Low-cost 310 stainless steel powder injection molding wax-base feedstock and preparation method thereof

Abstract

The invention relates to low-cost 310 stainless steel powder injection molding wax-base feedstock and a preparation method of a product of the low-cost 310 stainless steel powder injection molding wax-base feedstock. The low-cost 310 stainless steel powder injection molding wax-base feedstock comprises 310 stainless steel metal powder and a molding agent, and the weight ratio of the 310 stainlesssteel metal powder to the molding agent is 9:1-92:8. The low-cost 310 stainless steel powder injection molding wax-base feedstock and the preparation method have the advantages that through the low-cost 310 stainless steel powder injection molding wax-base feedstock and the production technology, the defects that traditional 310 stainless steel is difficult to machine, long in machining period andhigh in machining cost are overcome, the production machining cost of complex 310 stainless steel parts is greatly reduced, the nation call is responded, and the technical innovation production levelin the domestic manufacturing industry is improved.

Description

technical field [0001] The invention relates to a low-cost 310 stainless steel powder injection molding wax-based feed material and a preparation method thereof. Background technique [0002] With the continuous advancement of social science and technology and the vigorous development of global industrialization, the powder metallurgy injection molding process has developed rapidly due to its many advantages, and its technology has been widely used in military, transportation, machinery, electronics, aerospace, aviation and other fields. [0003] 310 stainless steel material is widely used in optical fiber communication industry, furniture decoration industry and food medical industry because of its finished parts, corrosion resistance, high temperature resistance and good processing performance. [0004] Due to the traditional manufacturing methods of 310 stainless steel parts (turning, grinding, milling, cutting, etc.), the production efficiency is low, the processing is d...

AI Technical Summary

Problems solved by technology

[0004] Due to the traditional manufacturing methods of 310 stainless steel parts (turning, grinding, milling, cutting, etc.), the production efficiency is low, the processing is difficult, the processing cost is high, and the products with complex structures cannot be processed, which has completely failed to meet the high-speed manufacturing industry in modern society. Development needs, through new technology and new preparation and processing methods, to reduce costs and improve efficiency in the production and production of 310 stainless steel parts