Developments in automotive technology have resulted in an increased use of computer and electronic systems in new vehicles. Because many of these components are critical to the car's proper operation, they must be protected from harmful vehicle fuels, like battery acid, oil and antifreeze.
Automotive conformal coatings are the best protection solution for these sensitive electronics. Coating protects the circuitry from damage without interfering with the circuit's operation. Diamond-MT offers several coating solutions applicable to the automotive industry.
Silicone and parylene are the best options on the market for automotive coating. The silicone is applied by dipping, brushing or spraying, and parylene uses chemical vapor-based deposition (CVD).
The advantages of silicone for automotive electronics include:
The benefits of automotive parylene coatings include:
Automotive parylene coatings can be used for these vehicle electronics:
Diamond-MT offers more than automotive conformal coatings. Our services include:
Diamond-MT is established in the industry as the professional choice for conformal coating application. Our dedication to providing quality work and customer service is why we have been in business since 2001. Our parylene coating for automotive circuit boards is applied in our facilities that are certified by International Organization for Standardization (ISO) 9001:2015 and Aerospace Standard (AS) 9100D. Our team adheres to a rapid turnaround time of two to five business days, more than two times faster than the industry standard of 10 or more days.
Parylene coating for automotive electronics increases their durability, making them more dependable on the road for critical operations. Diamond-MT has silicone and parylene coating varieties and professional application and rework services to provide the ultimate protection for these components.
Complete our online contact form for more information about our conformal coatings or request a quote today.
There are many different industries that conformal coating plays a critical role in.