In the journey of material modification, IOTA - 611 single - ended hydrogen - containing silicone oil has become a powerful assistant for many researchers and engineers with its unique charm and strong functions.

Molecular Structure: The Key to Unlocking Modification Doors

The molecular structure of IOTA - 611 is like a magical key that unlocks the door to material modification. It is a macromonomer with an inert trimethylsiloxy group at one end and a reactive dimethylsiloxy group at the other end. This structure allows it to have good compatibility with double - ended hydrogen - containing silicone oils, end - side hydrogen - containing silicone oils, and side - group hydrogen - containing silicone oils. Through hydrosilylation reactions, it can chemically modify addition - type silicone rubber, silicone gel, and compounds containing C = C double bonds and C≡C triple bonds, opening up infinite possibilities for improving material properties.

Performance Adjustment: Precisely Controlling Material Characteristics

IOTA - 611 demonstrates excellent ability in adjusting material performance. It can precisely regulate the hardness, modulus, and elongation at break of silicone rubber, gel, and other materials. For silicone rubber, different application scenarios require different hardness levels. For example, in the sealants of electronic products that need a soft touch, IOTA - 611 can reduce the hardness of silicone rubber to make it fit the equipment better. In mechanical parts that need to withstand high pressure, it can increase the hardness and modulus of silicone rubber to enhance the part's strength. For silicone gel, it can also adjust its properties to better meet the needs of medical, beauty, and other fields.

Physical Properties: A Stable and Reliable Basic Guarantee

The physical properties of IOTA - 611 are very stable, providing a reliable basic guarantee for its application. Its colorless to light - yellow transparent liquid appearance is not only aesthetically pleasing but also reflects its pure quality. With a relative molecular weight between 850 and 3000 and a polydispersity index less than 1.50, it ensures a relatively uniform molecular weight distribution. The viscosity of 5 - 40 mPa·s at 25°C gives it good fluidity during processing. The free chloride ion content of less than 20 ppm further guarantees the product's quality.

Customization Advantages: Meeting Personalized R & D Needs

In the research and development process, different projects have different requirements for materials. The advantage of customizable relative molecular weight and viscosity of IOTA - 611 provides strong support for personalized R & D. Researchers can customize the most suitable IOTA - 611 product according to their experimental needs, thereby improving R & D efficiency and success rate. This customization service has made IOTA - 611 widely used in the research field.

Storage and Packaging: Carefully Protecting Product Quality

To ensure the quality of IOTA - 611, strict measures have been taken in storage and packaging. It is packaged in inner - coated iron drums or ton drums and sealed with nitrogen to effectively prevent contact with the external environment. Storing it in a cool and dry place, away from strong oxidizing agents, acids, and bases, and keeping it away from heat sources ensure its stability during storage. The 6 - month storage period and the post - expiration re - inspection system make customers feel more at ease when using it.