Features and Description of the Dow Corning X3-6211 Encapsulant
• Provides cure to an extremely soft material
• Gels should be applied in thick layers
• Storage that is airtight and at room temperature
• Storage life 12 months
The Dow Corning X3-6211 is a special type of encapsulant that provides cure to an extremely soft material. It provides materials with a self-help capability, cushion, and resiliency. It enables the design to have reliable and cost-effective quality. The gel encapsulation protects the circuits by isolating them from harmful moisture and contaminants. Moreover, it provides insulation to high voltage circuits and protection to the interconnection of thermal and mechanical stress. Dow Corning X3-6211 has the capability to relieve stress and a high refractive index providing stability to the essential properties.
How to Correctly Apply Encapsulant: Dow Corning X3-6211
You should be aware that the product is sensitive to temperature ranges, it can influence its performance. The temperature may affect the configuration, stress sensitivity, cooling rates, and hold period of the encapsulant. Gels should be applied in thick layers to completely encapsulate the material. The UV cure gel does not require mixing and even offers a fast processing speed.
Shelf Life of Dow Corning X3-6211
As mentioned, the encapsulant is sensitive to temperatures. You have to store it in the right storage that is airtight and at room temperature. When it is exposed to a higher temperature, the material will have shorter usability. The shelf life of the product is only for 12 months, you can check the date of when it will expire. It is indicated on the “use by” label indicated on the product container.
Buy Dow Corning X3-6211 Encapsulant at a competitive price
You can order the product at any partnership stores. It is available in individual or bulk orders with a delivery option to selected countries. Moreover, the product is offered at the best price possible. There are a couple of positive reviews from previous users stating the effectiveness of the encapsulant.