Design and structure for controllable atmosphere rotating furnace for oxidizing albronze alloy powder

Abstract

The invention provides a gas atmosphere controllable revolving furnace structure for the oxygen distribution in the oxidation of copper-aluminum alloy powder, which mainly consists of an air inlet(pumping) pipe, a roller cover, water cooling sleeves, a resistance furnace, rollers, an electrothermal couple pipe, a transmission mechanism, a furnace body bracket and a lifting hook, wherein the resistance furnace is fixed on the furnace body bracket, one end of the furnace body bracket is provided with the lifting hook and is supported by a lower end platform, the other end of the furnace body bracket is provided with a lower end triangular support which can rotate around the triangular support; the inside of the resistance furnace is provided with the roller rotating around the resistance furnace, two ends of the roller(5) arranged outside the resistance furnace are additionally provided with the water cooling sleeves, and the extension end of the roller, which is close to the triangular support end, is provided with the electrothermal couple pipe and is also provided with the transmission mechanism making the rollers rotate. The revolving furnace structure has the advantages that the production efficiency is high; and during the rotation of the rollers, power is fully contacted with the gas atmosphere, and the oxidation time is reduced by increasing the oxygen differential pressure in the rollers. The oxidation time is one-tenth of the oven baking time, so that the oxidation time is shortened.

Description

technical field [0001] The invention belongs to the technical field of rotary furnaces, and in particular relates to the design and structure of a controllable atmosphere rotary furnace for oxidation and oxygen distribution of copper-aluminum alloy powder. Background technique [0002] Oxygen distribution treatment of dispersed copper materials refers to adding the required oxygen in a certain ratio according to the aluminum content in the copper-aluminum alloy powder raw material, so as to ensure that the aluminum can be completely oxidized into a dispersed alumina phase during internal oxidation. The oxygen distribution process can determine the size, distribution and uniformity of the dispersed phase particles in the material, and is one of the key technologies in the preparation and production process of dispersed copper materials. [0003] Usually the surface oxidation of copper-aluminum alloy powder with oxygen or the preparation of internal oxidant is carried out in a...

AI Technical Summary

Problems solved by technology

[0030] In order to solve the technical problems of low equipment heat utilization rate, low production efficiency, high labor intensity, and poor process controllability in the current oxygen distribution process of dispersed copper production, the present invention provides a copper-aluminum alloy powder oxidation oxygen distribution The design and structure of the controllable atmosphere rotary furnace has the advantages of reasonable design structure, simple structure, good heat preservation effect, improved product quality and production efficiency of dispersed copper, and can also be used for oxidation, hydrogenation and nitriding of various metal powders. deal with

Images