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Grease

GEAR TALK WITH CHUCK | 2019-06-04

And may you have the joy of passing something on…

One of the reoccurring themes in our “origin stories” project is the willingness of people to school us in the sometimes confusing world of gears. ...
GEAR TALK WITH CHUCK | 2019-01-31

The Importance of Dirty Hands

My dear friend Octave’s account of his co-op experience (see Tuesday’s 1-29 post) reinforces my belief that no one should trust an engineer or desi...
GEAR TALK WITH CHUCK | 2016-07-26

Making Manufacturing Cool Again

Can you remember the first time you saw a gear? I remember seeing gears on a cousin’s erector set crane when I was six or seven. A friend got a slo...
INDUSTRY NEWS | 2016-06-13

Cortec CorrLube CpCl Lithium EP Grease Provides Corrosion Resistance for Electrical Connections

When it comes time to lubricate bearings, fans, chassis or other metal areas where grease is applied, Cortec's CorrLube VpCI Lithium ...
TECHNICAL ARTICLES | 2016-01-01

Influences on Failure Modes and Load-Carrying Capacity of Grease-Lubricated Gears

In order to properly select a grease for a particular application, a sound knowledge of the influence of different grease components and operating conditions on the lubrication supply mechanism and on different failure modes is of great benefit.
INDUSTRY NEWS | 2015-07-09

Dayton DayLube Grease Designed to Maintain Viscosity After 100,000 Strokes

Dayton Lamina recently introduced their DayLube high-performance nano-ceramic grease. The grease is designed to maintain its original vis...
INDUSTRY NEWS | 2015-04-10

Klüber Lubrication Introduces Synthetic Grease for Extreme Climatic Conditions

KlÏ‹ber Lubrication recently introduced Klübersynth EM 94-102, a fully synthetic lubricating grease incorporating a calcium complex ...
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INDUSTRY NEWS | 2014-02-26

Lubrication Engineers Introduce Monocal GP Grease

Lubrication Engineers, Inc. recently introduced Monocal GP Grease (1499), a versatile general purpose lubricant for use in severe conditi...
TECHNICAL ARTICLES | 1998-03-01

Programmable Separation of Runout From Profile and Lead Inspection Data for Gear Teeth With Arbitrary Modifications

A programmable algorithm is developed to separate out the effect of eccentricity (radial runout) from elemental gear inspection date, namely, profile and lead data. This algorithm can be coded in gear inspection software to detect the existence, the magnitude and the orientation of the eccentricity without making a separate runout check. A real example shows this algorithm produces good results.
PRODUCT NEWS | 1995-09-01

Product News

Welcome to our Product News page. Here we feature new products of interest to the gear and gear products markets.