LUMiFrac Adhesive Strength Analyzer

LUMiFrac Adhesive Strength Analyzerimage:

LUMiFrac Adhesive Strength AnalyzerCharacteristic description:

LUMiFrac is directly applied to the tested sample through an increasing centrifugal force. It tests the force at the moment of sample fracture at high speed, and all data is sent to SEPView ® Operating software that can automatically calculate and display real-time critical force/fracture failure force.

In addition, it can analyze up to 8 samples simultaneously, compare and calculate statistics, and draw conclusions. And as relevant information for fracture testing, it will also be taken into account. The positioning of test samples is as simple as marking 1-2-3, but special preventive measures are necessary for the samples. Just place 8 samples at the marked rotor positions, and then you can start.

The accuracy of the test results obtained by using multiple sampling method to analyze these 8 samples simultaneously is incomparable, and it also reduces the measurement time by 85%. The entire development started with a simple and time-saving idea for measuring adhesive performance, went through multiple testing technology specialties, and now there is a new technological revolution in adhesion testing and composite material analysis (even using multi-layer films for testing). A series of processes have made it have great development prospects in many fields.

LUMiFrac is a monitoring tool for research and quality control, specifically designed for the adhesive formulation and surface treatment industries; Paint and coatings, combined wood products, automotive and aircraft industries, tape composite materials, multi-layer aluminum foil packaging or metal film plastic optical substrates, such as glasses, mirrors, etc. Different test bases can cover a sufficient number of material combinations, with a wide range of applications. The tools specifically designed for sample preparation have been perfected, combining what you know and putting it into one function to obtain accurate and highly reproducible data.