Lubricating oils and thermo-viscosity
Amongst the fundamental characteristics of a lubricating oil, viscosity represents the most important property, together with the chemical composition.
A lubricating oil, while promoting smoothness and protection from mechanical wear between two surfaces in reciprocal movement, introduces a friction whose value is closely related to its viscosity at a given operating temperature.
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"More friction on your shock absorbers!"
Rotary shock absorbers are small but very precious components, which allow you to control the deceleration of rotary or linear movements, such as the opening and closing of glove boxes on the front passenger side of your car. To function properly, these shock absorbers need specific lubricants.
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"How do pneumatic valves work?"
Pneumatic valves are devices used for the control of actuators and for the regulation of the flow and pressure of compressed air.
Due to the numerous areas of application and the different stresses to which they are subjected, the correct lubrication of pneumatic valves is very important, especially with regard to sliding friction.
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Oils or grease? Here is when to use them ...
Regardless of its complexity and structure, any mechanical system requires constant lubrication to maintain a proper functioning over time.
This lubrication can be ensured by products of different nature and composition, which vary depending on the mechanism itself, the functionality and the application context.
Every type of lubricant, oils and greases, synthetic or natural, has the same common goal:maintain the operation of the mechanism at high levels and extend its duration.
Their contribution to the life and functionality of a mechanical organ is often underestimated but if we told you that choosing the right lubricant for your machinery could increase its efficiency and durability by up to 30%, what would you do?
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the advantages of silicone oils
When we talk about synthetic lubricants, silicone oils are among the most effective in the lubrication of mechanical components operating at high temperatures. Their high sliding property makes them the best choice for metal-plastic and rubber-metal combinations, also thanks to their inertia and reduced interaction with the materials they wrap.
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How to classify lubricating oils
Lubricating oil classification is the first thing to know about in order to provide your mechanical system with the correct solution for its needs.
Oil viscosity, oil density, oil gradation and all the characteristics of greases and oils in general all contribute significantly to the lubrication of your machinery. Indeed, getting even just one aspect wrong can lead to major structural damage.
Do you want to reduce maintenance costs without overhauling your facility? Do you think you have obtained maximum performance and efficiency from your machines? Do you want to "save" without making large investments? The solution is easy. Find out how by reading this article. At the end you can download a detailed economic analysis and check the considerable cost reduction that can be obtained with the use of a synthetic lubricating oil for rotary compressors compared to a normal mineral oil.
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Don't settle! Find the best oil for you!
Any mechanical system requires constant lubrication to maintain correct operation over time. The type and nature of the ideal lubricant differ according to the complexity of the system and use.
Each sector of use, be it artisanal or industrial, requires its own specific product, with specific characteristics and needs. But, regardless of the actual application, the common objectively is the same: to find the right oil to increase the efficiency and durability of mechanical systems.
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