Only AirPouch air pillows feature innovative EZ-Tear perforations, which allow for quick and easy separation of the pillows for fast and efficient packing. In a recent study, this EZ-Tear feature - exclusive to AirPouch - required an average of 83% less effort to pull and separate the pillows than other competitive brands. Packers using AirPouch air pillows prefer the ergonomic handling they get from the AirPouch pillows. These specially designed perforations also allow more air into each pillow, providing a better yield and lower cost per cubic foot.
To provide you with the best pricing, we require a minimum order of one pallet of material.
Please contact Pro Pac or call 888-318-0083 for your air pillows and bubble material.
DuraClear 2000 is a specially formulated, linear low density polyethylene with superior durability, puncture-resistance, clarity, and strength. Only AirPouch air pillows have unique EZ-Tear perforations, which allow quick and easy separation of the pillows for fast and efficient packing.
Biodegradable DuraClear 2000 is a linear low density polyethylene that contains a proprietary additive that causes biodegradation of the poly in nine months to five years, depending on exposure conditions - with material performance properties and shelf life that remain intact.
XD Blend is engineered using the latest polymer technologies to provide an air pillow with superior physical properties that also promotes sustainability. XD Blend Bio is part of the EarthAware family of films, and contains a proprietary additive that causes biodegradation of the poly in nine months to five years.
Part of the EarthAware family of films, these Recycled AirPouch pillows contain an industry leading 95% pre-consumer recycled content, but don't sacrifice durability. Available in thickness ranging from 1.54 mil to 2.0 mil.
These anti-static pillows are designed to dissipate static buildup. Perfect for protecting sensitive components, and also featuring the AirPouch exclusive EZ-Tear Perforations for greatly improved speed and efficiency during packing.