Integrity Testing Laboratory Inc. - Product Announcements

Apparent thermal conductivity is measured by plate steady state method according to ASTM E 1225. A test specimen is inserted under load between two similar specimens of a material of known thermal properties. A temperature gradient is established in the test stack and heat losses minimized using a longitudinal guard having approximately the same temperature gradient conditions. (read more)

This process is a low-surface energy variant of the original Photosil™ process. The HydraRelease™ process produces silicon-enriched surfaces with excellent permanent release properties. (read more)

Supporting Software for Remote Control & UP Optimum Application (read more)

There is a Supporting Software (SS) that is an integral part of UCC Measurement Unit. The SS allows controlling the measurement process, storing the measured and other data and calculating and plotting the distribution of residual stresses. The software also allows an easy connection with standard PC's. (read more)

The Photosil™ process is a surface modification technology which substantially alters the surface structure and chemistry of a polymer. Originally developed to protect polymer materials used in space exploration, Photosil™ is an innovative process with many terrestrial applications protecting polymer materials in a wide range of environments. (read more)

ITL scientists have developed several major system that are now offered to the technical communities worldwide. The design and reliability of the systems stem from the solid experience and high professional standards of ITL scientists who developed them. (read more)

The Space Environment Simulator (SES) is a modern fully computerized experimental facility designed and created at ITL Inc. for testing, qualification, and lifetime prediction of spacecraft materials and coating in simulated conditions of the LEO space environment. (read more)

UltraPeen for Ultrasonic Peening of Parts & Welded Elements (read more)

UltraMARS forUltrasonic Measurement of Applied and Residual Stress (read more)