Simering AS
Simmering AS are rotary shaft seals that prevent oil leaks and protect mechanisms from contamination. Their design includes a metal reinforcing skeleton, an elastomeric sealing lip, and a compression spring to ensure optimal shaft contact. Additionally, they are equipped with a dust lip that effectively blocks dust and dirt. Thanks to their durable materials, Simmering AS seals are used in automotive, hydraulic, and industrial machinery, providing long-lasting protection.
How are AS type oil seals constructed?
Simmeringi AS are rotary shaft seals with a reinforced construction. They consist of a metal frame that provides stability and resistance to deformation. The main sealing lip is made of elastomer, ensuring flexibility and effective sealing to the shaft. The compression spring maintains a constant pressure, ensuring tightness. Additionally, AS seals have a dust lip that protects mechanisms from contaminants. They are not pressure seals, so they are used in standard lubrication systems.
What is the purpose of AS type simmer rings?
Simmering AOH is a rotary shaft seal used in mechanisms requiring reliable protection against oil, grease, and operating fluids leakage. Thanks to an additional dust lip, they effectively shield machine components from dust, dirt, and moisture. They are utilized in automotive (engines, gearboxes), machinery industry (bearings, gears), hydraulics, and agriculture. Their durable construction ensures resistance to wear and guarantees long-term, trouble-free operation in demanding operating conditions.
Application of Simmer Rings AS
Simmer AS rings are commonly used to seal rotating shafts in various industries. In automotive applications, they protect crankshafts, camshafts, and gearbox mechanisms from oil leaks. In the machinery industry, they safeguard bearings and gears in electric motors, pumps, and compressors. In hydraulics, they are used in actuators and drive systems. Thanks to the dust lip, they effectively prevent dirt ingress, ensuring long life for sealed mechanisms under standard operating conditions.