PNP Plasma Technology
Working at atmospheric pressure our unique plasma technology does not require expensive, energy-demanding vacuum pumps and manifolds, with the added benefit of having a small factory-floor footprint.
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Moreover, our process is continuous and allows for rapid reel change-over and reduced downtime due to cleaning.
01
Large Reel Width
With the ability to treat reel widths from 300-2500mm, PNP 's platforms increase your company's flexibility to meet your client's need while increasing daily output.
02
High Speed Kinetics
Depending on the the desired final product's process parameters, the speed of plasma processing, typically 20-60 m/min but can climb as high as 400 m/min. This capability, coupled with wide reel width, greatly multiplies your company's overall production volumes.
03
Reduction of Raw Material Consumption & Costs
Compared to traditional wet coating methods which are micrometric in scale, our Plasma Nanocoatings, are nanometric (1000 times smaller). This results in a reduction by a factor of a thousand of raw materials consumed and, by extension, your company's purchasing costs.
Our process is carried out in a gaseous environment. Therefore there are no energy-intensive post-processing drying steps. As a result, its overall energy consumption is extremely low. The plasma products are ready for use as soon as they leave the reactor. The nanocoatings obtained, depending on the treatment, have a shelf-life varying from 6 months to 6 years and more.
04
Low Demand for Energy
Nitrogen is the main vector gas used in our process meaning that there are no dangerous effluents which are difficult and expensive-to-dispose-of (e.g. fluorinated chemicals). Safe for the environment and, just as importantly, harmless to workers, our process is fluid and safe.
05
No Toxic Waste-Products
Simple-to-Use Interface
Selecting the appropriate gas vector and chemical precursor is facilitated through the user-friendly HMI which enables easy customisation of surface properties by simply adjusting process parameters at the touch of a screen.
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