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With its unique physical and chemical properties, liquid silicone rubber (LSR) has become an important material in the field of 3D printing, and has shown disruptive application potential in many fields such as medical, industrial, and consumer electronics.Its core advantages lie in thermal stability, biocompatibility, flexibility and customization. Combined with 3D printing technology, it breaks
Sole molding mostly relies on thermosetting or thermoplastic materials such as polyurethane (PU), EVA, and rubber. It is easy to stick to the mold after high temperature and high pressure injection, and high-efficiency mold release agents must be used.With extremely low surface tension, excellent lubricity, chemical inertness and wide temperature stability, silicone oil has become the core additiv
Silicone rubber extrusion and molding are the two most commonly used molding processes with very different principles.Extrusion is like "squeezing toothpaste”: the mud-like rubber preheated by the open mixer is continuously fed into the screw barrel, and after heating, shearing, and compression, it is forced through the mouth mold to obtain a tube, strip, or profile with a constant cross-section;
Before the silicone rubber is formally filled, encapsulated or vulcanized, it is vacuumed. It seems to be just “one more process”, but it is actually a key step in determining the final quality and reliability.Its benefits can be summarized as four aspects: “defoaming, improving quality, prolonging life, and reducing costs”. First of all, defoaming-completely eliminate the hidden dangers of i
Once the silicone rubber is vulcanized at high temperature, a highly stable three-dimensional crosslinking network is formed. This “chemical shackle” makes traditional mechanical recovery (crushing-re-melting-forming) almost impractical. The difficulty is mainly reflected in three points.: 1. Cross-linking is irreversible      Silicone rubber is not a thermoplastic materi
The environmental protection characteristics of silicone rubber are reflected in multiple aspects of the whole life cycle of “raw material-processing-use-disposal”, which can be summarized into five points.: 1. The raw materials are non-toxic: the main chain is Si-O-Si, which does not contain potentially harmful substances such as plasticizers, halogens, and phthalates. It has passed FDA, LFG
The fundamental difference between silicone rubber and ordinary industrial rubber is first reflected in the molecular skeleton: the former uses the silicon-oxygen bond (Si-O-Si) as the skeleton, with high bond energy and large bond angle, which determines its excellent high and low temperature resistance and aging resistance; the latter uses the carbon-carbon bond (C-C) as the main chain, which is
Hydroxyl silicone oil (α, ω-dihydroxy polydimethylsiloxane) has become a key component of the modern sealant system due to the high reactivity of the terminal hydroxyl group and the high and low temperature resistance, weather resistance, hydrophobicity, electrical insulation and other characteristics of the silicone backbone. Its role runs through all aspects of formula design, process operation
Phenyl silicone oil is used as a key functional material in the electronics industry because of the introduction of phenyl in its molecular chain, which has excellent high temperature resistance (>250℃), low volatilization, high refractive index, UV resistance and electrical insulation properties.First of all, in the field of semiconductor packaging, phenyl silicone oil, as the substrate of pot
 Silicone rubber has become an irreplaceable basic material for modern medical treatment due to its excellent biocompatibility, chemical inertness, temperature resistance (-60℃~250℃) and repeatable high temperature, radiation, ethylene oxide sterilization and other characteristics.Its molecular backbone is composed of alternating silicon-oxygen bonds, which give the material softness, high re
The application of silicone in table tennis has gone from “behind the scenes” to “Mr. Key”, which is reflected in the three major links of venue, equipment and maintenance. First, site innovation.Silicone-modified polyurethane-silicon PU is currently the preferred surface layer for high-end indoor table tennis venues.It adopts a three-layer structure of "upper hard and lower elastic": the ela
The core difference between straight-chain vinyl silicone oil and side-chain vinyl silicone oil lies in the location distribution of vinyl groups. This difference directly affects their molecular structure, physical properties and application scenarios, as follows: 1. Molecular structure differences Straight-chain vinyl silicone oil: The vinyl group is only located at both ends (end groups)
Methyl MQ silicone resin is mainly used as a key component of mold release agent, reinforcing filler, and functional additive in composite materials. It significantly enhances the overall performance of composite materials by optimizing interface properties, improving mechanical strength, and imparting special functions. Its application value has covered many fields such as electronic packaging, h
Methyl MQ silicone resin, with its unique three-dimensional mesh structure and excellent physical and chemical properties, has shown significant application advantages in the field of polyurethane release.Its core mechanism of action lies in the construction of a release interface layer with both flexibility and strength through the dual effects of chemical bonding and physical film formation.
Application of silicone oil in perfume: A double breakthrough in technological innovation and sensory experience In the perfume industry, the application of silicone oil is moving from behind the scenes to the front of the stage, becoming a key ingredient to improve product performance and consumer experience.Its unique chemical structure and physical properties have opened up a new dimension for
The phenyl content in phenyl raw rubber has a significant impact on its application. Raw rubber with different phenyl content has its own performance and is suitable for different fields. The specific analysis is as follows: Low phenyl raw rubber (phenyl content 5%~15%) Low-phenyl raw rubber has excellent low temperature resistance as its core advantage.When the molar fraction of phenyl is 0
There are significant differences between the extrusion and molding processes of phenyl rubber compound in the molding principle, equipment structure, product characteristics and applicable scenarios. The specific analysis is as follows: 1. Molding principle and process flow Extrusion process Through the rotation of the screw of the extruder, the phenyl rubber compound is heated and plastic
There are significant differences between cosmetic silicone oils and industrial silicone oils in chemical nature, performance characteristics, application scenarios and safety requirements. The specific analysis is as follows: 1. Chemical nature and molecular structure Cosmetic silicone oil Mainly polydimethylsiloxane (PDMS) and its derivatives, it has a small molecular weight and a single
The application of silicone oil in oil drilling is extremely extensive and critical. Its unique physical and chemical properties provide multiple solutions for drilling operations, which significantly improves drilling efficiency and safety. In the drilling fluid system, silicone oil, as one of the core treatment agents, plays a central role in stabilizing the well wall and regulating rheolog
Silicone oil plays multiple key roles in petroleum extraction, and its unique physical and chemical properties make it an important auxiliary material to improve mining efficiency and ensure safe production.The following analysis is carried out from three aspects: core application scenarios, technical advantages and typical cases: 1. Core application scenarios Drilling fluid stabilizer In t
The difference between the application range of methyl MQ silicone resin liquid and powder is mainly reflected in the processing method, dispersion and adaptability in specific fields, as follows: 1. Application range of liquid methyl MQ silicone resin Silicone rubber reinforcement and antireflection: The liquid form can be directly mixed with the silicone rubber matrix without additional gr
There are significant differences between methyl MQ silicone resin liquid and powder in physical morphology, application scenarios, processing properties and storage requirements. The specific analysis is as follows: 1. Physical form and appearance Liquid: Usually colorless, transparent or light yellow transparent viscous fluid, with fluidity, similar to common liquids but with a certain vis
The application of PMA (propylene glycol methyl ether acetate) as a silicone resin solvent in the coating industry is promoting the technological upgrading of the industry with its unique molecular structure and environmental protection properties.The synergistic effects of ether bonds, carbonyl groups and ester groups in its molecules make it capable of both polar and non-polar dissolution. The d
Silicone oil plays multiple key roles in shampoo. Its core role revolves around improving hair quality, repairing damage, and enhancing the use experience. It can be analyzed from the following four dimensions.: 1. Fill the hair scales to create a smooth touch Hair is composed of multiple layers of hair scales. Daily combing, perm dyeing or ultraviolet radiation can cause the hair scales to
With its unique chemical structure and excellent properties, phenyl silicone resin has shown irreplaceable application value in the coating industry, especially in the fields of high temperature resistance, weather resistance, anticorrosion and functional coatings. Technical barriers have been formed.The following analysis is carried out from the three dimensions of core performance, application s
Polyether silicone oil (polyether modified silicone oil), with its unique molecular structure, has demonstrated excellent performance in the field of coating leveling and has become a key additive to improve coating quality.Its core mechanism of action and typical application scenarios are as follows: 1. Leveling performance optimization mechanism Surface tension regulation Polyether silico
As a key additive in the coating industry, silicone leveling agent significantly improves the leveling, gloss and defect resistance of the coating film by regulating the surface tension gradient of the coating. Its application has covered mainstream coating systems such as solvent-based, water-based, powder and UV curing. Core mechanism of action The silicone leveling agent is based on polys
The application of silicone oil in the agricultural field is profoundly changing the traditional farming model. Its core values are reflected in the four dimensions of improving pesticide utilization, improving soil structure, promoting crop growth and enhancing resilience. It has become a key technology carrier for modern agriculture to increase efficiency and reduce emissions. 1. The “penet
Personal care silicone oil, as the core ingredient in cosmetics and personal care products, with its unique chemical structure and physical properties, has become a key element to improve product performance and user experience.Its core ingredient is polysiloxane (silicone oil or silicone), which has the characteristics of physiological inertness, high chemical stability, odorless, non-toxic and n
In the huge family of chemical materials, silicone oil is like a low-key but powerful “invisible generalist”, playing an indispensable role in many fields. Silicone oil is a kind of poly organosiloxane with a chain structure of different polymerization degrees, which has unique physical and chemical properties.Its molecular structure gives it excellent lubricity, and it can form a uniform and
Vinyl MQ silicone resin is an environmentally friendly material, and its environmental protection characteristics are mainly reflected in the following aspects: Non-toxic and harmless: Vinyl MQ silicone resin has a stable chemical structure and does not contain toxic heavy metals or volatile organic compounds (VOCs). It will not release harmful substances during production, use and disposal,
Methyl MQ silicone resin emulsion has shown significant environmental protection and safety advantages in the mold release industry, which is specifically reflected in the following aspects: 1. Water-based system: replace organic solvents and reduce VOC emissions Low volatile organic compounds (VOC) Methyl MQ silicone resin emulsion uses water as the dispersion medium, avoiding the use of o
The application of methyl MQ silicone resin emulsion in the mold release industry is mainly due to its unique molecular structure and excellent performance characteristics. The following describes in detail its mechanism of action, application advantages, and typical application scenarios.: Mechanism of action Methyl MQ silicone resin emulsion is made of silicate and hexamethyldisiloxane or
The wide temperature domain tolerance advantage of methyl MQ silicone resin stems from its unique molecular structure and chemical bond characteristics, which can maintain stable performance in extreme temperature environments. This characteristic makes it irreplaceable in aerospace, electrical and electronic, automotive industry and other fields with demanding temperature adaptability. Applicatio
In addition to the mentioned solubility, process adaptability, performance stability and environmental controllability of toluene solvent methyl MQ silicone resin, it also has the following technical advantages: 1. Advantages of molecular structure: three-dimensional spherical three-dimensional mesh design The molecular structure of methyl MQ silicone resin is composed of a high-density cage
The technical advantages of toluene solvent methyl MQ silicone resin are mainly reflected in four aspects: solubility, process adaptability, performance stability and environmental protection controllability. The specific analysis is as follows: 1. Solubility advantages: efficient dissolution and molecular-level dispersion As a non-polar solvent, toluene's benzene ring structure forms a π-π
Toluene as a solvent plays a key role in the application of methyl MQ silicone resin. Its excellent solubility is highly compatible with the molecular structure of methyl MQ silicone resin, which has promoted the large-scale application of this material in many high-end fields.The following analysis is carried out from the core application scenarios and technical advantages: 1. Electronic pac
The composite system of methyl MQ silicone resin and silicone oil solvent has shown excellent application value in the mold release industry. Through the synergistic effect of molecular structure design and solvent, the semi-permanent mold release effect of high-adhesion resin is realized, while meeting the dual needs of environmental protection and performance. 1. The core advantages of mold
The performance characteristics of potassium methyl silicate in building waterproofing can be professionally analyzed from the following core dimensions: 1. Waterproof mechanism: the dual role of chemical crosslinking and osmotic crystallization Molecular penetration The silyl alcohol group (-Si-OH) in the potassium methyl silicate molecule can penetrate into the interior of concrete, stone
As a new type of silicone waterproof material, potassium methyl silicate has shown unique advantages in the field of building waterproof. Its mechanism of action and performance characteristics can be summarized as the following core dimensions: 1. Waterproof mechanism: the dual role of osmotic crystallization and chemical crosslinking The silyl alcohol group in the molecular structure of po
End-chain vinyl silicone oils (such as end-vinyl polydimethylsiloxane) have shown unique application advantages in many fields due to the high reactivity of vinyl at both ends of the molecular chain. Their application scenarios can be summarized as the following core directions: 1. Silicone rubber field: preparation of high elasticity and high strength materials High temperature vulcanized s
The application difference between end-chain vinyl silicone oil and straight-chain vinyl silicone oil is mainly reflected in the difference in reactivity and application scenarios caused by the molecular structure. The former is mostly used for high elasticity and high strength silicone rubber due to the high activity of vinyl at both ends; the latter is mostly used for liquid silicone rubber and
When the vinyl content in silicone rubber is too low, it will have a significant impact on its vulcanization properties, mechanical properties, processing properties and final application. The specific performance and countermeasures are as follows: 1. The impact of low vinyl content Decreased vulcanization performance Insufficient crosslinking: Vinyl is the active crosslinking point in the
When mixing silicone rubber with different vinyl content, the overall performance of vinyl molar fraction in the range of 0.10% to 0.25% is excellent, and key properties such as tear strength can be significantly improved through reasonable proportions.The specific analysis is as follows: Performance optimization mechanism Centralized crosslinking structure: When silicone rubber with high vi
Silicone rubber with different vinyl content can be mixed and used, and the overall performance can be significantly improved through a reasonable ratio.As the active crosslinking point in the molecular chain of silicone rubber, vinyl directly affects the crosslinking density and mechanical properties of vulcanized rubber.When silicone rubber with high vinyl content and low vinyl content is mixed,
Methyl vinyl silicone rubber has been widely used in many fields due to its excellent high and low temperature resistance, thermal stability, electrical properties and chemical stability. The specific uses are as follows: 1. Aviation industry Sealing and protection: As gaskets and sealing materials, they are used for sealing key parts such as aircraft fuel systems and hydraulic systems to pr
There are significant differences between methyl silicone rubber (dimethyl silicone rubber) and methyl vinyl silicone rubber (MVQ) in molecular structure, vulcanization properties, application areas and process characteristics. The specific analysis is as follows: 1. Molecular structure differences Methyl silicone rubber: The main chain is composed of a silicon-oxygen bond (Si-O), and the si
Reinforcing fillers not only significantly improve the mechanical strength in silicone rubber, but also improve the overall performance of the material through a variety of mechanisms. The specific effects are as follows: 1. Improve processing performance Rheological regulation: The nanoscale particles of reinforcing fillers (such as fumed silica) can form a three-dimensional network structu
After adding a reinforcing filler, the strength of silicone rubber can be increased by about 40 times, the specific performance is that the tensile strength of vulcanized rubber is increased from 0.35MPa of pure silicone rubber to 14Mpa.This reinforcing effect is significantly better than that of other rubber materials (usually the reinforcing rate is 1.4-10 times), reflecting the decisive role of
The process of converting silicone oil into silicone rubber is a complex process involving chemical synthesis and physical processing. Its core lies in the conversion of liquid silicone oil into a solid elastomer with a three-dimensional mesh structure through a specific chemical reaction.The following is a detailed analysis of this process: 1. Raw material selection and pretreatment Basic s
Polyether silicone oil (polyether modified silicone oil), as an important branch of silicone surfactants, with its unique molecular structure (combination of siloxane backbone and polyether branched chain), has shown multi-dimensional technical advantages in the field of fire extinguishing agents, especially in environmentally friendly foam fire extinguishing agents and ultrafine dry powder fire e
The volume expansion rate of fluorosilicate rubber compound in different materials is affected by multiple factors such as medium type, temperature conditions, formula design and process parameters. Its variation law can be analyzed through the following key scenarios: 1. The volume expansion rate in the fuel medium In the fuel environment, the volume expansion rate of fluorosilicate rubber
Analysis of the influence of different oxide vulcanizing agents on the vulcanization reaction of silicone rubber 1. Organic peroxide vulcanizing agent: the leading system of free radical crosslinking Organic peroxides are the most commonly used oxide vulcanizing agents for the vulcanization of silicone rubber. Their mechanism of action is based on free radical reaction: they decompose at high te
In the vulcanization process of silicone rubber, there are significant differences in the influence of different oxide vulcanizing agents on the vulcanization reaction and product properties, which are mainly reflected in the vulcanization activity, crosslinking efficiency, physical and mechanical properties of the product and process applicability.Starting from the typical types of oxide vulcaniz
The volatile content of silicone rubber has a significant impact in practical applications, and its content is directly related to product performance, safety and service life.Volatile components refer to the volatile substances released by silicone rubber under specific conditions, including unreacted monomers, oligomers and additive residues.The presence of these volatile components may cause a
The application of polyether silicone oil in the field of mold release is due to its unique molecular structure and excellent physical and chemical properties.As a modified silicone oil, the polyether silicone oil molecule contains both hydrophobic and hydrophilic groups, giving it the characteristics of a surfactant, which makes it show significant advantages in the release process. In mold
The application of silicone polyether silicone oil in the agricultural field mainly relies on its unique molecular structure and excellent performance characteristics, and has become a key additive to improve the effectiveness of agricultural chemicals such as pesticides and fertilizers.Its core component, polyether-modified polydimethylsiloxane, reduces the surface tension of water to below 21mN/
As a silicone nonionic surfactant, polyether silicone oil plays a key role in the PU release process.Its molecular structure is achieved by grafting and copolymer of polyether chain and dimethylsiloxane, and it has low surface tension, chemical stability and biocompatibility. These characteristics make it the core component of PU mold release agent. At the level of the release mechanism, poly
As an important raw material in the cosmetics industry, silicone emulsion, with its unique molecular structure and performance advantages, has shown wide application value in the fields of skin care, makeup and hair care.Its core ingredient is based on silicone oil, and a stable milky system is formed through emulsification technology. It combines the lubricity, film-forming properties of silicone
The difference between silicone coatings and traditional coatings in marine and industrial applications is mainly reflected in performance, environmental protection, durability and maintenance costs. The following is a specific comparative analysis.: 1. Differences in chemical structure and performance Silicone coating Molecular structure: Si—O—Si is the main chain, and the side chain is an
The application of silicone coatings in the shipbuilding industry is gradually becoming a key technology to promote green shipping and efficient operations. Its core advantages are derived from the unique Si—O—Si main chain structure of silicone resin, which gives the coating ultra-low surface tension, excellent weather resistance and environmental protection characteristics, and shows signif
The application of fluorosilicate oil in the cosmetics industry is mainly based on its unique molecular structure and excellent physical and chemical properties, especially in improving product texture, stability and functionality. It shows significant advantages.The following analysis is based on the core functions, formula adaptability and typical application scenarios. 1. Core functional a
As a high-performance material that combines the characteristics of organic silicon and organic fluorine, fluorosilicate oil has shown wide application value in the industrial field.Its unique molecular structure gives it excellent oil resistance, solvent resistance, chemical stability and low surface tension, making it an ideal choice in many industrial scenarios. In the field of lubrication
The content of silicone resin in the mica belt has a significant impact on performance, which is mainly reflected in the following aspects: 1. Bond strength The bonding effect of silicone resin on mica paper is to wrap the surface of mica paper by means of impregnation, thereby curing to form a highly crosslinked mesh structure.The content of silicone resin directly affects the strength of t
Silicone resin plays a vital role in the production of mica tape, and its core role is reflected in three aspects: enhancing insulation properties, improving heat-resistant stability, and optimizing process adaptability. In terms of insulation properties, mica tape is used as an electrical insulation material, and its core requirement is to maintain high dielectric strength and low leakage cu
Silicone resin plays a vital role in the production of pressure-sensitive adhesives, and its unique chemical properties give pressure-sensitive adhesives excellent properties.The following are the specific applications of silicone resins in the production of pressure sensitive adhesives: Thickening and strengthening effect: Silicone resin mainly plays a thickening and strengthening effect in
Silicone oil emulsion is widely used and critical in the mold release industry. Its unique chemical stability and lubricating properties make it an indispensable mold release agent in many industrial fields.The following is a detailed explanation of the application of silicone oil emulsion in the mold release industry: 1. Efficient release performance As a mold release agent, silicone oil em
The application of silicone oil emulsion has had a positive impact on the textile industry in many ways, significantly improving the functionality, processing efficiency and product added value of textiles, while promoting the technological upgrading and environmental protection development of the industry.The following is the specific impact analysis: 1. Improve the functionality of textiles
Silicone oil emulsion is widely and deeply used in the textile industry, and has become a key additive to improve fabric quality and processing efficiency.Its core functions cover multiple dimensions such as soft finishing, waterproof and antifouling, antistatic treatment and wear-resistant enhancement, and provide systematic solutions for the diverse needs of textiles. In the field of soft f
The molecular weight of fluorosilicate raw rubber plays a key role in its application, and there are significant differences in the performance and application scenarios of fluorosilicate raw rubber with different molecular weight ranges. Generally speaking, fluorosilicate raw rubber has a wide range of molecular weights, ranging from hundreds of thousands to millions.Fluorosilicate raw rubbe
The application of fluorine silicone rubber in the aerospace field benefits from its unique molecular structure and excellent overall performance. The material contains both fluorine atoms and silicon atoms. It combines the oil resistance and chemical resistance of fluorine rubber with the wide temperature domain adaptability and elasticity of silicone rubber. It can work stably for a long ti
Silica plays a vital role in the production of silicone rubber, and its unique properties significantly improve the overall performance of silicone rubber. Silica is an amorphous silica material with a high specific surface area, which can be divided into fumed silica and precipitated silica according to the production method.In the production of silicone rubber, silica is mainly used as a re
As a high-performance nanomaterial, fumed silica has shown significant advantages in the field of reinforcement. Its core functions are reflected in improving the mechanical properties of the material, optimizing the processing characteristics and enhancing the durability.The following analysis is carried out from the specific functional mechanism: 1. The microscopic mechanism of enhancing me
Silicone resins are widely used in green environmental protection and have good prospects, which are specifically reflected in the following aspects: Environmentally friendly paint: Water-based silicone resin coatings use water as the dispersion medium, replacing traditional organic solvents, reducing the volatilization and discharge of organic solvents, thereby reducing the harm to the envi
Silicone resins have important applications in terms of recyclability, mainly in the following aspects: Recycling significance: Silicone resin recycling is an important environmental protection activity aimed at achieving the goals of resource recycling and environmental protection through the collection, classification and treatment of silicone resin waste. These wastes may come from wa
As a multifunctional and high-performance material, silicone resin has broad prospects for development. Judging from the market size, the market demand for silicone resins continues to grow.The global silicone resin market size in 2019 was about US99 billion, and it is expected to reach US114.6 billion by 2027, with a compound annual growth rate of about 6.1%. In China, the silicone resi
As a high-performance damping material, phenyl elastic clay, with its unique physical and chemical properties, has shown irreplaceable application value in many key fields. Its core advantages include low temperature resistance, weather resistance, ozone resistance, radiation resistance, ablation resistance and self-extinguishing properties. These characteristics make it an ideal material for
As a high-performance damping material, phenyl elastic clay has shown excellent application value in the field of shock absorption, especially in scenarios that require extreme environmental adaptability and high reliability. It plays a key role. Its core component is polysiloxane as the main body, combined with fillers, compressive agents and other additives to form an unclinked blend system
As the core component of automotive crystal plating solution, silicone resin directly determines the protective performance and durability of the crystal plating layer.In the early days of traditional crystal plating technology, polysilazane was used as the main material, and a hard silicon oxide resin layer was formed by high temperature curing, but such materials had significant brittleness defe
Silicone resin high temperature resistant coatings have important applications in the industrial field, especially in scenarios where they need to withstand extreme high temperature environments. Its core advantage stems from the unique molecular structure of silicone resin-the main chain is composed of silicon-oxygen bonds, and the side chains are connected to organic groups. This inorganic-
Silicone resin is widely used in waterproof building coatings and has significant advantages. Its unique chemical structure and physical properties make it an important material in the field of modern building waterproofing.The following analysis is carried out from four aspects: application principle, performance characteristics, practical application scenarios and technological development trend
Dimethyl silicone oil is widely used in the field of personal care. With its unique physical and chemical properties, it has become a key ingredient in skin care products, hair care products and makeup formulas.The following analyzes its core application scenarios and mechanism of action from multiple dimensions: 1. Skin care: build a breathable protective barrier Dimethyl silicone oil mainl
Overview of industrial lubricants Industrial lubricants are an indispensable part of industrial production and are mainly used to reduce friction between mechanical components, reduce wear and extend the service life of equipment.Common industrial lubricants include mineral oils, synthetic oils, and bio-based lubricants.Each lubricant has its own specific application scenarios and advantages.
Silicone-free shampoos do exist, and they have become more and more common in the market in recent years, and have become an important branch of the shampoo category. The following will be explained from the aspects of its existence, composition characteristics, market status and consumer feedback.: 1. The existence of silicone-free shampoo Silicone-free shampoo refers to shampoo produc
Silicone oil has been used in hair care products for more than half a century, and its unique chemical structure and physical properties make it an indispensable and important ingredient in hair care products.Silicone oil, scientific name is polydimethylsiloxane, is a chemical substance based on silicon-oxygen bonds. It has good lubricity, antistatic properties and film-forming properties. These c
MQ methyl silicone resin plays a central role in sunscreen products, and its efficacy is mainly reflected in three aspects: improving protective performance, optimizing the use experience, and enhancing product stability.: 1. Increase the SPF value and reduce the amount of physical sunscreens MQ methyl silicone resin assists in improving the SPF value of sunscreen products through a physical
MQ methyl silicone resin has shown unique performance advantages in the field of cosmetics. Its molecular structure gives the product a variety of functional characteristics and has become an important ingredient in formula design.The following analysis is based on application scenarios, functional mechanisms and technical advantages: 1. Optimization of film-forming performance and skin feeli
As a high-performance material, silicone is playing an increasingly important role in the field of sustainable development and environmental protection. Its core values are reflected in the multi-dimensional collaborative innovation of material properties, production processes, application scenarios and circular economy models. From the point of view of material properties, silicone has a uni
MQ silicone resin has a variety of characteristics: Heat resistance and low temperature resistance: It can be used in a temperature environment from -60℃ to +300℃, and can even withstand high temperatures above 300℃ for a long time, and up to 600℃ in the short term (such as aerospace coatings). At the same time, it has low temperature resistance and can adapt to a large range of temperature d
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