Brief: Wondering how the Guomat F-500-4 Air Spring compares to the Yokohama S-500-4R? This video provides a detailed walkthrough and demonstration of this high-performance replacement part. You'll see its robust construction, learn about its key specifications, and discover how its durable natural rubber bellow and crimped assembly deliver reliable operation across diverse industrial applications.
Related Product Features:
Engineered as a direct replacement for the Yokohama S-500-4R air spring, ensuring compatibility.
Features a robust crimped assembly that provides superior strength and long-lasting durability.
Utilizes a convoluted bellow made from high-quality natural rubber for exceptional dynamic performance.
Designed to handle rigorous operating demands and function seamlessly under diverse conditions.
Offers a maximum internal pressure of 0.69 MPA and a high internal pressure failure threshold.
Provides reliable performance with a dynamic spring constant and specific natural vibration frequency.
Backed by a 100% testing process to guarantee quality and reliability before shipment.
Part of a comprehensive range of air spring models for various industrial and automotive applications.
FAQs:
What is the main advantage of the Guomat F-500-4 Air Spring?
It offers a reliable, high-quality direct replacement for the Yokohama S-500-4R at a reasonable price, with a long working life and global export support.
Can you produce custom air springs based on samples or technical drawings?
Yes, we can produce air springs according to your provided samples or technical drawings, including building the necessary molds and fixtures.
How do you handle customer complaints?
We respond to all customer complaints quickly, typically within 24 hours, to ensure issues are resolved promptly and satisfactorily.
What materials are used in the construction of the F-500-4 air spring?
The air spring features a convoluted bellow precisely manufactured using high-quality natural rubber, known for its exceptional dynamic characteristics and versatility.