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Hyper - Fillers - 20 Microns Ltd

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A search for "Hyper" in Material Data Center leads to the following information:

Tradename: Hyper
Family: Fillers
Producer: 20 Microns Ltd
6 hits in the literature database


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Kunststoffe international, Molded Part Quality Prediction Using Machine Learning
...ion of process and quality data in order to minimize the effort for the user. This ‧includes the development and application of suitable algorithms for the automatic selection of data, process features and machine learning algorithms including hyper-parameter optimization and model adaptation. In addition, the presented approach can be used universally and can therefore also be applied to other plastics manufacturing processes. This paper focuses on the question of how the use of cavity pressure...

Kunststoffe international, 2005-11-21, Acceleration is Not Everything
...ng device. Moreover, this single-axis demoulding device is far less flexible than a standard linear robot having freedom of movement in three axes. What is more, a linear robot can also be fitted out with a high-speed drive. While it may not achieve hyper-acceleration of 110 m/s2, 50 m/s2 is certainly realistic, and translates to a maximum traversing speed of 5 m/s. A single-axis, high-speed demoulding device traverses roughly 40 % faster than a linear robot with high-speed servomotor. Comparis...

Kunststoffe international, 2005-11-21, Choosing Plugs: Plugs for Forming Cups
...y rounded. Success Rate Increases with Simulation Abaqus software was used to simulate thermoforming, with plug B serving as an example. Figure 8 shows the results for the wall thickness distribution of the cup. The computation was performed on a hyper-elastic material model and material data that were measured at the IKV with the aid of a membrane-inflation rheometer. It should be pointed out that the extremely good agreement between simulation and practice does not occur immediately in every...

Kunststoffe international, 2005-11-21, Nanocomposites - En Route to Application
...inorganic nanoparticles that are dispersible in aqueous and organic media. Examples include synthetic, dispersible aluminate (boehmite) powder (Pural, Disperal, Dispal) from Condea, which now belongs to Sasol Chemical Industries Ltd. POSS and Hyper-branched Polymers Over the past decade, new approaches have been adopted towards finding a solution to the nanoparticle dispersion problems illustrated on the left of Fig. 2. It has proved possible to produce both inorganic and organic molecules wit...

Kunststoffe international, 2012-07-23, Invisible Barrier Features
...veloped regions, the so called “saturated markets”, but the development can also be seen in emerging economies. Reasons for this include demographic changes such as urbanization and political and market-economic factors such as the trend towards hyper-stores and megashops. Another important factor is the continued advancement of flexible plastics packaging – with bi-axially oriented films being used in nearly every application. The successful career of these plastics films started in the mid 196...

Kunststoffe international, 2013-08-19, Lightweight with Long Fibers
...unched by Alpinestars S.p. A., Asolo, Italy, last spring. The Bionic Neck Support (Fig. 4), winner of the ISPO Award 2013, is designed to reduce the risk and severity of a neck injury by supporting the helmet against the shoulder and so limiting hyper-extension of the cervical spine. The goal was to provide a combination of the best protection and minimal weight that would even withstand very rapid loading (bending, impact stress, secure grip). The idea was to replace a carbon-fiber laminate, th...


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