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Everlube


Everlube645(EN)



 

Technical Data

Everlube® 645

MoS2, Solid Film Lubricant



U.S.A. 1-800-428-7802 • 1-770-261-4800 Europe 44 (0)1386 421444 www.everlubeproducts.com


Product Description

Everlube 645 is a thermally cured, lead free, MoS2 based solid film lubricant with a high molecular weight

epoxy binder system. This coating provides excellent chemical resistance, wear life, and performs best in

higher load carrying applications.

 

Features / Benefits

• Excellent wear resistance

 

• Very good chemical resistance

• Prevents galvanic corrosion

 

• Prevents galling and seizing

Markets

 

Typical Applications

• Mechanical Components

 

• Assembly and press fittings

• Fabricated Metal Parts

 

• Slides, guides, rails, pulleys, blade

• Industrial Machinery

 

• Threaded connectors and disconnects

• Aerospace/Defense

 

• Rollers, ball joints, and disc plates

Physical Properties

Lubricating Solid:

 

MoS2

Binder:

 

High Molecular Weight Epoxy

Color and Appearance:*

 

Matte Gray/Black Finish

Carrier:

 

Solvent Borne

Solids (by weight):*

 

53% - 57%

Density:*

 

10.6 土 0.5 lb/gal (1270 土 60 grams/liter)

Flash Point:

 

24°F (-4°C)

Volatile Organic Compound:

 

572 grams/liter (4.77 lb/gal)

Theoretical Coverage:1

 

1050 ft2/gal @ 0.5 mils (25.7 m2/liter @ 12.7 microns)

Alternative or Repair Coatings

 

N/A

Processing Information2

Dry Film Thickness

0.2 to 0.8 mils (5 to 20 microns)

Dilution / Cleanup Solvent:2

MEK or 642 Solvent

Dilution Ratio:

1:1 to 1:3 (product: solvent) by volume

Cure Cycle?

1 hr. @ 375° F +/- 25° F

Suggested Pretreatment:

Grit Blast and/or Phosphate

Suggested Application Methods:

Dip Spin 0

 

 

Spray 0

For additional information, please see Processing Bulletin # 3000-A

This document is for techanical reference only and is not intended for use in developing a specification. Specification writers should contact Technical Director of Research and Development. This information supplied is presented in good faith and has been derived from sources believed to be reliable. Since conditions of use are beyond our control, all risks are assumed by the user.


E/M Form No. 105F



Everlube® 645, MoS2, Solid Film Lubricant


 

Corrosion Resistance Test Panel

Test Panel Coating Method Abrasion Resistance Coefficient of Friction Operating Temperature Range Load Carrying Capacity Wear Life


ASTM Test Method

ASTM B117

ASTM D4060 ASTM D2714

ASTM D-2625, Method B ASTM D-2625, Method A


Value

< 500 hrs. @ 5% Neutral Salt Spray 0.5 mil on grit blasted steel panel Good 0.04 - 0.06

-200。to 450°F (-129。to 232°C)

>     250,000 psi

>     400 minutes

 

Isopropyl Alcohol or Ethyl Alcohol

Pass

Diethanolamine

Pass

Mineral Spirits or Paint Thinner

Pass

Hydrochloric Acid (10%)

Pass

Toluene

Pass

Sodium Hydroxide (10%)

Pass

Acetone

Pass

Distilled Water

Pass

Skydrol 500:

Pass

Jet Fuels (JP-4):

Pass

Hydraulic Fluids:

Pass

Trichloroethylene:

Pass

Anti-Icing Fluids:

Pass

 

 

Note: Chemical Resistance may vary depending on the cure cycle. N/R = Not Recommended


Shelf Life           One year from date of shipment, stored in a factory sealed container between the

and                     temperatures, 40。to 90°F. Coatings are thermally stable, but we do not recommend

Storage:              prolonged exposure outside of the specified temperature range listed above.

Packaging: Everlube® 645 is available in 5-Gallon Pail, Gallon, Quart

Warranty:           No representation or warranty is expressed or implied and all warranties including warranties

of marketability and fitness for use are expressly disclaimed. Nothing herein shall be construed as permission or recommendation to practice a patented invention without a license.


* These Test are performed on each production lot.


1    Based on 100% transfer efficiency at a dry film thickness of 0.001 inch (25 microns).


2    Contact Technical Services for additional options.


3    Specific chemical tested per the specification requirements.

Issue Date: 05/28/03, Latest Revision Date: 10/16/03

This document is for techanical reference only and is not intended for use in developing a specification. Specification writers should contact Technical Director of Research and Development. This information supplied is presented in good faith and has been derived from sources believed to be reliable. Since conditions of use are beyond our control, all risks are assumed by the user.


 

 

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