Measurement of Non‐Metallic Inclusions in the Size Range of 10‐20μm by LiMCA

Badowski, Mark; Instone, Stephen

doi:10.1002/9781118359259.ch186

Cited by 1 publication

(1 citation statement)

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“…The inclusion recognition is here disturbed in the presence of micro bubbles due to their non-conducting performance. Effort was spent to separate non-metallic inclusions and gas bubbles, but no final solution is available to measure proximate degasser units [4]. In the latest research, it has been discovered that it was feasible ranging 20 microvolts signals, comparable to 20 microns inclusions in the molten aluminum during the process at 700°C in the power-driven rowdy climate of aluminum processing focal plant.…”

Section: Measuring Cleanliness Processmentioning

confidence: 99%

Research on importance of cleanliness in manufacturing reliable products for automotive

Dzetzit

Nagîţ

2017

MATEC Web Conf.

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Abstract. Quality is ultimately defined by the client and is near the result of requirements and customer expectations. Currently the molten aluminum has known a huge increase in demands. Once with the enlarged volumes is also expected a high purity of the raw material which starts with the initial state of aluminum alloy. In the presented paper one of the methods that can assure the necessary quality is presented, with focus on particles and how this final result can be improved. What is even more important, in addition for the detection method is the effective and appropriate method of reducing them. The final results, the beneficial effects of filtering die casting metal with the bonded particle filter media, are presented in different aspects in order to achieve reduction of machining defects that in the ends achieves financial and casting marketability realizations.

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Section: Measuring Cleanliness Processmentioning

confidence: 99%