Brief: Get a guided demo that shows common workflows and troubleshooting tips for the PTFE SS Shaft Oil Seal. This video demonstrates how this high-performance seal, featuring a stainless steel casing and PTFE sealing lip, operates in demanding applications like air compressors. You'll see its low-friction design in action and learn how it withstands high speeds up to 40 m/s, extreme temperatures, and corrosive conditions.
Related Product Features:
Features a durable stainless steel casing combined with a PTFE shaft seal lip for robust performance.
Available in multiple configurations including single lip, double lips, three lips, or no lip designs.
Low friction design contributes to improved energy efficiency in operation.
Serves as a superior alternative to traditional oil seals in demanding applications.
Provides exceptional performance even in environments with limited lubrication.
Withstands high-speed conditions up to 40 m/s and high-temperature ranges from -60°C to +260°C.
Resists corrosive conditions and is compatible with oil, bio oil, water, air, and other industrial fluids.
Ideal for air compressors, industrial engines, and hydraulic presses requiring reliable shaft sealing.
FAQs:
What are the available lip configurations for this PTFE SS Shaft Oil Seal?
This shaft oil seal is available in multiple configurations to suit various application needs, including single lip, double lips, three lips, or even no lip designs.
What is the maximum operating speed and temperature range for this seal?
The PTFE SS Shaft Oil Seal can withstand speeds up to 40 m/s and operates effectively across a wide temperature range from -60°C to +260°C.
In which applications is this shaft oil seal typically used?
It is commonly used in demanding applications such as air compressors, industrial engines, hydraulic presses, and other heavy-duty machinery that require reliable and durable shaft sealing solutions.
How does the low friction design benefit the equipment?
The low friction design of the seal reduces energy loss, leading to improved overall energy efficiency for the machinery it is installed in.