06 Jan Benefits of Parylene – Making Electronic Products
Parylene is a name that is used for a chemical family that can be instrumental in conformal coating. This method of coating has become more and more popular over the years. Its dynamic effects in coating, along with the cost associated with parylene continue to make it a trend in various industries. This composition is often used in the making of many electronic products.
There are multiple parylene choices when it comes to making electronic products. According to PCI or the Paint and Coatings Industry, parylene coatings offer a friction coefficient of 0.25 to 0.30. This occurs during the polymerization process which happens through vacuum decomposition. The finished result is a coating that exhibits a sleek, uniform and stress-free appearance with excellent mechanical properties.
Parylene Offers Diversity
Diversity is extremely important when it comes to the manufacture of electronic products. The parylenes category offers a choice of these polymers:
• Parylene N
• Parylene C
• Parylene D
This selection of polymers makes it easy to meet a variety of production needs in electronics. These products can range from cell phone components to probes for semiconductors.
Parylene Utilized in Industry
The electronics field is as diverse and versatile as few others. There are products made that are solely for individual use. There are also electronics that are produced to provide services and benefits to the masses. These may fit more aptly in the category of advanced electronics. The industries that utilize parylene effectively include: Nanotech, Sensors, Printed Circuit Boards and many more.
Parylene Features Benefit
The specific features of parylene are what make it unique. It allows for the manufacture of electronics used in many areas. One of the most important features here is its electrical properties. This property is insensitive when it comes to increase frequencies which make it diverse. Other important features of parylene are thermal stability and mechanical strength.
There are medical industries that have been impacted by the electronic benefits of parylene. Optical equipment, radiology components and nuclear machinery are examples of this usage. All of these areas require the manufacture of electronic products that are efficient and composed of the best materials, which parylene seems to be.