Design Engineering
Temperature
Definition – Condition with respect to heat or cold, especially as indicated by the sensation produced, or by the thermometer or pyrometer; degree of heat or cold; as, the temperature of the air; high temperature; low temperature; temperature of freezing or of boiling.
Temperature and Coatings – Temperature is one of the reasons for using engineered coatings instead of traditional forms of lubrication. Many of our coatings are capable of functioning from cryogenic temperatures to over 2000° F. When selecting a coating, it is very important that the coating have the correct formulation to provide the needed temperature advantage.
Temperature and Coatings- Temperature is one of the reasons for using engineered coatings instead of traditional forms of lubrication. Many of our coatings are capable of functioning from cryogenic temperatures to over 2000° F. When selecting a coating, it is very important that the coating have the correct formulation to provide you the needed temperature advantage. The temperature ranges for some of our solid film lubricants:
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Coating Type
Temperature In Air
Temperature In inert environment
MoS2
Cryogenic to 750° F
Cryogenic to 1200° F
Graphite
Cryogenic to 1200° F
Cryogenic to 2000° F
PTFE
-150° F to 500° F
N/A
Microseal® Thin Film Coatings
-423° F to 2000° F
N/A
Application Examples
The following are examples of components with temperature problems and the engineered coating services that solved the problem.
Component / Part
Problems Solved
Industry
Ball Bearings
Temperature
Industrial
Chemical Tank
Temperature, Chemical Resistance
Chemical Processing
Planetary Gear V-22 Transmission
Wear, Friction, Temperature
Automotive
TV Connector
Corrosion, Temperature
Electronic
Questions
Please see identify problems for a quick response to any type of temperature and/or other questions that you have on how Everlube Products’ coatings can help solve your design challenges.