OxySense 8102 – Oxygen Transmission Rate Analyzer
This product measures oxygen transmission rates and provides a low-cost solution for those who are testing at dry conditions with throughput, quality control and R&D demands.
This product measures oxygen transmission rates and provides a low-cost solution for those who are testing at dry conditions with throughput, quality control and R&D demands.
Description
Specifications
Documents
Our 8102 OxySense oxygen transmission rate measurement incorporates the latest in coulometric sensor technology with high sensitivity and the wide test range. The instrument is simple to operate, designed to lower testing costs, and increase productivity.
Dry testing
This instrument is ideal for users that want to test oxygen transmission rates of barrier films, PET bottles, Containers, Canisters, Bags and Flexible pouches in ambient lab conditions or at specific RH conditions using environmental chamber.
Advanced and long-life sensor technology
Our high sensitivity, wide range e-Metric coulometric sensor technology has a long service life – lasts twice as long as the competition.
Easy operation
Intuitive Windows based software that can be run on any commercially available Desktop, Laptop or tablet computer.
Test Gas : Oxygen
Application : Permeation
Controlled RH Testing Ranges : Films – Ambient or 100% RH controlled with sponges, Packages – Ambient or controlled by chamber
Test temperature range: 10°C to 40°C ± 0.1°C
Test Gas : Oxygen
Application : Permeation
Controlled RH Testing Ranges : Films – Ambient or 100% RH controlled with sponges, Packages – Ambient or controlled by chamber
Test temperature range: 10°C to 40°C ± 0.1°C
Test films at dry or 100% RH conditions with sponges
Tests packages at ambient lab conditions or precise temperature and RH using environmental chamber
Proprietary Long Life “E-metric”, coulometric sensor technology, last twice as long as the competition
Long life sensor – lasts twice as long as competition
ASTM D3985 and ASTM F1307 compliant
Large test range of 0.05 cc/m2day – over 400,000 cc/m2day
Computer controlled temperature settings
Anti-surge protection against exposing the sensor to large amounts of oxygen & extends sensor life
Does not require expensive nitrogen/hydrogen mixed gas
Advanced software features
