We have a professional sales team that focuses on quality and service and has achieved excellent results over the years.
It has been producing silicone for more than 20 years and has been specializing in the development and production of silicone chemicals.
We have scientific testing methods and advanced testing equipment, and rely on a strict quality assurance system to provide customers with the quality assurance of the products they need.
You can track the progress of your order online using our tracking system. You will have access to tracking information, so you know exactly where your package is and when it will be delivered to your doorstep.
Silicone oil is commonly understood as linear polysiloxanes that remain liquid at room temperature. Usually, it is divided into two categories methyl silicone oil and modified silicone oil. The most widely used silicone oil is methyl silicone oil, also known as standard silicone oil. The organic groups of it are all methyl, Methyl silicone oil has good chemical stability, insulation, and good hydrophobic performance.It is obtained by hydrolysis of dimethyl dichlorosilane with water and subsequent initial polycondensation ring, ring cracking, distillation to obtain the low ring, then connecting the ring, head agent, and catalyst polymerization can be obtained a variety of different degrees of polymerization mixture, by vacuum distillation remove the low boiling substance.
The broad spectrum of viscosities offered by silicone fluids enhances their versatility, making them suitable for a diverse range of applications.
Silicone fluids boast an extended lifespan owing to their low volatility and resistance to degradation, ensuring consistent and reliable performance over time.
The capacity to endure extreme temperatures positions silicone fluid as a dependable choice for applications in both hot and cold environments.
Silicone fluid's chemical inertness guarantees compatibility with a variety of materials, establishing it as a stable and trustworthy substance across different industries.
In medical and pharmaceutical applications, the biocompatibility of silicone fluid ensures its safety for use in contact with the human body.
Different Silicone oils exhibit different viscosities, but all of these viscosities remain constant over a range of different temperatures. The viscosities of different silicone oils range from 0.7 to 2,000,000 cs.
Silicone oils are very stable and virtually show no change until the temperature of 250°C. This particular stability is due to the chemical bonding between silicon and oxygen in the linear chain.
Silicone oil molecules can easily slide over each other which gives them the liberty to move smoothly and thus have a lower surface tension which is accompanied by high compressibility.
Silicone oils are known to have higher dielectric strength which allows them to be used in several industries. Silicone oil can also bear heavy pressure and they are also resistant to hydrolysis and oxidation.
The exceptional lubricating qualities of silicone fluid, characterized by its low surface tension and thermal stability, render it highly effective in diverse industrial environments. This lubricant excels in reducing friction, mitigating wear and tear, and prolonging the operational lifespan of machinery.
The exceptional thermal stability of silicone fluid qualifies it as an effective heat transfer medium. It is employed in applications where precise temperature control is crucial, such as in cooling systems for electronics.
Silicone fluid finds extensive use in the electronics and electrical sector, thanks to its dielectric properties. It functions as both a coolant and insulator in transformers and various other electrical devices.
In the fabrics industry, silicone oil stands out as a preferred silicone softener for textiles. It bestows a soft and velvety texture to textiles while preserving their breathability. This application is particularly prevalent in the creation of cozy and comfortable clothing.
Silicone fluid's bio-compatibility and inert characteristics make it a fitting choice for diverse medical and pharmaceutical applications. It is important to the manufacture of medical equipment and is used in the preparation of pharmaceuticals.
The exceptional lubricating qualities of silicone fluid, characterized by its low surface tension and thermal stability, render it highly effective in diverse industrial environments. This lubricant excels in reducing friction, mitigating wear and tear, and prolonging the operational lifespan of machinery.
The exceptional thermal stability of silicone fluid qualifies it as an effective heat transfer medium. It is employed in applications where precise temperature control is crucial, such as in cooling systems for electronics.
Silicone fluid finds extensive use in the electronics and electrical sector, thanks to its dielectric properties. It functions as both a coolant and insulator in transformers and various other electrical devices.
In the fabrics industry, silicone oil stands out as a preferred silicone softener for textiles. It bestows a soft and velvety texture to textiles while preserving their breathability. This application is particularly prevalent in the creation of cozy and comfortable clothing.
Silicone fluid's bio-compatibility and inert characteristics make it a fitting choice for diverse medical and pharmaceutical applications. It is important to the manufacture of medical equipment and is used in the preparation of pharmaceuticals.
Phenyl trimethicone is a colorless and transparent liquid with low viscosity, slightly volatile, high refractive index, and easy to compound with alcohol and organic ingredients. It has good anti-sticky properties and has the effect of increasing the solubility of silicone oil and other greases. Phenyl silicone oil can be used to brighten the gloss of the paste. Such raw materials include Dow Corning's DC556, Shin-Etsu's KF-56, Silok's SiCare-2556, and IOTA's IOTA D556.
This type of silicone oil is generally soluble in water, ethanol, and emulsifying systems, so it is suitable to be added to skin care water as an emollient, and as a softener in leave-in hair care products, such as Dow's DC193 and IOTA's IOTA 9919.
Silicone emulsions are generally added to shampoos as softeners. Suspending agents are generally added to prevent the precipitation of silicone oil and have good dry combing properties. For example, Dow's 1785 and 7137, it is generally recommended to mix high and low molecular weight emulsified silicone oils to achieve good results.
It provides good softness and repair damaged hair in hair care products. It is generally used in hair conditioners, hair masks, and ointments. For example, Dow's 949 is a cationic emulsion type amino silicone oil, which is easy to add and use. Pay attention to the discoloration of some amino silicone oils.
It is one of the very few materials which maintains a liquid consistency at such high molecular weight making it useful.
High molecular weight and the linear structure helps silicone oil maintain a constant or minor change in viscosity over a wide range of temperatures. This is one of the most important properties which makes it the best for various uses.
Silicone oil is semi-inorganic which makes it somewhat resistant to thermal degradation and oxidative degradation. While organic fluids are particularly prone to both kinds of degradations.
Silicone oil is also used in the medical and healthcare industry so this property of inability to absorb UV and X-rays comes in handy while being used in medical settings.
This property is of particular importance for its use in various industries.
The theory regarding the high heat is that many silicone oil residues have a softening point somewhere just below 77C and if you clean with a strong emulsifying solution at temperatures above the softening point, you can emulsify the difficult to clean silicone oils. Again, it is important to rinse with very hot water so that you do not break the emulsions that form and redeposit the silicone oil. If a cold or ambient temperature rinse is used, you can break the emulsion and redeposit the silicone oil. This may often been misunderstood as a failure of cleaning (“the detergent didn't work”), but in reality, the re-deposition is a failure to properly rinse. After the first rinse, the concentration of emulsion micelles will be below the critical micelle concentration. Thus, after a hot first rinse you do not necessarily need to use hot water to rinse with for the 2nd or 3rd rinses.
Foshan Yidesai New Material Co.,Ltd works on research, development, production and technical services of organic silicone chemicals, Our factories are located in Foshan, Guangdong, have been specializing in the development and production of organic silicone for over 20 years. Our products series: Organic silicone chemicals (including organic silicone oils, silicone emulsions, mold release agents, Silicone rubber ect.); We have experienced scientists and engineers, with scientific test methods and advanced testing equipment, relying on strict quality assurance system, providing quality assurance of the required products for our customers. We have professional sales team, focus on quality and service, and we have achieved excellent performance over the years.
