1. Material Compatibility

   • Ensure the gasket material is compatible with the fluids or gases it will encounter.

2. Temperature and Pressure Ratings

   • Check the temperature and pressure limits of the gasket for your specific application.

3. Gasket Thickness

   • Consider the appropriate thickness for the sealing application, as it can affect compression and seal integrity.

4. Application Type

   • Identify the type of application (e.g., static, dynamic, high-vibration) to choose the right design.

5. Type of Joint

   • Determine whether you need a flat gasket, O-ring, or other designs based on the joint configuration.

6. Chemical Resistance

   • Verify the gasket material’s resistance to chemicals it will be exposed to, including corrosive substances.

7. Environmental Factors

   • Evaluate environmental conditions (e.g., moisture, temperature fluctuations) that might influence gasket performance.

8. Standards and Certifications

   • Look for gaskets that meet relevant industry standards or certifications for quality assurance.

9. Installation Method

   • Consider how the gasket will be installed and if special tools or techniques are required.

10. Reusability

    • Determine if the gasket can be reused or if it is a one-time-use component.

11. Manufacturer Reputation

    • Research the manufacturer’s reputation and customer reviews to ensure quality and reliability.

12. Cost vs. Quality

    • Balance cost with quality; cheaper may not always be better for long-term applications.

13. Custom vs. Standard Gaskets

    • Decide if you need a custom gasket to meet specific needs or if a standard size will suffice.

14. Lead Time

    • Check the availability and lead time for delivery, especially for custom gaskets.

15. Maintenance and Replacement

    • Plan for future maintenance and potential replacement of the gaskets in your application.

By considering these factors, you can make an informed decision when selecting gaskets for your needs.