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Stay informed on the latest technical breakthroughs, regulatory shifts, and Panam Valves' ongoing commitment to extreme-pressure safety.
Our newest technical guides

How a 3-valve manifold works on a DP transmitter: what the instrument measures, what each valve does, and the fixed sequences for putting it into service, checking zero under line pressure and isolating it. Includes a symptom-to-cause fault-finding table for readings that look wrong, the standards that can apply, and a specification checklist.
Steven Kassi

Swagelok warns against mixing tube fitting brands, and that advice is sound. This guide separates intermix and interchange from a straightforward supplier choice, sets out exactly what Panam's DNV interchangeability report with Swagelok does and doesn't cover, and gives you a checklist for evaluating any tube fitting alternative on its own evidence.


12 more articles
Panam's PCV Series check valves are engineered for backflow prevention up to 6,000 psig in SS316, Duplex, Monel, and Hastelloy. This guide covers cracking pressures, end connections, hydrogen and NACE service options, and how to specify a complete check valve package.

Panam designs and manufactures precision-engineered SS316 ball valves in 2-way, 3-way, high-bore and high pressure configurations up to 20,000 psi. This guide covers specifications, seat materials, end connections, HP series pressure ratings, and how to specify correctly for hydrogen, oil & gas, and process service.

This UK-focused buyer's guide explains how to select industrial valves by function, standards and materials across energy, process, hydrogen and utilities. Covers key valve types, API and EN documentation, Cv and sizing, high-pressure and cryogenic duties, plus installation and lifecycle planning — with guidance on planning procurement.

This guide explains how to choose and install manifolds for reliable DP flow, level, and pressure measurements. It compares 2-, 3-, and 5-valve configurations, monoflange versus traditional builds, and integral double block and bleed options. You'll also learn hydrogen and gas-specific considerations, installation best practices, and how close-coupled mounting and standardised architectures can boost accuracy and reduce maintenance effort.

This guide explains how NPT, BSPP and BSPT pipe threads differ in form, taper and sealing so you can identify them quickly in the field. It covers practical steps for thread ID, proven seal methods, common compatibility myths, and when to use adapters.
Panam Valves and R&G Fluid Power Group announce a new strategic partnership, uniting trusted products, industry expertise, and a shared commitment to reliability, quality, and performance.

Achieve zero energy and protect your team during shutdowns. This guide provides a safety-led foundation for specifying and executing Double Block and Bleed (DB&B) correctly.

Explore the mechanics of non-return valves (NRV), from cracking pressure to backflow prevention, and learn why they are the quiet guardians of industrial piping.

As the global energy sector pivots toward H₂, specialized valving is critical. Learn about the material science and engineering required to mitigate embrittlement and leakage in high-pressure hydrogen systems.
In precision instrumentation, the reliability of a pressure measurement system depends on every component in the connection chain. Learn how swivel gauge adapters enable 360° positioning, prevent mechanical stress, and ensure measurement accuracy in demanding industrial environments.

Get the porting right and you reduce leak paths, speed up maintenance and cut panel space. This guide breaks down L-port vs T-port internals, typical flow paths and real-world applications — plus a full specifying checklist and commissioning tips to avoid the most common mistakes.

When pressure climbs past 30,000 PSI, ordinary flow control hardware stops being an option. This guide breaks down the PANAM HP Series — five pressure tiers up to 60,000 PSI, stem tip selection, materials, packing, and where these valves earn their keep in oil and gas, hydraulics, and instrumentation.
