Industry insights, technical guides, and the latest news from Flanges.AI.
Reducing flanges bridge different pipe sizes without the complexity of reducer fittings. Learn when to specify them, how they compare to other solutions, and what sizing considerations matter for your application.
Orifice flanges enable flow measurement and pressure drop creation in piping systems. Discover the unique design features that make them essential for process control and how to select the right configuration for your application.
Tariffs on imported steel directly impact flange prices and supply chains. Learn how Section 232 duties and anti-dumping tariffs filter through your procurement costs and what strategies can help manage expenses.
Proper bolt torque is crucial for leak-free flange connections. This comprehensive guide provides torque specifications for every pressure class and explains the factors that influence the correct torque value for your installation.
ASME dimension tables contain all the physical data needed to specify and install flanges, but understanding them requires knowing what each measurement represents. Learn to navigate these tables confidently.
Different pressure vessel and flange standards exist across the world, each with distinct requirements. Learn how PED, ASME, API, and ISO standards compare and which applies to your project.
Government procurement requires flanges to meet specific domestic content rules. Learn the difference between Buy American, BABA, and AIS requirements, and what 'domestic' actually means for your project.
Flange couplings transmit torque between rotating shafts while allowing controlled disconnection. Learn the differences between rigid and flexible types and their applications in industrial machinery.
Large diameter flanges follow ASME B16.47, which offers two series with different dimensional approaches. Understand the tradeoffs between Series A and Series B to choose the right option.
ASTM A105 and A182 are the most common flange steels. Learn the mechanical property differences, temperature capabilities, and how to choose the right material for your pressure and temperature conditions.
Mill Test Reports document material properties and test results for your flanges. Learn what information they contain and what to look for when reviewing them to verify quality.
Pipe flanges are essential components in water systems, power plants, and oil pipelines. Understand why quality and traceability are non-negotiable for critical infrastructure applications.
Raised face flanges are the most common flange type in industrial piping. Learn the dimensional standards, gasket compatibility, and how RF flanges compare to RTJ and flat face designs.
Lap joint flanges have lower upfront cost but significant advantages in assembly and maintenance. Discover when switching from weld neck to lap joint creates real ROI despite appearing more expensive.
High-pressure systems demand flanges engineered for extreme conditions. Learn how weld neck, blind, and orifice flanges perform under pressure and how to select the right design.