The FKM 75 O-Ring (Compound No. V7501N) with a cross-section (CS) of 2.5mm and an inner diameter (ID) of 14mm is designed specifically for the top check valve seat in low viscosity liquid piston fillers. This high-performance O-ring is crafted from FKM 75, a premium fluoroelastomer known for its superior resistance to heat, chemicals, and aggressive liquids, making it a reliable sealing solution in demanding liquid filling applications.
Material Composition:
FKM 75 (Compound No. V7501N): A fluoroelastomer offering exceptional durability, this material is specifically engineered to withstand challenging environments involving chemicals, oils, and high temperatures.
Key Features:
Heat Resistance: With its excellent thermal stability, the FKM 75 O-ring can perform efficiently in elevated temperatures, maintaining its integrity and sealing properties during extended operations.
Chemical Resistance: This O-ring is designed to resist various chemicals, oils, and low-viscosity liquids, ensuring long-lasting performance in liquid filling machines.
Compression Set Resistance: The O-ring’s ability to retain its shape and sealing effectiveness after repeated compression cycles makes it ideal for dynamic applications like piston fillers.
Durability: The FKM 75 compound offers a long service life, reducing the need for frequent replacements, even in rigorous operating conditions.
Application: This FKM 75 O-Ring is specifically used in the top check valve seat of low viscosity liquid piston fillers, where maintaining a leak-proof seal is critical to the machine's performance. Its size and material composition ensure a tight, reliable seal that enhances the accuracy of liquid filling processes while minimizing maintenance needs.
Application: Top check valve seat in low viscosity liquid piston fillers
Resistance: High resistance to chemicals, oils, and elevated temperatures
The FKM 75 O-Ring 2.5mm CS x 14mm (V7501N) is a critical component that ensures reliable sealing and optimal performance in low viscosity liquid piston filling machines, particularly in challenging environments that require exceptional heat and chemical resistance.
