5 thoughts on “What is the difference between silicone and rubber”
Anita
1. Different properties: 1. Latex is a milky liquid that looks like milk. Latex is a biological synthetic product. Due to the differences in related conditions such as tree species, geology, climate, the composition and colloid structure have changed significantly. 2. Rubber is a natural polymer compound with polyphonidne as the main ingredient. It is 93%of the components of rubber, and the rest is protein. Natural rubber is the most widely used universal rubber. The second, different uses: 1. latex is a liquid, and the rubber tree will flow out as soon as it knocks. It is milky white, usually ammonia and other stabilizers to prevent natural gums from being solidified by microorganisms and enzymes. 2. Rubber is the basic raw material of the rubber industry, which is widely used to make rubber products such as tires, hoses, tapes, cables. It is an important material, which is equivalent to metal, chemical fiber and plastic. The third, different usage: 1. Common latex products: sponge, gloves, pacifiers, rubber hoses. 2. Common rubber products: tires, basketball, table tennis rackets. Extension information: The latex performance 1. Concentration The concentration of glue is represented by total solid content and dry gel content. The content of dry glue refers to the content of dry glue in glue lactation, and the total solid content refers to the content of all solid substances in the glue milk after removing water and volatile ingredients, which is represented by percentage. 2. Relative density The relative density of plastic lathes is about 0.96-0.98, which is determined by the relative density of whey (1.02) and rubber hydrocarbons (0.9064). The content of rubber hydrocarbons in glue can be measured approximately from relative density. The higher the rubber content, the smaller the relative density of the glue, as shown in the table. 3. Viscosity The fresh glue milk viscosity with a total solid content of about 35%is about 12-15MPa · s, which changes greatly with factors such as the collection time. Generally, glue viscosity with high total solid content, but the same solid content, due to the storage method, storage time, and particle size, the viscosity will be relatively different. 4.ph value The pH value of glue lactat has a great impact on its stability. Fresh glue milk is neutral and slightly alkaline, the pH value is 7 ~ 7.2. After a few hours to ten hours, due to the effects of bacteria and enzymes in glue milk, the pH value will be reduced, becoming acidic, causing solidification. For this reason, ammonia or other alkali is often added to increase the pH value to 10 ~ 10.5 for long -term preservation.
First, the nature is different. 1, latex is a milk -white liquid, looks like milk. Latex is a biological synthetic product. Due to the differences between tree species, geology, climate, and other related conditions, the composition and colloid structure have changed greatly. 2, rubber is a natural polymer compound with polyphonidne as the main ingredient. Its 91 % to 94 % ingredients are rubber hydrocarbons, and the rest are protein. Natural rubber is the most widely used universal rubber. . The product is different.
1, common latex products: sponge, gloves, pacifiers, rubber tube, etc. 2, common rubber products: tires, basketball, table tennis rackets, etc. . Different material. 1, natural latex, due to the different species, geology, climate, and other related conditions, its composition and colloid structure often occurred in huge differences. Among the fresh gums with no substance, rubber hydrocarbons only account for 20%-40%of the total, and the rest are a small amount of non-rubber components and water. The non -rubber components include protein, lipids, sugar, and inorganic components. They are partially composed of rubber particles, and some are dissolved in milk or forming non -rubber particles. 2. Natural rubber is made of glue lactation. Some of the non -rubber components contained in glue lactation remain in the solid natural rubber. Natural rubber contains 92%-95%of rubber hydrocarbons, not rubber hydrocarbons accounting for 5%-8%. Due to the different systems, different origin and even glue seasons, the proportion of these ingredients may be different, but basically within the range. Min can promote the vulcanization of rubber and delay aging. On the other hand, protein has a strong water absorption, which can cause rubber to moisture and mold, decreased insulation, and the disadvantage of protein to increase thermal heating. Tramone extract is some high -grade fatty acids and steroid substances. Some of them have the role of natural agents and promoters. The role. This is mainly salt containing magnesium phosphate and calcium phosphate. There are a small amount of metal compounds such as copper, manganese, and iron. Because these price -changing metal ions can promote rubber aging, their content should be controlled. The water in dry glue does not exceed 1%. It can be volatile during processing, but when the water content is too large, it will not only make the raw glue storage process easily mold, but also affect the processing of rubber, such as when mixed. Combine the agent to make a group; bubbles are prone to occur during pressure and pressing, and bubbles or sponge -shaped in the process of vulcanization. Reference materials Source: Baidu Encyclopedia-latex Reference materials Source: Baidu Encyclopedia-rubber n
Pay content for time limit to check for freenAnswers and latex differential silicone are better than latex in quality. It is more durable and difficult to degenerate than latex. Latex is not certain in terms of dehydration. When people are exposed to latex, they are more likely to have an allergic reaction than silicone. The chemical component and physical structure of silica gel determines that it has many other similar materials that are difficult to replace the characteristics: high adsorption performance, good thermal stability, chemical stability, and high mechanical strength. The latex of the latex refers to the colloidal emulsion that is scattered in the water in the water, also known as glue milk. Products made of latex as raw materials such as sponges, gloves, play utensils, rubber pipes, etc.nHope to help you, please thank you for help if you are helpful to you
The difference between rubber and plastic is: different properties, different ingredients, and different uses. . Different properties 1, rubber: refers to the high elastic polymer material with reversible transformation. 2, plastic: refers to the plasticity (flexible) material of the processing formation, or the rigid material formed by the currency crosslinage. . Different ingredients 1, rubber: It is made of glue lactation. Some of the non -rubber ingredients contained in the gum lactation remain in the solid natural rubber. Natural rubber contains 92%-95%of rubber hydrocarbons, not rubber hydrocarbons accounting for 5%-8%. Due to the different systems, different origin and even glue seasons, the proportion of these ingredients may be different, but basically within the range. 2, plastic: The synthetic resin with high molecular weight is the main component, and appropriate additives are added, such as plasticizers, stabilizers, flame retardants, lubricants, and color. . Different uses 1, rubber: not only providing people with indispensable daily use, medical rubber products such as daily life, but also heavy industries such as mining, transportation, construction, machinery, electronics, and emerging The industry provides various rubber production equipment or rubber parts. 2, plastic: widely used every field in life, such as household appliances, instruments, wires and cables, construction equipment, communication electronics, automotive industry, aerospace, daily hardware, etc.
Silicone belongs to a category of rubber. It belongs to a synthetic rubber! Rubber can be divided into natural rubber and synthetic rubber. Rubber: According to the source and method of raw materials: rubber can be divided into two categories: natural rubber and synthetic rubber. Among them, the consumption of natural rubber accounts for/3, and the consumption of synthetic rubber accounts for 贰/three. According to the appearance of the rubber: rubber can be divided into four categories: solid rubber (also known as dry glue), emulsion rubber (referred to as latex), liquid rubber and powder rubber. According to the performance and use of rubber: Except for natural rubber, synthetic rubber can be divided into general synthetic rubber, semi -general synthetic rubber, dedicated synthetic rubber and special synthetic rubber. According to the physical form of rubber: rubber can be divided into hard glue and soft glue, raw glue and mixed glue. Performance and use division: GM rubber and special rubber. Rubber can be classified as: natural rubber, universal rubber, butyl phenyl rubber, butyl rubber, silicon rubber, slideshole rubber, ethylene rubber, chlorherye rubber silicone: Silicone is only one of rubber. Inorganic silicone inorganic silica gel is divided into, large pore silicone, coarse -hole silicone, B type silicone, and fine pores silicone. According to its use, inorganic silica gel can also be divided into beer silicone, transformer adsorption silicone, medical silicone, color -changing silicone, silicone stakelazes, silicone opening agents, toothpaste, and silicone. Organic silicon is mainly divided into four categories: silicon rubber, silicon resin, silicone oil, and silicane coupling agent. It is mainly used to produce silicone products with various material performance. It is mainly divided into mold pressure silicone, squeezed silicone, liquid silicone, special species Several processes such as silicone
1. Different properties:
1. Latex is a milky liquid that looks like milk. Latex is a biological synthetic product. Due to the differences in related conditions such as tree species, geology, climate, the composition and colloid structure have changed significantly.
2. Rubber is a natural polymer compound with polyphonidne as the main ingredient. It is 93%of the components of rubber, and the rest is protein. Natural rubber is the most widely used universal rubber.
The second, different uses:
1. latex is a liquid, and the rubber tree will flow out as soon as it knocks. It is milky white, usually ammonia and other stabilizers to prevent natural gums from being solidified by microorganisms and enzymes.
2. Rubber is the basic raw material of the rubber industry, which is widely used to make rubber products such as tires, hoses, tapes, cables. It is an important material, which is equivalent to metal, chemical fiber and plastic.
The third, different usage:
1. Common latex products: sponge, gloves, pacifiers, rubber hoses.
2. Common rubber products: tires, basketball, table tennis rackets.
Extension information:
The latex performance
1. Concentration
The concentration of glue is represented by total solid content and dry gel content. The content of dry glue refers to the content of dry glue in glue lactation, and the total solid content refers to the content of all solid substances in the glue milk after removing water and volatile ingredients, which is represented by percentage.
2. Relative density
The relative density of plastic lathes is about 0.96-0.98, which is determined by the relative density of whey (1.02) and rubber hydrocarbons (0.9064). The content of rubber hydrocarbons in glue can be measured approximately from relative density. The higher the rubber content, the smaller the relative density of the glue, as shown in the table.
3. Viscosity
The fresh glue milk viscosity with a total solid content of about 35%is about 12-15MPa · s, which changes greatly with factors such as the collection time. Generally, glue viscosity with high total solid content, but the same solid content, due to the storage method, storage time, and particle size, the viscosity will be relatively different.
4.ph value
The pH value of glue lactat has a great impact on its stability. Fresh glue milk is neutral and slightly alkaline, the pH value is 7 ~ 7.2. After a few hours to ten hours, due to the effects of bacteria and enzymes in glue milk, the pH value will be reduced, becoming acidic, causing solidification. For this reason, ammonia or other alkali is often added to increase the pH value to 10 ~ 10.5 for long -term preservation.
First, the nature is different.
1, latex is a milk -white liquid, looks like milk. Latex is a biological synthetic product. Due to the differences between tree species, geology, climate, and other related conditions, the composition and colloid structure have changed greatly.
2, rubber is a natural polymer compound with polyphonidne as the main ingredient. Its 91 % to 94 % ingredients are rubber hydrocarbons, and the rest are protein. Natural rubber is the most widely used universal rubber.
. The product is different.
1, common latex products: sponge, gloves, pacifiers, rubber tube, etc.
2, common rubber products: tires, basketball, table tennis rackets, etc.
. Different material.
1, natural latex, due to the different species, geology, climate, and other related conditions, its composition and colloid structure often occurred in huge differences. Among the fresh gums with no substance, rubber hydrocarbons only account for 20%-40%of the total, and the rest are a small amount of non-rubber components and water.
The non -rubber components include protein, lipids, sugar, and inorganic components. They are partially composed of rubber particles, and some are dissolved in milk or forming non -rubber particles.
2. Natural rubber is made of glue lactation. Some of the non -rubber components contained in glue lactation remain in the solid natural rubber. Natural rubber contains 92%-95%of rubber hydrocarbons, not rubber hydrocarbons accounting for 5%-8%. Due to the different systems, different origin and even glue seasons, the proportion of these ingredients may be different, but basically within the range.
Min can promote the vulcanization of rubber and delay aging. On the other hand, protein has a strong water absorption, which can cause rubber to moisture and mold, decreased insulation, and the disadvantage of protein to increase thermal heating.
Tramone extract is some high -grade fatty acids and steroid substances. Some of them have the role of natural agents and promoters. The role.
This is mainly salt containing magnesium phosphate and calcium phosphate. There are a small amount of metal compounds such as copper, manganese, and iron. Because these price -changing metal ions can promote rubber aging, their content should be controlled.
The water in dry glue does not exceed 1%. It can be volatile during processing, but when the water content is too large, it will not only make the raw glue storage process easily mold, but also affect the processing of rubber, such as when mixed. Combine the agent to make a group; bubbles are prone to occur during pressure and pressing, and bubbles or sponge -shaped in the process of vulcanization.
Reference materials Source: Baidu Encyclopedia-latex
Reference materials Source: Baidu Encyclopedia-rubber n
Pay content for time limit to check for freenAnswers and latex differential silicone are better than latex in quality. It is more durable and difficult to degenerate than latex. Latex is not certain in terms of dehydration. When people are exposed to latex, they are more likely to have an allergic reaction than silicone. The chemical component and physical structure of silica gel determines that it has many other similar materials that are difficult to replace the characteristics: high adsorption performance, good thermal stability, chemical stability, and high mechanical strength. The latex of the latex refers to the colloidal emulsion that is scattered in the water in the water, also known as glue milk. Products made of latex as raw materials such as sponges, gloves, play utensils, rubber pipes, etc.nHope to help you, please thank you for help if you are helpful to you
The difference between rubber and plastic is: different properties, different ingredients, and different uses.
. Different properties
1, rubber: refers to the high elastic polymer material with reversible transformation.
2, plastic: refers to the plasticity (flexible) material of the processing formation, or the rigid material formed by the currency crosslinage.
. Different ingredients
1, rubber: It is made of glue lactation. Some of the non -rubber ingredients contained in the gum lactation remain in the solid natural rubber. Natural rubber contains 92%-95%of rubber hydrocarbons, not rubber hydrocarbons accounting for 5%-8%. Due to the different systems, different origin and even glue seasons, the proportion of these ingredients may be different, but basically within the range.
2, plastic: The synthetic resin with high molecular weight is the main component, and appropriate additives are added, such as plasticizers, stabilizers, flame retardants, lubricants, and color.
. Different uses
1, rubber: not only providing people with indispensable daily use, medical rubber products such as daily life, but also heavy industries such as mining, transportation, construction, machinery, electronics, and emerging The industry provides various rubber production equipment or rubber parts.
2, plastic: widely used every field in life, such as household appliances, instruments, wires and cables, construction equipment, communication electronics, automotive industry, aerospace, daily hardware, etc.
Silicone belongs to a category of rubber. It belongs to a synthetic rubber! Rubber can be divided into natural rubber and synthetic rubber. Rubber: According to the source and method of raw materials: rubber can be divided into two categories: natural rubber and synthetic rubber. Among them, the consumption of natural rubber accounts for/3, and the consumption of synthetic rubber accounts for 贰/three. According to the appearance of the rubber: rubber can be divided into four categories: solid rubber (also known as dry glue), emulsion rubber (referred to as latex), liquid rubber and powder rubber. According to the performance and use of rubber: Except for natural rubber, synthetic rubber can be divided into general synthetic rubber, semi -general synthetic rubber, dedicated synthetic rubber and special synthetic rubber. According to the physical form of rubber: rubber can be divided into hard glue and soft glue, raw glue and mixed glue. Performance and use division: GM rubber and special rubber. Rubber can be classified as: natural rubber, universal rubber, butyl phenyl rubber, butyl rubber, silicon rubber, slideshole rubber, ethylene rubber, chlorherye rubber silicone: Silicone is only one of rubber. Inorganic silicone inorganic silica gel is divided into, large pore silicone, coarse -hole silicone, B type silicone, and fine pores silicone. According to its use, inorganic silica gel can also be divided into beer silicone, transformer adsorption silicone, medical silicone, color -changing silicone, silicone stakelazes, silicone opening agents, toothpaste, and silicone. Organic silicon is mainly divided into four categories: silicon rubber, silicon resin, silicone oil, and silicane coupling agent. It is mainly used to produce silicone products with various material performance. It is mainly divided into mold pressure silicone, squeezed silicone, liquid silicone, special species Several processes such as silicone