Abstract: An application device and a method of use for the lubrication of a chain drive, more preferably for motorcycle chain drives or the like, includes a rail device. The rail device having a longitudinal side that can be brought to bear against a chain of the chain drive. The rail device includes a contact region formed of a consumable solid lubricant that can be applied to the chain and that can be brought in contact with the chain.

Abstract: An application device and a method of use for the lubrication of a chain drive, more preferably for motorcycle chain drives or the like, includes a rail device. The rail device having a longitudinal side that can be brought to bear against a chain of the chain drive. The rail device includes a contact region formed of a consumable solid lubricant that can be applied to the chain and that can be brought in contact with the chain.

Abstract: In a method for the manufacture of ceramic sinter bodies including zirconium dioxide for dental applications, wherein the sinter bodies are formed by electrophoretic precipitation of ceramic particles from a suspension including a first electrode onto a porous form which is arranged in the suspension and has the shape of the sinter body to be formed, wherein the porous form is hollow and is filled with an electrically conductive liquid in which a second electrode is disposed and wherein the suspension includes zirconium dioxide and has a pH value of 9.5 to 13 or 2.0 to 5.

Abstract: A method for the production of a homogenous, shaped SiO2 body of near net shape wherein amorphous SiO2 particles comprising relatively large amorphous SiO2 particles and relatively small amorphous SiO2 particles are electrophoretically deposited from an aqueous dispersion on an electrically nonconductive membrane, the shape and geometry of which correspond to the shaped SiO2 body to be produced, wherein the membrane has an average pore size which is larger than the average particle size of the smaller amorphous SiO2 particles.

Abstract: The invention relates to a method for producing porous SiO2 green bodies having an extremely high green density, or porous SiO2 green bodies having an internal density gradient which is adjusted in a targeted manner. The inventive method is characterised in that a porous SiO2 green body known per se and consisting of amorphous SiO2 is redensified by electrophoretically depositing SiO2 particles in the pores of the green body.