Oriented Strand Board Moisture
Moisture control of both infeed and outfeed will result in better resin addition, reduced energy usage and a high quality material prior to blending. Fiber quality can be influenced by moisture content and incorrect moisture resin addition can not only waste money but can cause dramatic process interruptions.
Precise control of raw material fiber will not only improve the resin addition but also provide an extra benefit of high quality board properties. The resin moisture addition will result significant cost savings. The major benefit will be on the forming line when the press will not have any down time due to blown boards, a common result of high oriented strand board moisture content furnish.
MoistTech has developed the IR-3000 OSB moisture sensor that is ideally suited to measure the moisture levels in the OSB process
The IR-3000 Oriented Strand Board Moisture Sensor should be mounted several inches above the conveyor will allow the user to continuously monitor the process and can control the moisture / resin content either manually or automatically in the OSB process.
The unique feature of Moisttech’s IR-3000 OSB Moisture Sensor is that is able to monitor the process even with small gaps in product flow without impacting the accuracy.
MoistTech has also developed sample systems and optical windows using sapphire optics which will provide a viewing area for real time process measurement. Details of this can be seen on our section in sampling technology.
If the IR-3000 Oriented Strand Board Moisture Sensor has to be installed close to dryer outlet where it will be susceptible to extreme heat conditions, it may be necessary to cool the sensor with either air or water.
Benefits of OSB Moisture Control
- Increased Efficiency
- Improved Product Quality
- Lower Energy Costs
- Reduced Start-up Times
- Less Waste & Downtime
- 100% Product Inspection
- Significant Resin Cost Savings
Our sensor calibrations, measurement wavelengths, algorithms and sensor optical requirements are pre-set at the factory. Typical accuracy is about ±0.1% moisture. Typical analog range is 0-20% moisture. The outputs can be adjusted to optimize PLC or recording requirements.