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Polyalphaolefins (PAO)4

Static separation between oil and thickener: how to avoid it FatsIndustrial LubricantsLithiumOilsPolyalphaolefins (PAO)Polyester (POE)

Static separation between oil and thickener: how to avoid it

One lubricating grease is a mixture composed of three main elements: Synthetic or mineral lubricating oil Thickener Additives L'thickener has the task of retaining the oil and giving the lubricating grease its semi-fluid consistency, while the additives improve the performance of the lubricant. However, under conditions of prolonged rest o…
Mascherpa
February 5, 2025
Noise, vibration and harshness (NVH) reduction with MOLYKOTE® G-1056, G-1057 and G-1067 greases Anti-noise LubricantsCONT@TTOIndustrial LubricantsMolykotePlastic gearsPolyalphaolefins (PAO)

Noise, vibration and harshness (NVH) reduction with MOLYKOTE® G-1056, G-1057 and G-1067 greases

Greases play a key role in the optimal operation of industrial and automotive equipment. Among the high-quality greases on the market, MOLYKOTE® G-1056, G-1057, and G-1067 stand out for their outstanding performance, unique features, and numerous applications. In this article we will delve into these innovative products to help you…
Mascherpa
January 22, 2024
HOW KRYTOX ™ PERFORMANCE LUBRICANTS CAN REDUCE COMPONENT FAILURES AND EXTEND VEHICLE LIFE Automotive IndustryCONT@TTOIndustrial LubricantsKrytoxPerfluoropolyether (PFPE)Polyalphaolefins (PAO)

HOW KRYTOX ™ PERFORMANCE LUBRICANTS CAN REDUCE COMPONENT FAILURES AND EXTEND VEHICLE LIFE

How Krytox ™ Performance lubricants can reduce component failures and extend vehicle life In the 1960s the average air temperature under the hood was below 100°C. In the early 2000s it exceeded 120 ° C, and today operating temperatures can approach 200 ° C. Finding a lubricant that can withstand…
Mascherpa
June 13, 2019