Raney nickel catalyst

Nickel-aluminum alloys (or add other trace elements, such as molybdenum, chromium, iron, titanium, copper, etc.) are nickel-based alloys. After activation, they are porous skeleton nickel structures, that is, nickel-based catalysts (also known as raney nickel). It exhibits high hydrogenation activity. Due to its good catalytic activity, high mechanical strength, insensitivity to poisons, and good thermal conductivity, it is not only used in the hydrogenation of various unsaturated hydrocarbons, but also in dehydrogenation, oxidative dehalogenation, desulfurization, etc. It is a good catalyst in some conversion processes, and is used in petroleum, chemical industry, pharmaceutical industry, oil, fragrance, hydrogen peroxide, synthetic fibers, especially in sorbitol, xylitol, maltitol and other industries. It has been widely used.

Appearance: Porous skeleton nickel structure.

Process: It is made of nickel-based alloy after activation treatment. It has a porous skeleton nickel structure and exhibits high hydrogenation and dehydrogenation activity.

Product packaging: After the Raney nickel catalyst is passivated, it is packaged in plastic drums (or iron drums) lined with plastic bags, with a net weight of 25kg and 50kg.

Nickel aluminum alloy powder

Appearance: gray-black granular alloy

Process: Aluminum and other trace elements are added to metal nickel, melted into binary or multi-element alloys, crushed and screened into particles of each particle segment between 20 and 300 mesh.

Product packaging: Nickel-aluminum alloy powder is packed in iron drums or plastic drums lined with plastic bags, with a net weight of 25kg and 50kg. It can also be packaged according to user requirements.