NuMIXER™ For Paving

The product of an 18-month intensive research effort, NuMIXER™ is a bio-oil blend designed for efficacy, permanence and ease of use in roofing and paving asphalt formulations. A product of prime, “GREEN” ingredients only, NuMIXER™ has a very low odor. NuMIXER™ helps rejuvenate high RAP/RAS paving mixes, improves low temperature properties (stiffness, stress relaxation, compliance and fatigue) and reduces viscosity in formulations. It is compatible with a wide variety of asphalts and additives commonly used in paving formulations and contributes to the stability of polymer modified asphalt formulas. This top liquid product is suitable for all Hot Boxes, IR Heating Units and Recyclers and has found use in Emulsions, Scrub, Fog and Chip Seals. A free-flowing liquid at ambient conditions it is available in bulk shipments and totes by special request. Trial quantities available upon request.

View a PDF of Our Presentation Slideshow

Once you’ve watched the slideshow, we invite you to request the full report by clicking the button below.

Request a Copy of the Central Road Research Institute Report PDF
Have questions or would like more information?

Grade Comparisons of Common Rejuvenators

NuMIXER™ is a highly effective liquid rejuvenator
and low-temperature modifier.

Click to enlarge.

Viscosity Profile

NuMIXER™ reduces the viscosity of neat
and polymer modified asphalts.

Click to enlarge.

BBR Results

BBR tested on PAV aged materials. NuMIXER™ decreases the stiffness and increases the m-value and promotes more effective stress relaxation.

Click to enlarge.

Aging Susceptibility (Aging Index)

NuMIXER™ provides good aging properties in asphalt.

Click to enlarge.

Click to enlarge.

Fatigue Resistance-Linear Amplitude Sweep Test

Damage tolerance and fatigue resistance as measured by the Linear Amplitude Sweep (LAS) Test. NuMIXER™ improves damage tolerance and fatigue resistance.

Click to enlarge.

Asphalt Grade Modification using NuMIXER

Efficient and economical low temperature grade adjustments.

Click to enlarge.