The new edition of the companion guide, now available from ASME Press, has been fully updated to the current 2004 Code, except as noted in the text. The 2,000-page guide is a tool you can use to strengthen your understanding of code application through high-level discussions of the codes' underlying rationale, current trends, and long-term issues for piping and pressure-technology professionals. (read more)

The International Boiler and Pressure Vessel Code establishes rules of safety governing the design, fabrication, and inspection of boilers and pressure vessels, and nuclear power plant components during constructions.

PLEASE NOTE: THE SCHEDULED DELIVERY DATE IS JULY 2007. (read more)

ASME Boiler & Pressure Vessel Public Courses-learn from the industry experts (read more)

In this case an air tight container in V2A steel is loaded with compressed air to feed the metering head. Those containers are available with a useful volume of 6, 12, 24, 45 and 60 liters and have an air tight lid to be locked by screws and two handles to be carried comfortably. (read more)

Fluitron offers a wide range of laboratory, pilot, and some production scale pressure vessels for use as reactors, accumulators, autoclaves, hydrostatic test tanks, storage vessels, process vessels, etc. (read more)

COMPRESS is the world's most comprehensive program for ASME Code design and analysis. (read more)

Ultra Electronics Precision Air Systems manufactures custom pressure vessels to match your specifications. (read more)

PRESS FRAME - Rugged, welded H frame construction provides rock solid alignment.

VACUUM LOW PRESSURE - Vacuum to 10-6 Torr, Pressure to 5PSI, Dynamic or static partial pressures

PRECISION RAM CONTROL - Ram pressure controlled to within 1% of maximum force. Ram travel is controlled to within .001". (read more)

Glass Pressure Reaction Vessels Offer Outstanding Market Value in Research and Industrial Laboratories (read more)

T-fuse™ allows, safe controlled blow down of pressurized fluid at a pre-defined temperature. T-fuse™ is ideal for insulated or composite vessels where external heat cannot raise internal pressure prior to degradation of the vessel shell. (read more)