FIELD: process engineering.
SUBSTANCE: invention relates to powder metallurgy, particularly, to production of diamond cutting tools for construction and stone milling. Proposed copper-based binder comprises the following components in wt %: Cu - 30-60; Fe - 20-35; Co - 10-15; Sn - 0-10.5; WC - 0-20; alloying addition - 0.01-5. Alloying addition represents a nanopowder with specific surface of 75-150 m2/g.
EFFECT: higher wear resistance, hardness, strength and impact number.
| Title | Year | Author | Number | 
|---|---|---|---|
| COPPER-BASED BINDER FOR PRODUCTION OF DIAMOND TOOL | 2010 | 
 | RU2432247C1 | 
| BOND FOR MANUFACTURE OF DIAMOND TOOLS | 2005 | 
 | RU2286243C1 | 
| BINDER BASED ON HIGH-ENTROPY ALLOY FOR MAKING DIAMOND TOOLS | 2024 | 
 | RU2835270C1 | 
| COPPER-BASED BINDER FOR MAKING CUTTING TOOL WITH SUPERHARD MATERIAL | 2012 | 
 | RU2487006C1 | 
| BOND FOR MANUFACTURE OF DIAMOND TOOLS | 2005 | 
 | RU2286242C1 | 
| BOND FOR MANUFACTURE OF DIAMOND TOOLS | 2005 | 
 | RU2286241C1 | 
| COPPER-BASED BINDER FOR MAKING CUTTING TOOL WITH SUPERHARD MATERIAL | 2012 | 
 | RU2487005C1 | 
| COPPER-BASED BINDER FOR DIAMOND TOOL MANUFACTURING | 2017 | 
 | RU2644225C1 | 
| DIAMOND TOOLS ON THERMAL-WIRE METAL CONNECTION | 2017 | 
 | RU2679807C1 | 
| DIAMOND TOOL BINDER | 2022 | 
 | RU2827866C2 | 
Authors
Dates
2011-10-27—Published
2010-03-01—Filed