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What are the common silicone products? In today's rapidly changing science and technology, silicone products have gradually become a necessity in people's lives with their superior performance and a wide range of application fields.   1. Common silicone products Silicone kitchenware: including silicone baking tools, silicone POTS, silicone tableware, etc. These kitchenware has the characteristics of high temperature resistance, low temperature resistance, soft, easy to clean, etc., and become a hot item in the kitchen. Silicone sealing ring: widely used in household appliances, auto parts, medical equipment and other products sealing and waterproof parts, play a good sealing effect. Silicone baby products: such as silicone bottles, pacifiers, baby tableware, etc. These products are safe, non-toxic and fall-resistant and are loved by parents. Silicone accessories: including bracelets, necklaces, earrings, etc. Silicone jewelry is light, soft, water and sweat resistant, and has become a new favorite of fashion trends. Silicone phone case: soft, fall resistant, non-slip and other characteristics, can effectively protect the phone from damage. Silicone insole: with the characteristics of moisture absorption, anti-slip, anti-seismic, etc., widely used in the production of insole, slippers and other products. Silicone toys: weather resistant, easy to dye, non-toxic and harmless, become the ideal toy production raw materials.   2. The application of silicone products in daily life Kitchen field: Silicone kitchenware makes the cooking process more convenient because of its superior performance, such as silicone cake mold, silicone baking pan, silicone mixing spoon, etc. Food preservation: silicone fresh-keeping covers, gaskets, etc. can effectively maintain the freshness and humidity of food, and silicone food storage bags are an environmentally friendly and practical choice. Household goods: silicone tablecloth, silicone door, silicone zipper and other household goods, make life more convenient. Electronic product protection: silicone phone case, earphone protective cover, etc., effectively protect electronic products from damage. Fashion accessories: silicone bracelets, necklaces and other accessories, add fashion elements to people's lives. Children's toys: silicone toys are non-toxic and harmless, resistant to drop and play, and become children's favorite toys.   In summary, silicone products with its excellent performance and a wide range of applications, has penetrated into all aspects of our lives. From the kitchen to the home, from electronic products to fashion accessories, silicone products bring a lot of convenience to our lives. Understanding common silicone products and their applications helps us make better use of this material and improve the quality of life.

The Angle cracking and mold bonding cracking of silicone rubber products seriously trouble the bad phenomenon of products, and the edge cracking phenomenon of products has become the normal in the plate vulcanization process. For this reason, many silicone gifts are prone to edge cracking under the conditions of low hardness, circular arc shape and cylindrical shape. So edge Xiao summarized several causes of edge cracking of silicone rubber products and their solutions! The main reason for the edge explosion is that the silicone rubber gift has a certain arc in the case of low hardness, and there is a certain gap in the middle and inside of the mold when the upper and lower die, which may cause the product to explode. The most common products are circular low-hardness products, so the main reason for this is the error of mold accuracy, CNC correction and tool compensation during mold processing. The fluidity of the raw material is too poor, the nature of the raw material is low hardness, so there will be errors in adding silicone and vinyl silicone oil. Combined with the time temperature and pressure adjustment of the machine itself, the edge of the product bursts and can be adjusted from the machine! The curing speed is not stable, and when the temperature of the machine and the mold is increased or decreased, the product often appears the phenomenon of bursting and bulging. However, when the temperature and time of the machine are adjusted, a cycle is often formed, and the product explosion cannot be permanently solved!   Solution: The gap between the upper and lower molds can be minimized in the mold processing process, and the normal vulcanization production can be maintained by the silicone rubber products manufacturer in the processing process. In the mixing process, the mixing degree of raw materials and vulcanization should be increased, and the raw materials should be mixed evenly as far as possible. In the process of production and processing, to control the weight and placement of the product, the machine temperature should be reduced when the edge is exploded until the product does not crack. However, here, the best way to control the explosive phenomenon in silicone gifts is to maintain the normal operation of the machine, and to keep the product normal and stable in and out of the mold! If the curing time is too long or too short, the product may appear. People who understand the production of silicone know that if the low hardness of silicone rubber products are not controlled well when forming, the edge will crack, which is commonly known as the edge of silicone rubber products. Why low hardness silicone rubber products will have a burst edge? How to deal with the edge of the explosion? Edge Xiao on how to solve the problem of silicone rubber products edge explosion for everyone to sort out and share a few points.   Silicone rubber products The rubber with low hardness (about 30 degrees) is prone to defects such as bubbles during the molding process. If it is the color of the silicone body or the color of the translucent, it is easy to see a lot of white spots on the silicone rubber products. Solution: Increase the temperature of the mold and appropriately increase the temperature of the molding mold. Second, increase the mold temperature, the defects of bubbles and white spots are solved, but the edge of the silicone product begins to crack, that is to say, there is a burst edge. This creates an infinite loop. When the mold temperature increases, the edge will burst, and when the mold temperature decreases, there will be air retention (bubbles) and bad white spots. Solution sheet Reduce the mold temperature of the molding, and extend the curing time if there is bad air retention (bubbles) and white spots. The molding temperature must be greatly reduced until the silicone rubber product does not explode. Don't think that dropping the mold temperature by four or five degrees can solve the problem. Exhaust stroke and frequency must be well controlled, exhaust frequency as small as possible. If possible, exhaust travel should be as short as possible. The amount of vulcanizing agent added can be appropriately reduced. For the low-hardness tridacnID product, there are many factors that cause edge explosion, and some exceptional factors will also cause edge explosion, such as: poor weight control of rubber (too heavy will cause edge explosion, too light will cause lack of material and corners, so control at a reasonable weight will reduce the probability of edge explosion). Secondly, in the long-term production process, it is necessary to properly reduce the mold temperature, so that the mold is kept within a certain temperature range (in the absence of intermittent, the mold temperature should be kept within a certain range). The production process of silicone rubber products is a complex production process, and there are many unused solutions to various problems. For more solutions, please refer to the professional explanation of Dibotridna Rubber Products manufacturer!

Silicone plate can be used for how long, silicone products are a non-toxic, safe and environmentally friendly product type, of which silicone plate as a new type of tableware material, because of its environmental protection, high temperature resistance, easy to clean and other characteristics and welcomed by parents. The service life of the silicone plate is very concerned, and the service life of the silicone plate is affected by a number of factors.   The material quality of the silicone plate is a key factor in determining its service life. The high-quality silicone material has good elasticity and wear resistance, which can withstand friction and collision in daily use, thus extending the service life. On the contrary, inferior silicone materials may contain impurities, easy to age and deformation, resulting in greatly shortened service life.   The use method and maintenance habits will also have an impact on the service life of the silicone tray. The correct way to use includes avoiding scratches with sharp objects, avoiding excessive pulling, etc., which helps to keep the silicone plate in good condition. At the same time, regular cleaning and maintenance is also an important measure to extend the service life of silicone plates. Use mild detergent and soft cloth for cleaning, avoid using hard objects or rough cleaning tools, so as not to scratch the surface of the silicone.   The use environment and storage conditions of silicone plates also have a certain impact on their service life. Silicone plates should be stored in a dry, cool, ventilated place, avoid direct sunlight and high temperature baking. Prolonged exposure to sunlight or high temperatures may lead to aging, discoloration and even deformation of silicone materials, which affects the service life.   First, the service life of the silicone plate   Silicone plate is a relatively environmentally friendly, healthy tableware, because of its soft, easy to clean, safe and non-toxic characteristics, by more and more families favor. However, the silicone plate is also a material that is easy to age and has a certain service life. Generally speaking, the service life of the silicone plate is about 1-2 years. If the use time is too long, the silicone may be unsafe to use due to aging, deformation, hardening and other reasons, and it needs to be replaced in time.   Second, the correct cleaning method   In order to ensure the hygiene and cleanliness of the silicone plate, the plate should be cleaned regularly. When cleaning, the following points should be noted:   1. Use neutral detergent or vinegar and other cleaning agents to clean the silicone plate;   2. Do not use hard objects such as brushes or steel balls to clean the silicone plate, but use a soft sponge;   3. After cleaning, it should be placed in a ventilated and dry environment to keep the surface of the plate dry.   The service life of the silicone plate is affected by many factors such as material quality, use, maintenance habits and storage conditions, and usually the service life of the silicone plate is about 1-2 years.

First, overview of silicone products   Silica gel products are polymer products made of silica gel through a series of processes, widely used in electronics, electrical appliances, medical, food, automotive and other industries. Silica gel has good temperature resistance, aging resistance, softness and environmental protection, so it is welcomed by the market.   2. Implementation standards for the production of silicone products   National standard (GB) : This is the most basic implementation standard for the production of silicone products, such as GB/T10615-2004 "Industrial silica gel", which specifies the physical and chemical performance indicators of silicone products.   Industry standards: Industry standards are the quality requirements and inspection methods for silicone products in a specific industry, such as HG/T2765 series standards, covering color-changing silica gel, coarse pore silica gel, microsphere silica gel and so on.   Local standards: Local standards are standards developed for the production of silicone products in some specific regions to meet the unique market needs of the region.   Enterprise standards: Enterprise standards are standards developed by manufacturers according to the characteristics of their own products and technologies, which are usually more stringent than national standards or industry standards.   3, the specific implementation of the standard content   Raw material standards: The raw materials for the production of silicone products must meet the corresponding national standards or industry standards to ensure their safety and reliability.   Production process standards: The production process should follow a certain process flow and operating specifications, such as mold design, batching, vulcanization, cooling, inspection, etc.   Product performance standards: The performance indicators of silicone products, such as tensile strength, tearing strength, temperature resistance, chemical resistance, etc., should meet the corresponding standard requirements.   Safety and health standards: Especially food contact grade silicone products, must meet GB4806.11-2016 "Food Safety National Standard for Food Contact materials and products with silicone" and other safety and health standards.   Packaging and transportation standards: The packaging of silicone products should ensure that the product is not damaged during transportation, and the necessary product information and warning instructions should be marked.   In summary, the implementation of standards for the production of silicone products is an important means to ensure product quality and consumer safety. For manufacturers, understanding and complying with these standards is the basis for market entry and sustainable development; For consumers, understanding these standards can help them choose safe and reliable products. Through the introduction of this article, I believe that you have a clearer understanding of the implementation standards for the production of silicone products.

Silicone products after deformation how to recover, silicone products because of its excellent elasticity, high and low temperature resistance and good insulation properties, in industrial production and daily life has a wide range of applications. However, in the process of use, silicone products may be deformed due to temperature changes, external force and other reasons. In the face of the deformation of silicone products, how should we solve it?   The following is a solution to the deformation of silicone products: Secondary vulcanization method: For some silicone products, the shape can be restored by secondary vulcanization. This method requires the deformed silicone products to be placed in a vulcanization oven and heated at the appropriate temperature for a period of time to re-vulcanize and restore the original shape. Heating correction method: The deformed silicone products are heated to soften them, and their shape is corrected by manual or mold, and then cooled. Note that the heating temperature should not be too high to avoid damage to silicone products. Force correction method: For slightly deformed silicone products, it can be restored to its original state by applying a certain amount of pressure. This method is suitable for silicone products with certain elasticity. Solvent treatment: Some silicone products can be corrected by soaking in the appropriate solvent to soften them. However, when using this method, it is necessary to ensure that the solvent will not cause adverse reactions to silicone products. Vacuum compound method: The deformed silicone products are put into the vacuum forming machine, and the vacuum suction makes it fit the mold and restore the original shape. Mold re-forming method: For silicone products that are seriously deformed and cannot be recovered by the above methods, you can consider re-using the mold for molding. This method is suitable for deformation during the production process. Material replacement method: If the silicone products are seriously deformed and cannot be recovered by correction, you can consider replacing the new silicone material. Optimize storage and use conditions: In order to prevent the deformation of silicone products during use and storage, exposure to extreme temperatures and humidity should be avoided, while avoiding long-term pressure or stretching. Although the deformation problem of silicone products is common, it can be solved in most cases through reasonable treatment methods. When dealing with the deformation of silicone products, the appropriate solution should be selected according to the specific situation. Understanding and mastering the above solutions can help you better deal with the deformation of silicone products.

The characteristics of food-grade silicone products, in modern society, food safety has received more and more attention. As a material in direct contact with food, food-grade silicone products play an important role in food processing, storage and packaging.   1. What is food grade silicone products Food-grade silicone products refer to silicone products that meet national food safety standards, and they can be safely in contact with food without contaminating food. Such products are usually used in food processing, baking, cooking, storage and other links.   2. Characteristics of food-grade silicone products Safety: Food-grade silicone products do not contain harmful substances, non-toxic, tasteless, will not cause food pollution, in line with national food safety standards. Temperature resistance: Food-grade silicone products have excellent temperature resistance and can be used in the temperature range of -40 ° C to 240 ° C, suitable for a variety of cooking and baking environments. Chemical resistance: Food-grade silicone products can resist the erosion of most chemical substances, such as grease, acid and alkali, etc., to ensure the safety and quality of food. Anti-stickiness: Food grade silicone products have smooth surface, good anti-stickiness, easy to clean and maintain. Elasticity and flexibility: food-grade silicone products have good elasticity and flexibility, and can adapt to different use scenarios and needs. Aging resistance: food-grade silicone products have a long service life, not easy to age, durable. Rich color: food-grade silicone products can be made into a variety of colors to meet the individual needs of different customers.   3. Application scenarios of food-grade silicone products Baking tools: such as silicone baking molds, baking MATS, etc., can be used to make a variety of pastries and breads. Food packaging: such as silicone cling film, silicone sealing ring, etc., used for food sealing and packaging. Kitchen supplies: such as silicone spatula, silicone spatula, etc., for cooking and stirring food. Storage containers: such as silicone storage boxes, silicone bags, etc., for storing various foods.   Food-grade silicone products have been widely used in the food industry for their safety, temperature resistance, chemical resistance and stickiness resistance. When choosing food grade silicone products, please ensure that the product meets the national food safety standards to ensure the safety of food and the health of consumers.

Glass is a hard and brittle transparent object with no definite melting point. Generally made of quartz sand, limestone, soda ash, etc., after being mixed, melted at high temperatures, formed, and cooled. Glass is an indispensable item in life, today and you talk about how to identify the quality of glass and how to order glass should be transported.   Flat glass inspection, the appearance quality is mainly to check the flatness, observe whether there are air bubbles, inclusions, scratches, lines and fog spots and other quality defects, the existence of such defects in the use of glass, deformation will occur, reduce the transparency of the glass, mechanical strength and thermal stability of the glass, engineering should not be selected. Because the glass is a transparent object, it can basically identify the quality after visual inspection when selecting.   Good flat glass products should have the following characteristics: it is colorless and transparent or slightly light green, the thickness of the glass should be uniform, the size should be standardized, no or few bubbles, stones and waves, scratches and other defects.   The inspection of glass processing products, in addition to the requirements of flat glass testing, should also test its processing quality, test whether the size of the standard, processing accuracy and pattern clarity, etc. meet the requirements, while the side is not allowed to have defects.   The original glass that has not been processed by glass is relatively easy to break, and more attention should be paid to it during transportation. Glass transport precautions: 1, in order to avoid unnecessary losses during the transportation process, we must pay attention to fixing and adding soft pads. It is generally recommended to use the upright method of transport. The vehicle should also be careful to maintain a steady, slow speed. 2, the other side of the glass installation is closed, pay attention to clean the surface before installation. It is best to use a special glass cleaner, and to dry to prove that there is no stain before installation, installation is best to use clean construction gloves. 3, the installation of glass, to use silicone sealant to fix, in the installation of Windows, but also need to be used with rubber seals. 4, after the completion of construction, pay attention to the anti-collision warning signs, generally can be used not to paste, color electrical tape to prompt. 5. Do not collide with sharp objects.

What is the role of silicone products spray handle oil? In modern industrial production, silicone products are widely used because of their superior physical properties and environmental protection characteristics. However, in the case of silicone products without special treatment, the surface may appear more astringent, affecting the user experience. At this time, the spray oil process has played an important role.   1. Improve product feel Spray handle oil can form a smooth protective film on the surface of silicone products, effectively improve the feel of the product. Specific performance is as follows: Increase smoothness: After spraying the feel oil, the surface of the silicone products is smoother, reducing the friction with the hand skin and improving the comfort of touch. Improve touch: Feel oil can eliminate the astringent feeling of the surface of silicone products, make the product more smooth to touch, improve the user experience.   2. Prevent dust absorption After the silicone products are sprayed with handfeel oil, the protective film formed on the surface can effectively prevent the adsorption of impurities such as dust and hair, and keep the product clean. The following are the two main functions of preventing dust adsorption: Dust-proof effect: The handfeel oil has a certain hydrophobicity, which reduces the contact between dust and the product surface and reduces the possibility of dust adsorption. Keep clean: The surface of silicone products after spraying hand oil is easier to clean, and the dust can be removed by gently wiping.   3. Eliminate static electricity Silicone products are prone to static electricity in the production and use of the process, spray handle oil can eliminate static electricity, to avoid electrostatic adsorption of dust and other particles. The following are the effects of eliminating static electricity: Reduce static electricity generation: Feel oil has a certain antistatic performance, can reduce the accumulation of static electricity on the surface of silicone products. Prevent dust adsorption: Eliminating static electricity helps reduce dust adsorption and keep the product clean.   4. Enhance product aesthetics Spray handle oil can not only improve the feel of the product, but also increase the beauty of the product surface. The following are the effects of enhancing aesthetics: Improve gloss: feel oil can make the surface of silicone products more bright, improve the appearance of the product quality. Increase the texture: the surface of the silicone products after spraying feel oil is more textured, making the product more attractive.

What kinds of silicone products are there? Silicone products play an important role in our daily life, and they are a wide variety and widely used. Analyze the types of silicone products in detail to help you better understand this field.     1. Overview of silicone products Silica gel products are made of silica gel this polymer material products, silica gel has good temperature resistance, chemical resistance and softness, so in various industries have a wide range of applications.   2. Classification of silicone products Silicone products can be classified according to their use, form and manufacturing process, the following are some common classification methods: Classification by use: Daily necessities: such as silicone kitchen utensils, tableware, bathroom supplies, etc. Industrial accessories: such as silicone sealing ring, silicone tube, silicone pad, etc. Medical equipment: such as silicone prosthesis, medical catheter, etc. Electronic accessories: such as mobile phone protective cases, buttons, etc. Classification by form: Solid silicone products: such as silicone bracelets, silicone MATS, etc. Liquid silicone products: such as silicone breast pads, artificial human organs, etc. Extruded silicone products: such as silicone tube, silicone strip, etc. Classification by manufacturing process: Molded silicone products: vulcanized by high temperature mold, such as silicone buttons, silicone accessories, etc. Extrusion of silicone products: extrusion molding through the extrusion machine, such as silicone tube, silicone strip, etc. Injection silicone products: through injection molding machine injection molding, such as medical silicone products.   3. Introduction of common silicone products Silicone kitchenware: including silicone bowl, silicone spoon, silicone scraper, etc., high temperature resistance, easy to clean. Silicone bracelet: with environmental protection, soft, comfortable and other characteristics, widely used in sports, fashion and other fields. Silicone sealing ring: used for sealing of various mechanical equipment and electronic equipment, with good sealing performance. Silicone tube: used for infusion, gas transmission and other occasions, with good softness and temperature resistance.  

Silicone products, with its excellent high and low temperature resistance, waterproof, flame retardant, wear resistance, oil resistance and other excellent characteristics, widely used in all aspects of our lives, from kitchen supplies to electronic products, from medical equipment to auto parts, silicone products everywhere. However, behind these applications, the tensile strength of silicone products is a frequently mentioned but not fully known performance indicator.   Tensile strength, as an important performance index of silicone products, refers to the force required on each range unit to cause a sample of silicone material to tear. It reflects the ability of silicone material to resist damage when stretched by external forces. In practical applications, the tensile strength of silicone products directly affects the service life, safety and reliability of the products. For example, in the medical field, silicone catheters need to withstand a certain amount of pressure without breaking, which requires it to have a high tensile strength; In auto parts, silicone seals need to have good elasticity and toughness to cope with a variety of complex environmental conditions, which is also closely related to its tensile strength.   The tensile strength of silica gel products is affected by many factors, including the type of silica gel, formula, production process and test conditions. First of all, the type of silica gel has a direct impact on the tensile strength. Common types of silicone include hot sulfurized solid organic silicone rubber, fluorosilicone rubber and liquid silicone rubber. These different kinds of silica gel have significant differences in tensile strength. For example, the tensile strength range of hot sulfurized solid organic silicone rubber is usually between 4.0-12.5MPa, while the tensile strength range of fluorosilicone rubber is between 8.7-12.1MPa. The tensile strength of liquid silicone rubber is relatively low, generally between 3.6-11.0MPa.   Secondly, the formula of silica gel also has an important impact on tensile strength. The type and amount of ingredients such as filler, vulcanizing agent and plasticizer in the formula will affect the tensile strength of silica gel. For example, the addition of filler can increase the hardness and strength of the silica gel, but too much filler may also cause the tensile strength of the silica gel to decrease. The selection and dosage of vulcanizing agent directly affect the degree of vulcanization and crosslinking density of silica gel, thus affecting its tensile strength. The addition of plasticizer can improve the flexibility of silica gel, but too much plasticizer will also reduce its tensile strength.   The production process also has an important influence on the tensile strength of silica gel products. In the production process of silicone products, molding, vulcanization, stripping and other process steps will affect the tensile strength of the product. For example, the pressure and temperature control during molding, the choice of vulcanization time and temperature, and the mode of release will affect the internal structure and performance of silicone products, thus affecting its tensile strength.   Test conditions are also one of the important factors affecting the tensile strength of silicone products. When testing the tensile strength of silicone products, it is necessary to follow the prescribed test methods and standards. Different test methods and standards may lead to differences in test results. Therefore, when comparing the tensile strength of different silicone products, it is necessary to ensure the consistency of the test conditions and test methods.   In addition to the above factors, the tensile strength of silicone products may also be affected by other factors, such as environmental factors (such as temperature, humidity, etc.), use time and use mode. At high or low temperatures, the tensile strength of silicone products may change. Prolonged use or improper use may also lead to a decrease in the tensile strength of silicone products.   In practical applications, understanding the tensile strength of silica gel products is of great significance for selecting suitable silica gel materials, designing reasonable product structure and ensuring product quality and safety. For example, in the medical field, it is necessary to choose silicone materials with high tensile strength to make medical devices such as catheters to ensure that they will not break or leak during use; In the field of electronics, it is necessary to select silicone materials with appropriate tensile strength to make electronic accessories such as seals and shock absorbers to ensure that they have good sealing and shock absorption performance.   In order to improve the tensile strength of silicone products, a variety of measures can be taken. For example, by optimizing the formula of silica gel, selecting the appropriate type and amount of ingredients such as filler, vulcanizer and plasticizer; Improve the production process, optimize the parameters and control conditions of molding, vulcanization, demoulding and other process steps; And strengthen the quality control and testing means to ensure that the tensile strength of silicone products meet the design requirements.   The tensile strength of silicone products is a complex and important performance index. It is affected by many factors, including the type of silica gel, formula, production process and test conditions.