Tensan TS9911: Leading the LED and Multiple - Field Electronics Industry to New Heights

The main advantages of choosing Tensan‘s LED Silicone TS9911 or Silicone Elastomer TS9911 are as follows:

The product has passed certifications such as REACH and ROHS, meeting international environmental protection standards. It will not cause harm to the environment and human body during use. Whether in the domestic or international market, it can meet relevant regulatory requirements, allowing for worry - free use.

It has outstanding adhesive capabilities and can achieve good bonding effects with various materials such as metals, glass, and ceramics. This ensures a stable and reliable connection between LED devices and other components. It is not prone to falling off or loosening under different environmental conditions, providing strong support for the stability of LED products.

It is non - corrosive to the materials it contacts and will not corrode key components such as LED chips and circuit boards, effectively extending the service life of these components. Meanwhile, it has high insulation performance, with a volume resistivity of ≥ 1×10¹⁵Ω·cm³ and a breakdown voltage of ≥ 14kV/mm. It can well prevent problems such as current leakage and short - circuits, ensuring the electrical safety of LED products, especially suitable for application scenarios with high insulation requirements.

It is a two - component silicone material that can cure at room temperature, with a mixing ratio of 10:1. The operation is relatively simple and convenient. The curing speed is moderate, with a surface - drying time of 40 - 60 minutes. It can be reasonably arranged according to actual production needs, which can not only ensure a certain production efficiency but also provide sufficient operation time to complete processes such as encapsulation.

It can operate stably within a temperature range of - 45℃ to 200℃, and can adapt to various extreme temperature environments. Whether in the cold polar regions or high - temperature industrial environments, it can ensure the normal operation of LED products. It will not experience performance degradation or failure due to temperature changes, greatly expanding the application scope of LED products.

It is mainly used for LED lighting potting, and is also suitable for bonding, sealing, and coating protection of electronic components in multiple fields such as power supplies, connectors, sensors, industrial control, and transformers. It has strong versatility and can meet the needs of different industries and application scenarios.