Übersetzung für "Hartmetallkugel" in Englisch

Two types of balls are used : the steel ball and the tungsten carbide ball.

Built in the raceway between the two fork ball has four tungsten carbide ball.

Tungsten carbide ball is also mounted in the bore of the cage.

Tungsten carbide ball, tubular stainless steel tip, can write over 400 meters.

Power comes out through by the tungsten carbide ball and spherical shell.

This gives the tungsten carbide ball a shinny finish.

The petroleum drilling industry also uses carbide ball for their applications.

Carbide ball is widely used to make the rotating ball in the tips of ballpoint pens.

When you're in the market for a tungsten carbide ball, partner with an experienced manufacturer!

The main reason for using tungsten carbide ball in heavy machinery is because of their performance and stability.

Tungsten ball is the general term for pure tungsten ball, tungsten alloy ball and tungsten carbide ball.

Tungsten ball is the general term for pure tungsten ball, tungsten alloy ball and tungsten carbide ball.

The scribe hardness or scratch resistance here is generally determined in accordance with DIN 53 799 using a hard metal ball.

After the ball is heat treated, the ball is then ground to the approximate diameter of the finished tungsten carbide balls.

Press a high precision tungsten carbide ball through an undersized hole in metal, to eliminate tool marks and to obtain dimensional accuracy.

The indenter (diamond cone or hardmetal ball) is pressed into the sample in two steps (with a preliminary test force, which determines the starting point of the indentation depth, and the additional test force).

The impact of the hard metal ball on the test surface results in a plastic deformation of the surface at the point of impact.

Tungsten carbide ball are also called tungsten steel ball and cemented carbide ball, which is made of tungsten carbide material, include properties of high hardness, high T.R.S., high corrosion and bending, are able to instead of kinds of steel balls.

Tungsten carbide balls may also be brazed onto a stem or shank to be used for valves, gauges and other applications.

This is determined according to DIN EN ISO 6506-1 as a hardness test according to Brinell, using a hard-metal ball (HBW) which has a diameter of 10 mm, while applying a load of approximately 30 kN to three points of a cross section which are distributed so as to be equidistant across the sheet thickness.

Tungsten carbide bearing ball main ingredient is tungsten-cobalt alloy (WC-CO), made of a special working conditions tungsten carbide bearing ball, has high temperature, abrasion resistance, and excellent corrosion resistance and other characteristics, and in high vacuum Magnetically shielded tungsten carbide bearing ball achieved certain results.

The applications of tungsten carbide balls are extremely broad, such as: precise bearing balls, instruments, meters, pen, spraying machines, pumps, machinery parts, valve seals, brake pump, extruding hole, oil, hydrochloric acid lab, hardness measuring instrument, fishing gear, with heavy, ornamented, finished, and some other high-end industry!

This is a dynamic hardness test method in which a standardized test specimen, usually a hard metal ball, is hit with defined impact energy on a test surface.

Pressing a slightly oversized tungsten carbide ball through the unfinished hole brings the hole up to desired size in seconds.

Basically all use a tungsten carbide ball, most of the domestic ballpoint and roller pen manufacturers are also widely used pen with carbide ball, especially on luxury goods.

Tungsten carbide balls are recommended in diffs that don't have prepped rings (sanding the rings lightly on a granite counter top with some 600 grit sandpaper or from a company that does this already).

Tungsten carbide balls are standard for Rockwell testing, and for Brinell testing of materials in the range of 444-627 HB.

High hardness and dimensional stability make tungsten carbide balls the preferred choice for precision hydraulic valves, high-load bearings, inertial navigation systems, ball screws, linear bearings in sideways, gauging and checking instruments, and meters.