Parylene in the Medical Field

Posted by Jake Hinojoza on Sep 12, 2016 3:02:22 PM
Jake Hinojoza

Parylene is known for its extremely useful characteristics and its long, distinguished list of uses--but did you know that parylene is also capable of saving lives? Due to its reliability and safety, parylene is widely used in the medical field, and this is one application that's worth a closer look.

Parylene in Medical Science

In every field that makes use of it, parylene does a variety of jobs--and the medical field is no different. This versatile coating is safe and reliable enough to coat implantable devices, like pacemakers, all while maintaining the flexibility and high levels of protection necessary to defend medical-grade rubber and pharmaceutical containers. No matter where it is being used, parylene can be relied upon to protect from chemicals, gases, moisture, contaminants, and conditions as extreme as those inside the human body itself. From medical electronics to medical forming devices, parylene is saving lives every day.

Why Parylene in Medical Industries

Why is parylene so widely used in the medical field? Let our parylene experts explain!

  • Biostability. One of the biggest reasons that parylene is so crucial in medical science is the high levels of biostability and biocompatibility that this unique coating can provide. This means that many types of parylene have passed rigorous tests that ensure they are safe and reliable for use inside the body.
  • Protection. Parylene is known in every field for its ability to protect against just about anything, from harsh chemicals to environmental conditions--and this is especially valuable in the medical field. Anything coated with parylene is guaranteed a strong, pinhole-free "shield" that stands up to the harshest conditions.
  • Versatility. The simple truth about parylene is that its value comes from its versatility. It is applied in thin layers, unlike other coatings; it can coat any surface, even those with complex crevices or edges; it is strong and has an incredibly long lifetime; and, most importantly, it is capable of saving lives.

The medical field is a complex and ever-growing landscape that relies on many branches of science to function. Without technology and scientific advancements, like the perfecting of parylene, the medical field would not be able to save nearly as many lives as it can today.

Medical Equipment and Parylene

It makes sense that medical equipment needs to meet sophisticated standards in order to be considered safe, useful, and efficient. Often, these delicate instruments require a unique coating that can stand up to extremely varied environments (including the inside of the human body), is reliably bio-stable, and can seamlessly coat any surface of any shape or size. Enter parylene, which is one of the few coatings capable of meeting FDA standards and providing a strong, efficient protection that can be applied to any instrument where it is necessary. Parylene is used on a little bit of everything, from needles to circuits to epidural probes.

Benefits of Parylene

Why use parylene in the medical field? Let our parylene experts explain!

  • Safe. Above all, parylene is the safe choice for use on medical equipment. It is biostable, biocompatible, non-toxic, and approved by the FDA for rigorous medical use.
  • Clean and clear. Another benefit of parylene in the medical field is its easy-to-clean characteristics. Because parylene isn't reactive to thinners and protects against chemicals and moisture, it is easy to sterilize. It also goes on clear, which not only improves ease of cleaning--it also ensures that the coating doesn't interfere with the performance of the equipment.
  • Reliable. Parylene is known in all applications for its reliability, but this is especially true in the medical field. This unique coating can conform to even the most unusual shapes and surfaces, and it provides a pinhole-free covering that protects against moisture, gasses, chemicals, environmental conditions, and more--all while providing protection that allows for high performance without movement restriction or stiffness.

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Topics: Parylene