How Many Degrees Of High Temperature Can The Fluororubber Plate Accept

The fluorine rubber plate takes nitrile rubber as an example, and its working temperature can reach 120 ℃ or higher.
1. Interstitial bite? Poor geometric accuracy (including roundness, ovality, cylindricity, coaxiality, etc.) of sealed parts, misalignment between parts, and internal diameter expansion under high pressure can lead to expansion of sealing gaps and intensification of gap extrusion. The hardness of the fluororubber plate also has a significant impact on the gap extrusion phenomenon. The higher the pressure of liquid or gas, the smaller the hardness of the fluororubber plate material, and the more serious the gap squeezing phenomenon of the fluororubber plate. The measure to prevent gap bite is to strictly control the hardness and sealing gap of the O-ring fluororubber plate. Select sealing materials with appropriate hardness to control the gap. The hardness range of commonly used fluororubber sheets is HS60 to 90. "Those with low hardness are used for low pressure, while those with high hardness are used for high pressure.".? The use of a suitable fluorine rubber plate to protect the retaining ring is an effective method to prevent the fluorine rubber plate from being squeezed into the gap.
2. Distortion phenomenon? Twisting refers to the phenomenon that the fluororubber plate twists in the circumferential direction, which generally occurs in the dynamic sealing state. If the fluororubber plate is properly assembled and used under appropriate conditions, it is generally not easy to cause rolling or twisting during reciprocating motion, because the contact area between the fluororubber plate and the groove is larger than the frictional contact area on the sliding surface, and the resistance of the fluororubber plate itself can originally prevent twisting.