Plastic profiles for sensors
High profile accuracy
Self-extinguishing material
Fully customizable
Dimensionally stable despite heat
Plastic profiles for sensor technology are used in a wide variety of sectors and industries. The demands placed on the accuracy and mechanical properties of the profiles are high: as sensitive sensor technology is enclosed inside the profiles, they must have a very precise internal contour.
To ensure that the sensor remains securely in place, the thermal expansion of the plastic profile must exactly match that of the aluminium rail.
Extremely smooth surfaces
We can fully customise our plastic cover profiles to your individual requirements and needs. Our self-extinguishing polyamide ensures efficient and safe operation of your production lines, not least thanks to the extremely smooth surface, an achievement of our in-house extrusion process.
High-precision and fire safety
Plastic profiles can be used in the most diverse areas and industry branches, with requirements varying based on each individual application. Nonetheless, demands on accuracy and mechanical profiles of the plastic housing are always high: an extremely accurate internal contour is necessary to house the sensor technology, and they must match the thermal expansion behavior of the rail to safely hold the sensor in place.
Fire safety
We also know that fire safety is a significant factor. Continuous contact with electricity naturally poses a fire risk, requiring the sensor material to be self-extinguishing (in accordance with UL94 V-0) and colored yellow to match surrounding components.
A frequent additional requirement for applications with fire protection-optimised plastics is that the material must be free of red phosphor and halogens. We therefore only process plastics for sensors that do not contain these harmful substances.
Durable and precise fill level monitoring
Different measuring systems are used to check the fill levels of fuel tanks, batteries or tank systems. One option is to use ultrasound, whereby frequency and resonance signals are measured to gauge the liquid level. Often a metal probe is used, however some applications require extra resistance, for example to battery acid.
Our heat and corrosion-resistant plastic profiles provide the resilient housing for sensor measuring fluid levels in aggressive, acidic liquids and high temperature conditions. Placed at exact intervals, the high-precision hollow chambers house the sensitive sensors, with the applied plastic protecting the coated sensors from acids, bases and solvents for incredible accuracy of results. Made from polyphenylene sulfide with 40 % fiberglass reinforcement, the ultra-smooth surface of the sensor profile ensures a consistent measurement thanks to even liquid coverage across the entire surface.