Tensile & Blow-out Resistance

Mechanical Behavior of Gaskets

In the previous content, we focused on "Mechanical Behavior Performance of Gaskets" and elaborated on key dimensions such as load-deformation behavior, compression-recovery performance, and crushing strength. In this chapter, we will continue to delve into the mechanical behavior performance of gaskets: tensile strength and blow-out resistance.

In industrial sealing systems, gaskets are core components ensuring leak-free operation of equipment, and their mechanical properties directly determine their adaptability and stability under different working conditions.

O-ring seals suitable for sealing scenarios such as nuclear power and valves

Among them, tensile strength and blow-out resistance are two core indicators for evaluating the mechanical performance of gaskets. Whether in conventional pipeline connections or special scenarios such as high pressure and high temperature, these two performances directly affect whether gaskets can work reliably for a long time, avoiding equipment failures or safety issues caused by seal failure.

BMCWSG: Excellent stress relaxation resistance

In the subsequent series of content, we will detailedly analyze the principles, application scenarios, and key considerations of these two indicators, helping friends engaged in sealing-related work to more accurately understand and select gaskets, and escort the stability of equipment sealing systems.

Ingenious Seal Mastery

For sealing leakage issues, Baohua provides solutions. If you have any doubts about sealing technology, please pay attention to Suzhou Baohua and feel free to consult, comment, or leave a message!  Thank you all! we will continue to talk about tensile strength and blow-out resistance. See you next time!