Benchtop Aging Oven - QualiAO™ BL1

Theory of Accelerated Thermal Aging

Waiting a decade to see when a critical rubber seal or plastic part will degrade and fail is an unacceptable development bottleneck. The Benchtop Aging Oven - QualiAO™ BL1 solves this by fast-forwarding years of heat and oxygen wear into just a few short days. 

By utilizing classic Arrhenius kinetics to push thermal levels up to a searing 300°C, this Aging Oven accelerates molecular breakdown into hyperdrive, letting you calculate field lifespan in record time using simple mathematical equations. See how this precise testing method secures your data below:

QualiAO™ BL1 Testing Methodology

You cannot simply place your valuable plastic and rubber test pieces into a standard heating chamber and hope for a reliable result. There cannot be a single trace of temperature instability anywhere inside, otherwise your collected data is completely compromised. 

To execute these thermal-oxidative testing methods properly, so your numbers are satisfyingly spot-on, a highly efficient machine like the QualiAO™ BL1 Benchtop Aging Oven controls the exact physical environment through:

• Highly Uniform Heat Distribution: A highly accurate multi-point calibration method ensures the heat remains perfectly even throughout every single inch of the 60×50×50 cm testing zone. You get a razor-thin temperature fluctuation of just ±0.5°C, ensuring absolutely no samples degrade faster than their neighbors.
• Controlled Airflow and Continuous Rotation: The air movement inside needs to be a soft, steady breeze, not a turbulent draft. Combined with a slow-and-steady sample turntable speed of 5 to 10 rpm, the oxidation happens at a highly predictable rate without physically warping or disrupting your test pieces.