As a multifunctional additive, silicone oil plays an irreplaceable role in the preparation of polishes and surface treatment agents. Application of silicone oil in polishes, Flowability: Silicone oil gives the polishes good fluidity, which is easy to apply evenly. Hydrophobic film: Silicone oil can form a hydrophobic film on the surface, enhancing gloss and weather resistance. Application field: Polishes prepared with silicone oil are not only used in automobiles, but also widely used in the surface treatment of leather products, furniture, plastics, rubber and other materials.

Thermal interface materials (TIM) are widely used in the industrial, automotive and consumer electronics industries to dissipate heat from electronic components.Among thermally conductive materials, the vast majority of TIM materials are silicone resin systems, because silicone polymers have excellent chemical stability and physical properties do not change significantly with temperature, such as viscosity, modulus, etc., which makes them particularly suitable for applications In scenarios where significant temperature changes occur due to high power or power fluctuations during operation.However, with the diversification of application scenarios, a common risk of silicone TIM materials has become increasingly prominent, that is, the migration problem of silicone oil, that is, volatilization and oil leakage, which will cause certain harm to electronic components.

Liquid silicone, also known as liquid silicone, is a liquid rubber relative to solid high-temperature vulcanized silicone rubber. It has the characteristics of good fluidity, fast vulcanization, safer and more environmentally friendly, and can fully meet food grade requirements. Liquid silicone has excellent tear resistance, resilience, anti-yellowing, thermal stability, heat resistance and anti-aging. It is mainly used in infant products, medical products, adult products and electronic products.

Textile finishing is a key step to improve the appearance, intrinsic quality and application performance of textiles. It usually occurs in the later stage of dyeing and finishing, so it is also called post-finishing. Among them, silicone finishing agents occupy an important position in textile finishing due to their unique properties. Silicone finishing agents, with silicone oil as the main component, combine with textile fibers through physical or chemical effects to give textiles multiple properties such as softness, water repellency, anti-fouling, anti-shrinkage and anti-wrinkle. It is an important means to achieve high added value and functionalization of textiles.

During the design and manufacturing process of BMS (Battery Management System), some silicone thermal conductive materials are indeed used to optimize its thermal management performance. The selection of these thermal conductive materials is intended to improve the heat dissipation efficiency of the battery system and ensure that the battery remains within the appropriate temperature range during operation, thereby extending the battery life and improving the overall performance. Battery management system (BMS) is essential for modern electronic devices. It is like an intelligent brain that accurately regulates the energy flow of the battery. However, behind this, what silicone thermal conductive materials does BMS rely on to ensure the safety and stable performance of the battery? This is a fascinating question, because different manufacturers, product models and application scenarios may choose different materials. In this issue, I am fortunate to learn some technical introductions and views sorted out by relevant industry experts online. The editor will take you to learn and review the mysterious veil of silicone thermal conductive materials and reveal the 7 major silicone thermal conductive materials commonly used in BMS systems. These materials, like the guardians of BMS, silently guard the safety and performance of the battery, making our lives more convenient and efficient.

Silicone has the unique properties of being compatible with the skin, having good compatibility with the substrate, being hydrophobic and breathable, being resistant to chemical corrosion, and being moist but not greasy. Therefore, it is widely used in almost all cosmetics such as skin care products, hair care products, baby products, beauty cosmetics, and antiperspirants, deodorants, and sunscreen products for the body, becoming a multifunctional component in cosmetics. While retaining its original properties, cosmetics containing silicone can greatly enhance its lubrication, breathability, softness, antistatic, film-forming, smoothness, mildew resistance, antifouling, and radiation resistance, so that the cosmetics can remain on the surface of the skin or where they are applied for a longer time. In addition, it can also be used in the manufacture of cosmetics to eliminate mixed air and unnecessary bubbles, making the cosmetics themselves smooth and soft.

Silicone resin (also known as polysiloxane) is a general term for a class of polymers whose skeletons are composed of alternating silicon atoms and oxygen atoms, and different organic groups are linked to silicon atoms. The structure of silicone resin contains both "organic groups" and "inorganic structures". This special composition and molecular structure makes it a combination of organic properties and inorganic functions. The application of water-based silicone resin in food packaging, with the continuous advancement of science and technology and the increasing awareness of environmental protection, water-based silicone resin, as a new type of environmentally friendly material, is gradually showing its unique application value in many fields.

As an important component material in electronic products, silicone plays an irreplaceable role in industrial production and daily life. However, due to its inertness and surface density, silicone is difficult to bond with glue, and some acidic glues that can be bonded are severely corrosive. Therefore, how to bond silicone softly and reliably has become a challenging technical task. In recent years, with the continuous advancement of science and technology, improved flexible silicone structural adhesives have gradually emerged as a new material technology. Compared with traditional silicone, flexible silicone structural adhesives have better flexibility and adhesion, and can better adapt to the surfaces of different materials, thereby achieving more flexible bonding and application. The emergence of this new technology has brought new ideas and possibilities to solve the limitations of traditional silicone in flexible bonding.

There are three important parameters for amino silicone oil: ammonia value, viscosity, and reactivity. They are usually used to characterize the molecular structure of amino silicone oil. These three characteristic parameters basically reflect the quality of amino silicone oil and affect the finishing effect of the fabric. The performance of the finished fabric depends on: the size of the ammonia value, whether the amino group is evenly distributed, and the molecular weight of the amino silicone oil.

Silicone potting adhesive can meet the user's requirements for adhesive curing time. As long as the curing environment temperature is appropriately changed, the estimated curing time can be achieved. Because there are many types of silicone potting adhesives, different types have certain requirements for curing methods and temperatures, so you need to carefully read the instructions before use.