2results about How to "Reduce vulcanization" patented technology

The utility model discloses a vulcanizing machine with protection function belongs to vulcanization processing technical field, it includes mould, the mould both sides are equipped with heat insulating plate, heat insulating plate one side is fixedly connected with the insulating board, the insulating board one side is installed with the protection plate, the protection plate both sides are fixedly connected with two first shell, the first shell inner wall is installed with the supporting plate. This vulcanizing machine with protection function, before vulcanizing machine work, operating personnel place heat insulating plate, insulating board and protection plate in mould both sides, rotate handle again, handle drives first bevel gear rotation, first bevel gear drives second bevel gear and threaded rod rotation, threaded rod promotes the sliding of clamping block in the clamping groove, until clamping block and clamping groove are completely connected, after the heat of vulcanizing machine work, heat is blocked by heat insulating plate, insulating board, prevent operating personnel when operating this vulcanizing machine, are damaged by high temperature influence, have improved the functionality and security of this vulcanizing machine.

The invention provides a charcoal-based metal oxide composite material as well as a preparation method and application thereof, and belongs to the technical field of viscosity reduction of thickened oil. The rich porous structure and high specific surface area of the biochar are used as a carrier of the active component, so that the active component is uniformly dispersed, active sites are increased, and the catalytic activity is improved; iron oxide can catalyze hydrocarbon in the thickened oil to generate oxidation reaction to generate oxygen-containing functional groups, so that the viscosity of the thickened oil is reduced; niO has good hydrogen transfer capacity and can promote hydrogen atoms to be transferred from a hydrogen donor to unsaturated hydrocarbon of the thickened oil, so that the viscosity of the thickened oil is reduced; the rare earth oxide can enhance the reaction activity of ferric oxide and NiO, promote the oxidation-reduction reaction, reduce the temperature of the catalytic reaction and expand the temperature application range; the rare earth oxide can also protect the transition metal oxide, so that vulcanization is reduced, and the service life is prolonged; the silicon dioxide layer can avoid loss of active components, and the cycle service life is prolonged.