversion capabilities, which can stimulate the cold receptors of nerve endings, producing a cooling sensation. After applying the heat patch, the heat from the skin is absorbed by the polymer gel layer and dissipated through vaporization, continuously removing heat from the body. The cooling time of the heat patch generally lasts for more than 6 to 8 hours.
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