CERAM, the-UK based parent company of The M&P Lab, is an international authority on refractory technology. With over 70 years' experience in this field, CERAM offers a full service of research and development, consultancy and testing services, on both the manufacture and the use of refractories to a wide range of industries, either directly or through its subsidiary companies. (read more)

Acera Technology manufactures custom refractories and high temperature insulation to match your specifications. (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)

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)

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

Vessel Refurbishment is the process of returning your used vessel to a "like new" condition. On-Site services can include any or all of the following: project management, vessel assessment, certified ASME code weld repair or vessel modification, mechanical polishing and electropolishing. (read more)

A PSX heater can be placed on the heat/cool recirculation loop to instantaneously heat the water to the required temperature. Water flowrates from 1 - 5,000 gpm can be efficiently handled with the PSX heater. (read more)

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

Most vessels are customized to meet the specific requirements of the application. Vessel features can include: (read more)

The T8410 through T8760 Series NTC thermistor temperature probes consist of a stainless steel tube welded to a tapered-thread pipe fitting with a thermistor potted at the tip of the closed end of the stainless steel tube. The rugged construction of these probe assemblies makes them ideal for sensing temperature of fluids in pressurized pipes and vessels. (read more)