Material Test/Cure Portable - MC70QT

Standard Features

  • On job site protected storage of concrete test specimens and reliable heating
  • Fits five 6"x 12" concrete test cylinder molds and ten 4"x 8" concrete test cylinder molds
  • Meets ASTM C31 & AASHTO T-23compliant
  • Comes with comfort grip no-crush handles for easy transport
  • No need to open to see temperature reading or set point of thermostat
  • The plate is thermally protected from overheating
  • Digital temperature controller
  • Control resolution: 1°F
  • Measuring (reading) resolution: 0.5°F
  • Control setpoint: 73°F
  • Data retention: Yes
  • Xtreme technology uses an insulated lid and extra insulation in the walls
  • EZ-Clean top wipes clean and the lead-resistant channel drain makes it easy to empty any excess water without tilting the cooler
  • Low CO2 insulation for reduced carbon emissions from foam manufacturing
  • Made in the USA


Download Specification Drawing


  • Inside dimensions: 24.5 x 14 x 13" (L x W x H)
  • Electrical: 110V/60Hz
  • Weight: 13lbs 10oz
  • Includes a GFCI power cord with storage strap

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Frequently Asked Questions (FAQs) About NQ Series Portable Chambers

What Specific Testing Standards Does the MC70QT Meet?

The NQ Series portable chambers are designed for a broad range of research applications, including:

  • ASTM C31: This standard outlines the practices for making and curing concrete test specimens in the field, focusing on methods that ensure the production of representative samples for strength testing.
  • AASHTO T-23: Similar to ASTM C31, this method also focuses on the proper procedures for creating and maintaining concrete specimens in field conditions, emphasizing the standards necessary for assessing material quality and compliance in civil engineering projects.

What Are the Key Features of A Portable Material Test/Cure Chamber?

Portable material test/cure chambers, like the MC70QT, feature advanced control systems for temperature and humidity, ensuring precise conditions are maintained for material testing. They are built with durable materials to withstand harsh field environments and include easy-to-use interfaces for setting up and monitoring conditions. Their portability is designed with secure handling in mind, ensuring they can be transported and used in various locations without compromising the integrity of the materials being tested.