Resumen: Discover how Silicone O Rings ensure optimal performance in various sealing applications. These versatile rings are cost-effective, easy to use, and comply with international standards like AS568, JIS B 2401, and ISO 3601/1. Perfect for dynamic and static sealing needs.
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Widely used in dynamic and static sealing applications due to low manufacturing cost and ease of use.
Complies with international standards including AS568, JIS B 2401, and ISO 3601/1.
Material selection considers compatibility with working media and conditions like pressure and temperature.
Available in various seal types including static, dynamic, piston, and shaft seals.
Hardness of O-ring material is critical for sealing performance, typically 70 Shore A nitrile rubber.
Maximum allowable extrusion gap depends on system pressure, cross-sectional diameter, and material hardness.
Compression set is a key indicator of sealing performance under pressure.
Suitable for radial and axial mounting with specific diameter requirements for optimal performance.
Las preguntas:
What standards do Silicone O Rings comply with?
Silicone O Rings comply with international standards such as AS568 (American standard), JIS B 2401 (Japanese standard), and ISO 3601/1 (international standard).
How do I select the right O-ring for my application?
Consider the working medium, pressure, temperature, and sealing type (static or dynamic). Material compatibility and hardness (typically 70 Shore A nitrile rubber) are also crucial factors.
What affects the sealing performance of O-rings?
Sealing performance is influenced by O-ring hardness, extrusion gap, and compression set. Higher pressure requires smaller extrusion gaps, and material hardness determines compression and gap tolerance.