- Iridium is known for its high melting point, making it exceptionally durable and long-lasting. In comparison to traditional spark plugs made from nickel or platinum, iridium spark plugs can withstand higher temperatures and maintain their performance for longer periods. This extended lifespan results in reduced maintenance costs and improved engine performance.
- Viton Oil Seals – Viton is a form of synthetic rubber and fluoropolymer elastomer; these seals provide resistance in both high temperatures up to 250°C and low compression set components. They are also strong against abrasions and chemicals, so they can be used in machinery and elements that operate with solvents and petroleum.
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What material are oil seals made from?
- The F7RTC spark plug, manufactured by renowned brands like Bosch, NGK, or Denso, is known for its exceptional quality and reliability. The F in the model name typically refers to the thread size and type, indicating that it is suitable for a wide range of vehicles, including cars, trucks, and even small engines. The 7 often signifies the heat range, denoting that this plug has a medium heat range, ensuring optimal heat dissipation and preventing overheating or fouling.
Excellent high and low temperature resistanceChoosing and using the proper sealing devices within oil and gas applications can be vital when preventing dirt, dust, water, and other debris from potentially getting inside and contaminating products.
Major factors - The spark plug, typically made from materials like nickel-alloy or iridium, is nestled within the engine's combustion chamber. Its primary function is to generate the spark that ignites the air-fuel mixture, initiating the combustion process. This spark, timed precisely by the ignition system, propels the piston, driving the chain around the guide bar, ready to cut through even the toughest wood.
- When it comes to automotive systems, the oil seal 12 22 5 is commonly used in engines, transmissions, and differentials. In engines, the oil seal prevents oil from leaking out of the crankshaft and camshaft, while in transmissions, it seals the input and output shafts to prevent fluid leakage. In differentials, the oil seal helps to keep the gear oil contained within the housing.
- The process also includes checking for proper connection at both ends of the wire. Loose fittings can cause the same issues as a damaged wire. Moreover, it's essential to ensure that the wires are routing correctly and are not too close to each other or other components, which could lead to electrical interference or crossfire – where the voltage jumps from one wire to another instead of going to the intended spark plug.
Of course, all rubber materials and seals will provide a range of benefits; however, you will need to consider chemical compatibility, sufficient temperature ranges, pressure ranges, and more.
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VMQ, also known as silicone, is also used for oil seals, but this is less common because the mechanical strength of VMQ is low and this material has poor wear-resistance This makes it less suitable for dynamic applications, but it can withstand fairly low and high temperatures from -60 °C to 200 °C. Many types of VMQ are also suitable for contact with pharmaceutical and food products, so VMQ is an option worth considering. VMQ oil seals are usually available on request.
-15 °C to + 180 °C
If you require any assistance in discovering the factors that lead to the right oil seal choices, the Simply Seals Team is happy to assist you!
There may be a rubber '0' ring oil seal round the base of the distributor, or a paper gasket under the plate of the securing clamp. Remove either seal, clean away all dirt and oil, and fit the new one.
Leather Oil Seals - Leather Seals, also known as Type L Oil Seals, are most common in components that are subject to dirt and poor lubrication. Since they come pre-lubricated and are able to absorb fluids, leather oil seals are able to provide sealing properties in conditions that synthetic rubber is unable to.

These types are made with a metal outer case and a PTFE lip. They are suitable for a wide range of temperatures from -90 °C to +260 °C.These lip seals can also be used for higher pressures of up to 10 bar (special types up to 25 bar) and rotational speeds of up to 40-45 m/s. Certain grades of PTFE are suitable for use in pharmaceutical and food applications. One important point is that PTFE lip seals do require a shaft with a harder, smoother finish.
FKM or FPM, which is in well-known brand Viton™, can withstand higher liquid temperatures of up to 180 ˚C. FKM is highly resistant to strong acids and bases, as well as to synthetic oils and greases. Glycol-based oil and grease, however, can also damage FKM.