Oven Logging System

This compact logger accurately records temperature distribution over time of many processes and notably of coatings curing data. Easily set-up with or without PC and protected by an efficient heat barrier, it can travel in the production line, fitted with up to 6 thermocouples. Collected data can be printed out to a USB printer, or downloaded to Excel for QC or oven monitoring, and to supplied Paint
View Analysis Software, specifically designed for the curing calculations in the paint industry. Sturdy and high quality probes combining air/surface measurement and easy fastening with clamp/magnet ensure high operating flexibility.
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Gradient-oven


Optimal curing and drying time are essential to ensure best coatings performances, mainly for conventional, high-solids, water-borne, powder paint technologies. Temperature, time, limits are key parameters to obtain optimal physical and appearance properties, e.g. hardness, flexibility, adhesion,
durability, colour, gloss etc. The Gradient Oven is designed to simulate the curing process. The apparatus is equipped with a microprocessor controlled heating bank of 45 elements, individually insulated and monitored by a Pt100 probe. Constant temperature, linear gradient with max. 100° C
difference, or step gradient can be accurately and easily programmed via a keyboard. Thus a test panel can be baked at various profiles.
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MFFT – Minimum Film Forming Temperature Bar

This apparatus is designed for determination of temparature where a clear thin film of emulsion or water-borne latex will coalesce and forms below this point a powdered, cracked film. A nickel plated copper platen, protected by a hinged perspex cover, is electronically cooled at one end and warmed at the other end. Dry air flows over the surface and ensures temperature uniformity. Temperature sensors mounted at intervals control and indicated the programmed gradient. A roving sensor helps to check spot temperatures. The test consists of drawingn down sample stripes onto the bar by using a supplied 75 μm x 1” cube applicator. After equilibrium, exact film forming can be identified with a
moving cursor.
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