You can ask us to send you a copy of any personal data of yours that we have. Unless you tell us to remove your data, INSYDIUM LTD will keep your details stored on our system for as long as we think it might help in answering your current or any future enquiries. If you contact us again in the future we may refer back to your data to help us answer your questions. It will be used to purely to email you with offers or a newsletter. Your data will be stored on our secure internal system. We don’t share your data with any other third parties. Will the data be shared with any third parties?īy subscribing to our newsletter, you are giving your consent for us to save your data on MAILCHIMP to send you the emails you have asked for.

We need to store your data so that we can send you news and product offer related information. What is the legal basis for processing the data? Our website also gives us your IP address. We ask you to submit your full name and email address. When you subscribe to our newsletter on our website, you are sending your personal data to INSYDIUM LTD - Registered in England Company registration no. It explains what we ask from you and what we do with the information you give us. Better understanding of the formation mechanisms for these two distinct different structures will help pave the way towards newly designed alloy compositions for the SLM process.This document explains how we process any personal details you give us when you subscribe to our newsletter. In hot melt pool areas with T > 800 ☌ the majority of particles dissolve and growth of coarse columnar grains takes place.

In melt pool areas close to the pool base, numerous Al 3(Sc,Zr), Al-Mg-oxides and mixed particles act as nuclei for Al matrix solidification, leading to the formation of a very fine grained microstructure. Microstructural analyses indicate that the temperature regime and the particle precipitation behaviour are responsible for the duplex grain structures. However, the fine grained microstructure interspersed with coarser grained regions. These properties are predominately related to a generally very fine grained microstructure. Scalmalloy® is a scandium-modified Al-Mg alloy which displays exceptional properties when processed by SLM. Structural aluminium alloys are therefore of special interest. Selective Laser Melting (SLM) is an additive manufacturing technology that offers significant potential for lightweight applications in space, aerospace, and automotive industries as well as in mechanical engineering.

X particles 3.5 cg persia