Tensan TS9922: With Superior Performance, Expanding the Application Boundaries of Multiple Fields

The choice of Tensan‘s Silicone Elastomer TS9922 is mainly based on the following remarkable advantages:

After curing, TS9922 exhibits outstanding flexibility, enabling it to withstand significant bending, stretching, and vibration without breaking. In some LED application scenarios that require frequent movement or vibration, such as vehicle - mounted LED lighting, this flexibility can effectively prevent material damage caused by mechanical stress and ensure the long - term stable operation of LED products.

It has a moderate hardness and, at the same time, high tensile strength and tear strength. For example, in LED packaging applications that require a certain degree of wear resistance and compression resistance, TS9922 can effectively resist external friction and extrusion while maintaining flexibility, ensuring the integrity of the packaging structure.

It can operate stably within a wide temperature range from - 45°C to 200°C. This characteristic allows it to adapt to various extreme temperature environments. Whether in the cold polar regions or high - temperature industrial workshops, LED products using TS9922 can operate normally without performance degradation or failure due to temperature changes.

It has good heat - conducting properties and can quickly dissipate the heat generated by LED chips, effectively reducing the chip temperature. This is crucial for extending the service life of LED chips because excessive temperature can accelerate chip aging and reduce luminous efficiency and stability.

It has an extremely high insulation resistance, which can effectively isolate the current and prevent the occurrence of electric leakage and short - circuits. This feature ensures the electrical safety of LED products during use, especially in some application scenarios with strict requirements for electrical insulation, such as outdoor high - voltage LED lighting systems, where it can avoid safety accidents caused by electrical failures.

It has a relatively low dielectric constant, which can reduce signal loss in high - frequency environments and ensure the accuracy and stability of signal transmission. This makes TS9922 suitable for some LED applications with high requirements for signal transmission quality, such as LED displays.

It has good tolerance to most chemical substances, including common acid, alkali, salt solutions, and organic solvents. In some industrial or outdoor environments where it may come into contact with chemical substances, TS9922 can protect LED devices from chemical corrosion and extend the product‘s service life.

It has excellent anti - aging performance. Even under harsh environmental conditions such as long - term ultraviolet radiation, high temperature, and high humidity, its physical and chemical properties can remain stable. This makes it perform outstandingly in outdoor LED lighting, solar LED, and other application scenarios that are exposed to the natural environment for a long time.

As a two - component material, the two components of TS9922 are easy to mix evenly, and the mixing ratio is usually relatively flexible and can be fine - tuned according to specific application requirements. This enables operators to easily control the material properties during the production process, improving production efficiency and product quality.

It can cure rapidly at room temperature or under appropriate heating conditions, greatly shortening the production cycle. For enterprises engaged in large - scale production, this means increased production capacity, reduced production costs, and enhanced competitiveness in the market.

It is not only suitable for traditional LED lighting packaging but also widely used in multiple fields such as electronic sensors, communication equipment, and automotive electronics. For example, in electronic sensors, TS9922 can be used to seal and protect sensitive components, ensuring the reliable operation of sensors in complex environments. In communication equipment, it can be used for the coating protection of circuit boards, improving the stability and anti - interference ability of the equipment.