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Arlon PCB
Printing circuit boards that are thermally stable and will continue to function at any high temperature should be made using the Arlon 85N PCB material.
In order to withstand processing techniques like reflow, lead-free soldering, IR, or HASL, the material is excellent for PCB fabrication due to its high transition temperature.
On these applications, printed circuit boards made of the Arlon 85N PCB material may be used, though they require more time to operate at extremely high temperatures.
◆Burn-in boards
◆Industrial sensors
◆Downhole drilling
◆Engine instrumentation of aircrafts
◆Automotive controls
Under harsh and extreme temperatures, these printed circuit boards are typically very dependable and serviceable. Additionally, they are simple to fix in difficult and unfavorable circumstances.
The Arlon 85N PCB Material: Why Should You Use It?
When it comes to thermal dependability for end-use electronics products, which operate in high temperatures, the Arlon 85N PCB Material offers the best value.
Additionally, the glass transition temperature for the Arlon 85N PCB material is 250 degrees Celsius.
These characteristics make the material suitable for use in longer-lasting multilayer printed circuit boards.
What is benefit for the Arlon 85N PCB Material
◆Great for use in applications that operates at an elevated temperature and needs a long life
◆Immigration is lower due to the different fiber reinforcement
◆You can process it easily
◆It is environmentally friendly
◆Manufactures high-quality through holes
◆You can repair them easily under harsh conditions
◆You can handle it safely due to RoHS compliance
◆Not too sensitive to drilling and routing variations
◆Supports a productive SMT attachment
◆Product shrinkage is low
◆Compatible with processing techniques that are lead-free
In addition to all of these, printed circuit boards for high-end military and commercial applications can be made using the Arlon 85N PCB material.
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