
Originally Posted by
DSE
Thank you for declaring the brochure, as I understood from the first sentence of your post.
But I couldn't quite understand the meaning of the second sentence.
Probably because of a problem with Google translation.…
Well, let's get back to the ignition coils that were discussed.
I have not puzzled over why the manufacturer used this material, which we are discussing, on the spark plug caps. I just needed an ignition coil with two terminals and certain electrical potential characteristics. And I bought it.
From my own practical experience, I can say that I have used this type of elastomer to protect steel parts during coating, in particular chrome plating. Galvanic electrolytes could not destroy the protective covers made of fluoro-rubber for a whole year. There were about thirty chrome plating cycles....
Why is seawater scarier to use than electrolytes?
The composition of Viton may vary depending on the manufacturer and the specific product, but in general, it includes the following components.
....let's turn to the reference books:
Fluorinated rubber, which provides high chemical and thermal stability. This material contains fluorine and other chemical groups that give it certain characteristics.
Seals, fillers, and modifiers that can affect the mechanical and chemical characteristics of the material.
Stabilizers and antioxidants, the main task of which is to prevent degradation of the material under the influence of heat and the environment.
Various additives can be introduced to improve the processing, mechanical properties and other characteristics of Viton.
It is important to note that the specific compositions of Viton may vary from manufacturer to manufacturer and for different products within the same brand.
Viton (FKM) is a group of fluorinated elastomers with different chemical structures, and its operating temperature may vary depending on the specific type of Viton.
Viton (FKM) material has several features that make it popular and valuable in various industrial fields, some of them:
Chemical resistance – the material can withstand aggressive chemical environments, including oils, solvents, acids, alkalis and other chemically active substances.;
Thermal stability – Viton is capable of operating in a wide range of temperatures, both low and high. This allows it to be used in conditions where preservation of sealing and insulating properties at elevated temperatures is required.;
Mechanical strength – the material is resistant to bending, stretching and tearing. This makes it suitable for applications where it is under mechanical stress.;
Oil and fuel resistance is what makes it valuable in the automotive and aviation industries.;
Elasticity – Viton can retain its sealing properties even under compression, bending or stretching;
Radiation resistance – the material is useful for use in the nuclear and aerospace industries;
Insulating properties – Due to its chemical resistance and elasticity, Viton is also used in insulation and sealing products such as gaskets and rubber seals.
Can you name a really strong argument against using this material in spark plug tips???
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