Male Button Shock Absorber: 0.375" Rod Dia, 1.25" OD, 0.91" Stroke, M33 x 1.5 Thread MPN:MC3325M3

Introducing the Parker Male Button Shock Absorber with a rod diameter of 0.375 and an overall length of 5.44. Ideal for a wide range of industrial and commercial applications, this shock absorber offers superior damping capabilities and can withstand up to 12 million cycles. The male button design ensures easy installation and simplifies maintenance. Featuring a stroke length of 0.91 and M33 x 1.5 threads, it provides superior performance in tight spaces and harsh environments. Its compact size and lightweight construction make it easy to handle and transport. Use the Parker Male Button Shock Absorber in applications such as equipment testing, material handling, and machinery vibration control for enhanced durability and performance. Order yours today and experience the benefits of superior shock absorption!

Top product features:

• Male Button Design: The male button design ensures easy installation and simplifies maintenance, making it more user-friendly and convenient.
• Compact Size: Its compact size and lightweight construction make it easy to handle and transport, enabling the user to work with the product in tight spaces or remote locations.
• Superior Performance: The shock absorber offers superior performance in harsh environments, providing reliable and consistent results for professional users in demanding applications.

Top product applications:

• Equipment Testing: The shock absorber can be used in equipment testing to simulate real-world conditions and assess the durability, reliability, and performance of machines or products under controlled circumstances.
• Material Handling: The shock absorber is suitable for material handling applications, such as using it in conveyor systems to protect sensitive goods from sudden jerks or shocks during transportation.
• Machinery Vibration Control: The product can be used in machinery vibration control, where it can absorb and dissipate unwanted vibrations or oscillations in equipment, improving overall stability, precision, and performance.