INFRARED DRYing SYSTEMS
FOR SURFACE TREATMENT
REDUCED DRY TIME
REDUCTION OF CO2 EMISSIONS
Netek solves customers' drying needs for surface treatment of wood, metal and plastic, treated with solvent and water based coatings or powder coating. Our infrared catalytic drying (CIR - Catalytic Infrared Radiation) results in i. e. shorter drying time, less energy consumption and reduced VOC and CO2 emissions.
The technology comes with ATEX approval for use in potentially explosive environments, and can be used regardless of material and industry. Due to this flexibility, most wishes and requirements can be fulfilled.
IR Tecnology and drying systems
Netek provides solutions using gas based infrared technology. The technology comes with ATEX approval for use in potentially explosive enviroments and can be used regardless of material and industry, and because of this flexibility, most wishes and requirements can be met. Netek constantly develops technology and solutions for the most optimal performance of the tasks, focusing on key areas such as reduction of process time, energy optimization, and reduction of emissions. Netek delivers solutions designed according to customer requirements and built on recognized quality components.
The benefits of using CIR drying systems
The green future
When designing our products, our goal is to minimize energy consumption and increase the productivity of our customers. Our catalytic Infrared drying systems are effective over traditional convection based drying systems. Improved productivity, reduced energy consumption, space savings and significantly reduced CO2, VOC and NOx emissions are important features that ensure that the investment is both profitable and enviromentally friendly.
Time and energy consumption
Under the heading "From hours to minutes", the magazine “Iron and Machine Industry” in no. 51/2002, talks about Energy savings of between 30 and 90% occur according to the nature of the process. This can mean that the entire production layout can be significantly modified and that the production layout and storage capacity can be opmized. Often, significant improvements are seen in the product features such ad increased adhesion values.