Slider Background
Slider Background
Webinar - Decoding your Venting Needs-Which Materials Work Best?
The Science INSIDE Webinar Series
_______
Decoding your Venting Needs:
Which Materials Work Best?
Webinar - Decoding your Venting Needs-Which Materials Work Best?
The Science INSIDE Webinar Series
_______
Decoding your Venting Needs:
Which Materials Work Best?

Recorded on:
November 19, 2019
11:00 am (EST)

From common household electronics to critical medical devices, venting is an essential application that ensures both high-tech and low-tech devices used everyday function properly in their respective environments. Not all devices are alike and thus require different venting solutions.

Design manufacturers can specify their venting needs based on configuration, pore size, air flow rate, adhesion level and material – as well as standard venting solutions across various materials. Whether a device needs to relieve pressure, allow for cooling or protect contents from an external environment, the correct venting solution can help brands develop greater quality products with a maximized lifespan for electronics and other sealed or closed systems.

In this webinar, learn how to determine if you need a venting solution as well which venting materials enable your devices to perform at their best. 

Download the replay with Q&A

*This webinar is not available to Porex competitors.


Host Biography:

Avi Robbins, Vice President of Global Product Development & R&D at Porex

Avi Robbins is the Vice President of Global Product Development and R&D. He joined POREX in 2010. Mr. Robbins has an array of technical and commercial experience in a variety of material and manufacturing technologies as well as markets globally. He was previously with Facet Technologies, an Atlanta based Medical Device Design and Manufacturing company focusing in the diabetes space holding a variety of positions such as R&D Management, Operations Engineering Management, and Program Management. Mr. Robbins has his Bachelor’s and Master’s Degree in Mechanical Engineering from Georgia Institute of Technology as well as a Master’s Degree in Business (MBA) from Emory University.