Materialnummer 1.4404. Materialet AISI 316L / 1.4404 är ett rostfritt austenitiskt stål som har mycket god korrosionsbeständighet. Denna rostfria kvalitet är mycket lätt magnetiserbar, har utmärkta svetsegenskaper och är lämplig för kallformning. Materialet rostfritt stål AISI 316L / 1.4404 kan användas vid temperaturer upp till 550
AISI 316L es una aleación de acero inoxidable austenítico considerada una de las más duraderas del mercado en la actualidad. Además de carbono, AISI 316L (que no debe confundirse con el más común y mucho menos valioso AISI 304) contiene níquel, cromo, titanio, niobio y tántalio, elementos que le permiten mantener determinadas propiedades …
This study presents a two-fold investigation on precision end-milling of stainless steel (AISI 316L). First, the impact of end-milling variables (cutting speed and feed rate) on the surface quality (surface roughness, microhardness, and surface morphology) was analyzed. The best surface quality with surface roughness (Ra) 0.65 ± 0.02 μm was …
AISI-316.pdf. This report details the chemical composition, mechanical / physical material properties and processing considerations for the AISI 316 material family. For projects where SDL retains design authority the material can be considered for use as an alternative to the following material specifications.
Inox 316L Caractéristiques Mécaniques Les inox 316L caracteristiques mécaniques sont données dans la fiche technique ci-dessous, y compris la résistance à la traction, la limite d'élasticité, l'allongement, la réduction de surface, la dureté Brinell et Rockwell, etc.
This study aims to investigate the effect of the presence of a simulated corrosive body fluid (Hank's solution) on the micro-abrasion and corrosion resistance of two borided biomedical alloys (AISI 316L stainless steel and ASTM F1537 CoCrMo alloy) when in sliding contact with a ceramic countersurface. The materials were subjected to a …
In this paper, the hybrid manufacturing of AISI 316L is investigated using L-PBF, HS L-DED and micro milling (tool diameter d = 100 µm). The influence of the different material properties, resulting from varied AM processes, on the process result of micro milling is analyzed and compared.