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Features: p surface finish specifications, static particle counting, moisture analysis, hydrocarbon analysis, ionic cleanliness.

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Features: This technical report provides data on Swagelok® DP series diaphragm valves. The report covers: surface finish specifications; inboard helium leak testing; particle counting; moisture analysis; hydrocarbon analysis; ionic cleanliness.

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Features: This technical report provides data on Swagelok® DF series diaphragm valves. The report covers: P surface finish specifications; static particle counting; moisture analysis; hydrocarbon analysis; ionic cleanliness; lab cycle test data.

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Features: These abstracts summarize the testing conducted by independent third parties and Swagelok on the DRP series valve.

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This technical bulletin provides an overview of how to read regulator flow curves for pressure-reducing regulators. It describes some of the complexities, including droop, seat-load drop or lockup, choked flow, hysteresis, and supply pressure effect (SPE), also known as dependency.

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This technical report provides data on Swagelok® HF series manual regulators. The report covers: surface finish; particle counting; moisture analysis; hydrocarbon analysis; ionic cleanliness; lab cycle test data.

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Swagelok® Specification SC-10 defines the cleaning, lubrication, assembly, and packaging requirements for standard Swagelok products and describes practices used to meet these requirements.

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This document specifies guidelines used by Swagelok Company for producing stainless steel products intended for photovoltaic (PV) applications.

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Scope: This document specificies guidelines used by Swagelok® Company for producing ultrahigh-purity (UHP) electropolished stainless steel products as well as ultrahigh-purity plastic products. This document must be used in conjunction with product catalogs, technical bulletins, and reports for comp...

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Valve sizing often is described by the nominal size of the end connections, but a more important measure is the flow that the valve can provide. And determining flow through a valve can be simple.

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