Comparing 20 vendors in Fire Resistant Lubricants across 0 criteria.

Market Presence
Contenders Contenders
Market Leaders Market Leaders
Emerging Companies Emerging Companies
Innovators Innovators
Eni
PETRONAS
Tashkent
MORESCO
ACT
Sinopec
LANXESS
BP
CONDAT
ExxonMobil
FUCHS
Phillips 66
Shell
Quaker Houghton
PETROFER
Hill & Griffith
SWEPCO
Chevron
TotalEnergies
Rayco Chemical
Product Footprint
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POWERED BY MARKETSANDMARKETS
Sep 21, 2023
The Full List

The Full List

Company Headquarters Year Founded Holding Type
ACT Howell, USA 1977 Private
BP London, UK 1909 Public
CONDAT Saline, USA 1854 Private
Chevron San Ramon, USA 1879 Public
Eni Rome, Italy 1953 Public
ExxonMobil Irving, USA 1999 Public
FUCHS Mannheim, Germany 1931 Public
Hill & Griffith Indianapolis, Indiana 1896 Private
LANXESS Cologne, Germany 2004 Public
MORESCO Kobe, Japan 1958 Private
PETROFER Hildesheim, Germany 1948 Private
PETRONAS Kuala Lumpur, Malaysia 1974 Public
Phillips 66 Houston, USA 1927 Public
Quaker Houghton Conshohocken, USA 2017 Public
Rayco Chemical Westview, USA 2001 Private
SWEPCO Fort Worth, USA 1933 Private
Shell London, UK 1907 Public
Sinopec Beijing, China 2000 Public
Tashkent Vadodara, India 1973 Private
TotalEnergies Courbevoie, France 1924 Public
 
Frequently Asked Questions (FAQs)
Fire-resistant lubricants are specially formulated fluids designed to operate in environments where there is a risk of fire or high temperatures. They have properties that reduce the likelihood of ignition and combustion, helping to prevent fires in industrial machinery and equipment.
Fire-resistant lubricants are typically categorized into three main types: water-based, synthetic fluids, and hydraulic fluids. Water-based fluids include water-glycol and water-oil emulsions, while synthetic fluids include phosphate esters, polyol esters, and polyalphaolefins. Hydraulic fluids can include both water-based and synthetic options.
In environments where traditional lubricants could pose a fire hazard, such as near open flames, sparks, or extreme heat, using fire-resistant lubricants reduces the risk of ignition and fire, thus increasing safety and minimizing potential damage.
Fire-resistant lubricants have higher flash points and thermal stability compared to conventional lubricants. This means they can withstand higher temperatures without breaking down or igniting, even in the presence of sparks or flames.
Fire-resistant lubricants are commonly used in industries such as steel manufacturing, foundries, aerospace, power generation, and marine applications, where high temperatures, open flames, or high-pressure systems are present.
Fire-resistant lubricants might have slightly different performance characteristics compared to traditional lubricants. While they may not have the same extreme temperature range or wear resistance, their primary focus is on safety in high-risk environments.
Generally, fire-resistant lubricants tend to be more expensive than conventional lubricants due to their specialized formulations and properties. However, the added safety benefits and potential cost savings from preventing fires and equipment damage can outweigh the initial higher cost.
Fire-resistant lubricants should be stored in accordance with the manufacturer's guidelines. They may have specific storage temperature requirements and compatibility considerations. Additionally, proper labeling and documentation are essential for ensuring the correct lubricant is used in each application.
Mixing fire-resistant lubricants with conventional lubricants can compromise their fire-resistant properties. It's essential to follow manufacturer recommendations and avoid cross-contamination.
Fire-resistant lubricants might require more frequent monitoring and maintenance due to their specialized properties. Regular testing and inspection of fluid condition, viscosity, and additives are crucial to ensuring optimal performance and safety.
 
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