CALL US

617-502-5636

EMAIL US
OFFICE HOURS

Mon - Fri: 7am - 7pm EST

DEDICATED TO ENSURING SAFETY

MMT is committed to developing innovative technologies that can be implemented into pipeline integrity management programs to further ensure the safety of the public.

OUR SERVICES

- Complete HSD Testing

- Technician Training Program

- NDTT Research

VISIT US

167 Prospect Street

Waltham, MA 02453

© 2019 Massachusetts Materials Technologies

WHY DO MATERIAL VERIFICATION?
WHY CHOOSE
MMT?
HOW MMT'S TECHNOLOGIES WORK
IMPLEMENT MMT IN YOUR NEXT PIPELINE INTEGRITY PROJECT

The strategic time to start collecting material strength data on vintage assets is now. Stay ahead of the upcoming regulations and schedule MMT services at your next dig. Our field service is easily integrated into any ongoing project so get on our calendar today.

 

WHY DO MATERIAL VERIFICATION?

SAFETY

  • Reduce Failure Rate

  • Avoid Incident

COMPLIANCE

  • Mitigate Legal & Regulatory Risk

ECONOMICS

  • Cost Benefits of Proactive vs Reactive Testing

PHMSA PIPELINE INCIDENTS

 

WHY CHOOSE MMT?

VALIDATED TECHNOLOGY

The HSD Tester has been validated through field case studies and industry sponsored blind programs including PRCI which concluded that MMT's frictional sliding is "the best performing technique."

Team of Experts

MMT is dedicated to assist operators achieve their integrity goals through innovative technologies utilized in field services that provide lab accurate asset strength data without service interruptions.

Service and Support

MMT now offers a complete training program to NDE service providers that qualifies their technicians to perform all MMT field service procedures including nondestructive material strength testing with the HSD Tester.

 

HOW OUR TECHNOLOGY WORKS

The Hardness, Strength, and Ductility (HSD) Tester implements the contact mechanics method of frictional sliding to reliably identify longitudinal seam type and accurately measure material strength properties without sample removal or service interruption.