Obtain the data you need to make the most informed decisions by accessing our extensive portfolio of information, analytics, and expertise. Sign in to the product or service center of your choice.
One of the world’s premier semiconductor companies increased the number of cross references in its parts database from 100,000 to nearly 2 million. In doing so, the company boosted results of its parts with the lowest searches by 52 percent and helped its customers find alternatives for obsolete parts so they can avoid the need to redesign products.Learn More About Our Customers Success
Based in Tokyo, this pneumatic industry pioneer continues to innovate by redefining its development process to deliver winning products that achieve their goals – e.g. the IMACT-V valves allow a typical manufacturing plant to use 50% less compressed air and reduce electric power consumption by 10% or more.Learn more about our client’s successes
With a decades-long commitment to developing eco-friendly solutions, one of the world’s largest manufacturers of industrial cleaning products overhauled its existing dispensers for greater dilution accuracy, reducing end-users costs by as much as 80% over traditional dispensing systems – offering the manufacturer a tremendous competitive advantage.
IHS Technology Director Tim Dawson discusses how an industrial automation company improved its process manufacturing capabilities by leveraging IHS information, research and analyst expertise. Learn how the company leveraged these resources to benchmark its performance, challenge internal forecasts and demonstrate its competitive position to investors, shareholders and customers.View Video
One of my associate is planning for a milk dairy unit of 2000 Litrs/Hr. (or) 2.0 M^3/Hr. I want to know the over-all heat transfer co-efficient for milk in the heat exchanger/ pasteurizer and chilling of the milk, the recommended velocity for the milk, etc. max. temp. should not go above 90 Deg.C a
I got a little confusion during the stress analysis of a gas line (my first experience of stress analysis) with ASTM A-106 gr. B pipe. We know that allowable stress for A-106 Gr. B pipe is 20000 psi as per Table A-1 of B31.3. But when i generated the report it is showing that allowable stress is 350
Q1:We are doing Single V Butt Joint welding with ER80S-G for Root & Hot pass and then SAW(EA2-A2) welding on Plate(25 mm Thk).After welding we are doing Backgouging .Clarification required how much depth back gouging is accepted.After doing LPT we have to gouge more due to weld defect.and due to bac