Consulting and Package Testing Services

QuantiPerm provides consulting and laboratory test services for the food, beverage, and consumer products industries. These include carbon dioxide permeation, oxygen permeation, humidity control, as well as organics (flavors, off-flavors and contaminants). QuantiPerm has answers to all your barrier testing needs.

We routinely test plastic bottles, preforms and other packaging materials for the food and beverage and chemicals/materials industries. Send us your samples for a complete analysis.

  • Rapid- test results in hours
  • Suitable for package production line quality control
  • Detailed shelf life modeling
  • Test whole bottles, preforms, caps, films, resin and other packaging material

Laboratory Services and Package Integrity Testing

  • Permeation/Barrier Testing (O2, CO2, and water vapor)
  • Sorption Testing (O2, CO2, and water vapor)
  • Shelf life determination of any package
  • Package Oxygen testing
  • Modified atmosphere packaging sampling and analyses
  • Total and Dissolved O2, CO2, and flavor analyses
  • Package creep
  • Physicochemical analyses (resin, materials, and product)
  • Product and package stability
  • Compatibility testing
  • Flavor and active ingredient scalping by packaging materials
  • Off-flavors and contamination analyses
  • Reductones and Free radical analysis

Customer Testimonials

What are our clients are saying about us?

Matt Sebastionelli, Craftpack Bev.

We have QuantiPerm’s xFlow systems for both carbonation and deoxygenation applications. They work beautifully and proved to be a very robust solution for our beverage business. The folks at QuantiPerm are super friendly and always eager to help, and technically extremely competent

Benjamin Schottle, Phillips Brewing Co.

We are very happy with the H2Odeox deoxygenation unit we bought from Quantiperm. It was easy to install, it’s easy to use, and it performs well. It delivers water under 30 PPB minutes after startup and doesn’t take up much space, which is important to us. A low flowrate of CO2 across a high surface area membrane, contained inside a couple of compact canisters, draws O2 out of the water in a surprisingly efficient manner.