Tell Us What You're Looking For.
Please Leave your message you want to know! We will respond to your inquiry within 24 hours!
MACHINING GUIDE FOR TUNGSTEN ALLOYS - Ed Fagan Inc.
ASTM B777 WHA, Class 3 provides a very high density material that is easier to produce and machine relative to pure tungsten. It is often used for X-Ray, radiation and other medical shielding applications. Class 3 material starts out as a blended metal powder (Pure W mixed with a binder of Ni and Iron). Then the material is pressed and sintered.
Tungsten Heavy Alloy Grades - Kennametal
Machining Guide for Tungsten Alloys as per ASTM B 777-07 Subject: Guide to machining tungsten alloys as per ASTM B 777-07 including, recommended tools and coolants, grinding, turning boring, drilling, tapping, milling, and roughing operations Created Date: 6/11/2020 11:56:51 AM
ASTM B777 Class 1 Tungsten Heavy Alloy - Elmet Technologies
Tungsten Heavy Alloy Grade Sheet Tungsten heavy alloy (WHA) offers high density in addition to other useful engineering properties, making it the material of choice for a variety of mass property, radiation shielding, and high stiffness tooling applications. The table below provides a general illustration of the
Tungsten Heavy Alloys Densalloy - Kennametal
According to ASTM B777 there are four (4) classes of tungsten heavy alloy, namely class 1, class 2, class 3, and class 4. In this section, we’ll discuss ASTM B777, Class 1. ASTM B777 Class 1 Properties Class 1 WHA material contains nominally, 90 weight percent (wt.%) Tungsten (W). Elmet’s Class 1 products are designated as ET90 and ET90NM.