In the fluid control process in the industrial field, J-VALVES DN300 PN40 trunnion ball valves are widely used due to their unique structural and performance advantages. However, different design standards result in differences in many aspects of trunnion ball valves of this specification. A clear understanding of these differences is crucial for us to make accurate procurement decisions. The following is an in-depth comparison of its common design standards to clear up the confusion for you.
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In the field of industrial valves, DN300 trunnion ball valves are widely used, and different standards have their own specifications and requirements for wall thickness design. ASME B16.34 and DIN 3357, as two standards that attract much attention internationally, understanding the differences in wall thickness design between them plays a crucial role in correct selection, ensuring the performance and safe use of ball valves. Next, we will conduct an in-depth analysis of the differences in wall thickness design of DN300 trunnion ball valves under these two standards and provide corresponding selection guidelines.
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In the fluid control process in the industrial field, J-VALVES DN300 PN40 trunnion ball valves are widely used due to their unique structural and performance advantages. However, different design standards result in differences in many aspects of trunnion ball valves of this specification. A clear understanding of these differences is crucial for us to make accurate procurement decisions. The following is an in-depth comparison of its common design standards to clear up the confusion for you.
In the field of industrial valves, DN300 trunnion ball valves are widely used, and different standards have their own specifications and requirements for wall thickness design. ASME B16.34 and DIN 3357, as two standards that attract much attention internationally, understanding the differences in wall thickness design between them plays a crucial role in correct selection, ensuring the performance and safe use of ball valves. Next, we will conduct an in-depth analysis of the differences in wall thickness design of DN300 trunnion ball valves under these two standards and provide corresponding selection guidelines.
