These are the details for the profile Portable apparatus for measuring of tenseness of layered material offered to commercial agents.
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A small Czech company has developed an apparatus for measuring rheological properties of materials in layers. The apparatus measures relation between tension and deformation during materials´ hardening. It is used mainly for cement and gravel materials and synthetic floor painting and covering systems. The company is looking for a client that is able to conclude commercial agency agreement and buy the apparatus for measuring tenseness of various materials.
The apparatus measures degree of tenseness by degree of strength necessary for the situation that longitudinal deformation of a measured test device towards the apparatus will be null.
The apparatus enables direct detection of relaxing moduls of elasticity, residual contraction and influence of thermal changes to the properties of layer, rheological properties of the matter (relaxation, creep, etc.), influence of thermal hardening and coefficient of thermal longitudinal deformation. The apparatus gives both graphical and numerical results of tests.
The company is interested in selling the apparatus based on a commercial agency agreement because they are able to cover the demand of potential partners on the market.
The apparatus is the first device in the world enabling measurement of small tenseness of various materials used especially for floors. This tenseness comes into existence when there are volume changes of materials especially important when there are applied layers from different materials - i.e. during hardening process or thermal changes and dilatation ones that differ from a base and the adhesion of the base does not allow these changes.
The apparatus allows to identify damage of adhesion and therefore also prevents bad function of the messured layer.
There is the only one competitor in the world.
Current situation in measurement of tenseness of composite material´s layers are based mainly on calculations of hardly defined course of contraction, thermal expansion and other values. These calculations are not precise, because materials change during the hardening process their properties and these values are time dependent and a factor of time reshaping, reaction of tenseness, structure influence has not been defined from current tests, yet. The apparatus enables precise measurement of tenses in layers.
The apparatus is a result of 30 years development and has been patented recently.
An industrial company that can use the apparatus or a testing laboratory or a university is sought.