Continuous pressure sintering device and process for high-speed heavy-load brake pad

Abstract

The invention belongs to a technology for preparing metal powder and a composite material of a metal material, and provides a continuous pressure sintering device and process for a high-speed heavy-load brake pad. The device comprises an upper computer, a half-open furnace body, a scaffold car and a horizontal type long-barrel-tunnel-shaped high-temperature alloy furnace tube, wherein the upper computer is used for controlling, the half-open furnace body is used for achieving the heat insulation and preservation functions, and the section of the high-temperature alloy furnace tube is rectangular. By the adoption of the device, multiple kinds of metal powder, alloy powder and graphite powder or oxide powder or carbide powder can be prepressed into parison and then pressure sintering is conducted on the parison, and meanwhile the parison and steel backing substrates are welded, and then various high-speed heavy-load brake materials or components can be made. The technology and the device are suitable for automatic, continuous and massive production of the brake materials or components of high-speed walking machines such as airplanes, railway high-speed trains and superior quality cars. Compared with a bell jar type furnace, the device is high in automation level, low in energy consumption, high in product quality, uniform and stable in performance and high in production efficiency, and the production environment is greatly improved.

Description

technical field [0001] The invention belongs to the technical field of preparation of metal powder and composite materials in metal materials. In particular, it provides a technology and device that can carry out pressure sintering in the process of continuous boat pushing, and provides a method that can mix various metal and alloy powders with graphite powder, oxide or carbide granular powder, Powder, pre-pressed blank, (combined with rigid back substrate) pressure sintering, can be made into various high-speed heavy-duty brake materials or components. This brake material or component is suitable for general high-speed travel and aircraft brake materials, such as: aircraft, railway high-speed trains, high-end cars, etc., and is also suitable for the industrialization of brake components for ships, large wind and hydro generator shafts Large-scale production. technical background [0002] The literature search in the past 20 years shows that with the continuous improvement...

AI Technical Summary

Problems solved by technology

Therefore, this kind of equipment can only be an intermittent production method of loading one furnace, burning one furnace, and cooling one furnace, so the production efficiency is low, the scrap rate is high, the ambient temperature is high, and the energy utilization rate is low.

In order to solve this problem, powder metallurgy workers have made a lot of equipment improvements. Although a lot of achievements have been made, the basic structure and basic functions of the equipment still remain at the level of the bell-type pressure sintering furnace.

Images