Guardian Glass in Europe, a leading manufacturer of high performance architectural glass and a key supplier to the building industry, has demonstrated the superior performance of its fenestration glass products in an amb...
The EyeVision software by EVT now also supports a 3D laser triangulation sensor with blue laser. The new EyeScan AT 3D scanner is therefore better suitable for the scanning of metal or metallic surfaces.
Hosokawa Micron Ltd announce the development of the high performance cooling type, mechanical mill, the Micron Glacis GC fine grinding mill. Suitable for fine grinding of heat sensitive products, the Micron Glacis GC is ideal for the high volume grinding of green tea which is popular both as a beverage and for use in confectioneries too.
World-class coatings manufacturer Sherwin-Williams stepped in to help the celebrations to commemorate a First World War milestone by donating a specialist coating product as part of Edinburgh Art Festival.
A team of researchers from Osaka, Yamaguchi, and Kumamoto Universities in Japan have invented a method to drastically alter the fluorescence and color of a specific compound using hydrogen (H2) and oxygen (O2) gases. The entire reversible reaction is environmentally friendly as it develops only water as a byproduct.
If a barrier is constructed that is relatively stronger than the material attempting to penetrate it, then the barrier should be able to work - this concept seems to be fairly basic physics.
Sodium and calcium have often been removed in the casthouse by the direct injection of chlorine gas to molten aluminium in the holding furnace.
The new HygroSmart HS3 probe from Michell Instruments has been designed to withstand the kind of harsh and demanding conditions found in industrial processes.
A new variety of hydrogel has been developed by Hokkaido University researchers. This new hydrogel can be used to treat joint injuries as it is capable of bonding firmly and spontaneously to defected bones.
Researchers from Lomonosov MSU in partnership with German researchers from the Institute of Polymer Research in Dresden (Leibniz Institute) have discovered a molecule, which they claim can offer the momentum required for the development of organic electronics. The research findings were published in Advanced Materials.
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