The technological code behind smoothness - polydimethylsiloxane (PDMS)

Characteristics Analysis As the most widely used silicone in the cosmetics industry, PDMS has unique "liquid silk" properties. Its molecular weight is adjustable between 6,000-100,000 Daltons. Low mo......

The Art of Balance: Technological Breakthrough in Multifunctional Additive Formulation

Integrating the three functions of wetting, defoaming and leveling in a single formula faces seemingly contradictory technical challenges. Wetting requires reducing surface tension, while leveling req......

Synergy: the tacit cooperation of the three musketeers of silicone additives

In the field of fine chemicals, the three types of silicone additives, wetting agents, defoamers and leveling agents, seem to have their own functions, but in fact they can form a subtle synergistic e......

Phenyl Silicone Oils in Electronics: Enabling Miniaturization and Reliability

Powering the Digital Age with Specialty Fluids In the microchips powering your smartphone or the electric vehicle battery management system, phenyl silicone oils play a critical—yet often overlo......

Phenyl Silicone Oils in Cosmetics: The Invisible Heroes of Beauty Products

Silky Smoothness with a Scientific Twist Next time you apply a luxury foundation or anti-aging serum, check the ingredients: phenyl trimethicone or phenylpropyldimethylsiloxysilicate might be li......

The Chemistry and Unique Properties of Phenyl Silicone Oils

Unlocking the Molecular Secrets Phenyl silicone oils, a specialized class of silicones, are organosilicon compounds characterized by phenyl groups (-C₆H₅) attached to a siloxane backbone (altern......

Foams may seem soft and harmless, but they can cause chain problems in industrial production. Why can silicone defoamers become masters of breaking bubbles? The scientific principle behind it is a "su......

In modern industrial production, foam is often a headache. Whether it is food fermentation, textile printing and dyeing, or oil extraction, too much foam not only reduces efficiency, but may also caus......

Silicone wetting agent and leveling agent: What is the difference between the

In industrial fields such as coatings, inks, and electronic packaging, the uniformity and surface quality of the coating directly affect the performance and appearance of the final product. As two key......

What is a silicone leveling agent（2）?

3. Application scenarios: "Smooth Revolution" from industry to consumer products 1. Industrial coatings and automotive coatings Automobiles, home appliances, and metal anti-corrosion coatings hav......

What is a silicone leveling agent（1）?

In the coating, ink, adhesive and other industries, the flatness and glossiness of the coating are key factors that determine the appearance and performance of the product. However, during the curi......

Silicone wetting agents: the invisible masters of surfactant

1. What is a silicone wetting agent? Silicone wetting agents are a class of chemical additives with polysiloxane as the main component. Its molecular structure is composed of a skeleton composed ......

What are the specific advantages of high-viscosity dimethyl silicone oil under high-temperature and high-load working conditions?

Under high - temperature and high - load working conditions, high - viscosity dimethyl silicone oil (above 500cst) has many remarkable advantages, making it an ideal choice for such working conditi......

Selection of dimethyl silicone oil viscosity in lubricating oil and grease

In modern industrial production and mechanical equipment operation, lubricating oil and grease play an indispensable role. They can reduce friction, reduce wear and extend the service life of equipm......

Dimethyl silicone oil, also known as polydimethylsiloxane, is widely used in multiple fields due to its different viscosities.

The following are the specific applications of dimethyl silicone oil with different viscosities: https://www.siliconereleases.com/product-dimethicone-201-.html Low-viscosity Dimethyl Silicon......