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CONTILOG

Temperature & Gas Pressure Measurement with Wireless Sensor in Your Hot Press

Dual Chamber Gas Analysis for Formaldehyde Analysis According to EN 717-2

Optimise your pressing process by measuring the development of gas pressure and mat temperature in any position within your press. The CONTILOG is an online sensor, by means of which the parameters, such as gas pressure and temperature of the mat are recorded during pressing. These parameters give information on the hardening of the resin in the mat and enable you to optimise the press program for your individual recipes. Reach a core layer temperature of 100 °C as soon as possible! Delaminations can be minimised by improving the degasification from the mat centre. Influences by upstream processes (e.g. moistening, preheaters) or product parameters (e.g. glue, density, moisture) on the pressing process can be immediately detected. Monitor the conditioning of the panels.

Order the Contilog directly here via our Webshop

Measuring on your own

Product Innovation Fire Protection - ULTRAHIGH SPEED EXTINGUISHING TECHNOLOGY (UHS)

Order here ContiLog sensors to measure temperature and gas pressure as well as your personal tablet PC with touch screen for activation and readout of the sensors. We would be happy to assist you in carrying out the measurements with an instruction of your operating staff by a skilled GreCon service technician.
Please click on the shopping cart or here to carry out an order via our webshop.

Measuring as a service

Product Innovation Fire Protection - ULTRAHIGH SPEED EXTINGUISHING TECHNOLOGY (UHS)

Order here your personal service package with the desired service level for gas pressure and temperature measurements. The measurements are performed at your location by skilled GreCon service technicians who carry out the measurements with GreCon measuring instruments.
Please click on the service cart or here to carry out an order via our webshop.

Your Benefit

Information on the hardening of the resin in the mat

Shorter start-up times

Preparation of new recipes in record time

Optimisation of existing press programs

Minimisation of delaminations

Faster degasification from the mat centre

Detection of influences of upstream processes

Measurement of the effects of product changes

Monitoring of the conditioning phase of wood based panels