Waterborne dyes are typically made from emulsified resins, which are made up of trillions of tiny resin particulates. The latest study published in the journal Materials looked at how different pigments affected the performance of waterborne emulsion paint.
Scientists from TU Dortmund University in Germany have collaborated on a new paper studying the stress tolerance of Al-Si alloys. Their work has appeared in the journal Additive Manufacturing Letters.
Graphite is a very significant and adaptable material with applications in many different sectors. Electronics use graphite in particular because it easily conducts electricity and can resist high temperatures.
Precious diamonds can be created when carbon atoms arrange themselves into a flawlessly repeating three-dimensional crystal. Carbon can also be arranged in flat sheets that are repeated to create the gleaming grey graphite that is used to produce pencils.
Diversified Ulbrich, Canada’s premier supplier of stainless steel and aluminum products, has upgraded their processing capabilities with a new, custom-built taping machine. Applying adhesive tape to sheet metal pro...
At the Ningbo Institute of Materials Technology and Engineering (NIMTE) of the Chinese Academy of Sciences, scientists have suggested a neuron-inspired all-around telechelic polymer exhibiting unusual physical and mechanical properties, triboelectricity, quick self-healing ability, adhesion, as well as aggregate-induced emission (AIE) fluorescence.
A group of researchers recently published a paper in the journal Polymers that reviewed the recent developments in radiation-shielding concrete (RSC) in terms of materials used in the concrete and its properties, specifically radiation shielding properties.
A thermoelectric metal oxide film with a thermoelectric figure of merit of approximately 0.55 at 600 °C has been uncovered. This sets the stage for new avenues for extensive use of thermoelectric converters.
Particle Size and Shape are becoming more of an integral part of process control in many industries. It can be identifying agglomerate particles in metal powders for 3D printing to monitor and quantify crystal growth of ...
As far as researchers are concerned, producing biomaterials that have the potential to equal the performance of tendons and cartilage has been a subtle goal. However, a new material made at Cornell illustrates a hopeful new method of imitating natural tissue.
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