Abstract: A claw (C) for a milking machine includes an enclosure having an upper part (1) and a lower part (2) and enclosing an inner space (3) for a milk flow during a milking operation. The lower part includes a bottom surface (4) facing the inner space. An outlet nipple (12), connected to a long milk conduit (13), extends outwardly from the upper part. A suction tube (20) connects the inner space to the outlet nipple, and includes a lower tube section close to the bottom surface. Three support legs extend from the lower tube section and abut the bottom surface, thereby forming a gap between the lower tube section and the bottom surface. Each support leg has an end point, which end points are located in a common lower plane. The common lower plane is inclined to the center axis.

Abstract: A non-stick product is described. It comprises a metal substrate (2), such as steel, with a hydrophobic oxide layer (1) having a substantially amorphous microstructure. The non-stick product is preferably produced by means of PVD. A suitable process to be used is electron beam evaporation (FE). It may be used in manufacturing processes for electrical components, such as capacitors or batteries, or as surfaces in contact with low temperature melting metals.

Abstract: The present invention relates to a packaging material for reduced transfer from a package to its content of substances causing undesirable taste and/or hazardous substances, this reduction being due to the packaging material containing a hydrophobic zeolite. More specifically, the invention concerns paperboard, in which case the substances causing undesirable taste mainly are naturally occurring extractive substances, oxidation products thereof and, to a lesser extent, the paper chemicals present. Further, the presence of a hydrophobic zeolite in the paperboard enhances the water-repellent (hydrophobic) capacity. Also, the present invention concerns a method for production of a packaging material of paper, board or paperboard by forming and dewatering a suspension of lignocellulose-containing fibres, where the dewatering takes place in the presence of a hydrophobic zeolite.