Stretch Sensor - Can measure large strain on complex deforming surfaces look

Stretch Sensor - Can measure large strain on complex deforming surfaces lookThis highly flexible sensor material is made from a thin silicone rubber film coated with an electrode on each side. When the material is stretched the capacitance (the ability to store an electrical charge) between the two electrodes increases due to thickness reduction and length increase. The measured increase in capacitance is proportional to the strain (stretch) experienced. Applications for stretch sensor: The sensors can measure and monitor

It is very easy to tear and it is therefore often laminated with a nonwoven textile in applications where strength is needed

Its low moisture absorption also minimizes swelling and dimensional changes

champagnes

It is supplied as a filament for 3D printing by fused deposition modeling (FDM)

and picture frames for mounting on vertical surfaces

It is used in machine construction for plain bearings and sliding elements that are long-lasting

beverage bottles

tile adhesive

Applications include wheel arch liners

This flake pigment exhibits a variety of iridescent rainbow colors that vary by the angle at which it is viewed in relation to the angle of incident light

The capillary action is the result of the liquid's inherent surface adhesion (intermolecular attraction to dissimilar molecules) and cohesion (attraction to similar molecules)

This combination offers an ideal balance of strength