DePere, Wisconsin (PRWEB)
July 20, 2015
Houghton International, the longest tenured client for SRC Technologies, has renewed their managed and professional services agreement for another three years, which will bring the relationship to the ten-year milestone.
“From the very beginning, our team at Houghton felt SRC Technologies was the best fit for us. We feel confident in their technical abilities and they have a better value proposition than other providers. SRC is a hands-on IT company; you do not have to work through layers of people to get to who you need to talk with. They have a high level of commitment to our mutual success and we are pleased to renew our commitment with them for another three years,” states Vince Angelucci, VP, Global IT for Houghton.
B.J. Havlik, President of SRC Technologies, gives credit to his employees for their dedication ongoing commitment to provide the highest level of service for Houghton. Their relationship has developed to include the full breadth of infrastructure needs, including monitoring, security and service desk management. The team has truly developed as the global partner, responsible for translation of Information Technology Service Management criteria in more than five languages.
Houghton International (http://www.houghtonintl.com), headquartered in Valley Forge, Pennsylvania, is the largest metalworking fluids company in the world providing both high-tech fluid products and fluid management services. Their global operations employs over 2,000 associates and includes 50 locations in the Americas, Europe and Asia-Pacific. Founded in 1865, their mission is to apply innovative fluid technology to help solve manufacturers’ global challenges.
SRC Technologies (http://www.srctechnologies.com), based in DePere, Wisconsin, designs, builds, and manages IT infrastructures to help their clients ensure that business performance is optimized. Leveraging experience managing large IT environments, they use best practice IT Management frameworks to enable IT to deliver better business performance.