Newroad®

Asphalt Additive with Proven Lab & Field Results.

Results-driven, environmentally-sustainable, high-performing products.

benefits

NewRoad® is better

STRENGTH + SAVINGS
2-4x

longer pavement life of the road

200%

Less maintenance and re-paving

Stronger

asphalt bonds more resistant to rutting, cracking & moisture

Zero

re-engineering required at asphalt plant

sustainability
Saves 1lb of CO₂

for every 1lb of NewRoad® used

Reduce leaching

by sealing microplastics and hydrocarbons

1 mile of NewRoad®

equivalent to X plastic bottles

1 mile of NewRoad®

equivalent to 600K plastic bags

How It’s Made

A permanent home for recycled plastic.

01

Landfill diverted recycled plastic

02

Proprietary NewRoad® blend

03

High-Strength Asphalt

STRONGER BONDS
7+ years of success
up to 30% Lower cost
MORE SUSTAINABLE
65% better roads
7+ years of success
up to 65% better roads
7+ years of success
up to 30% Lower cost
MORE SUSTAINABLE
up to 65% better roads
7+ years of success

The best way to recycle landfill-diverted plastic.

NewRoad® has a dedicated supply of post-consumer and post-industrial recycled plastic to create a consistent blend, that provides the same result again and again, unlike traditional polymer-modified asphalt.

Custom NewRoad® Blend using your own plastic waste stream

Our propriety process allows us to create custom blends of NewRoad® using your own plastic waste stream. Including time to test the melt flow, custom blends but can be tured around in under 30 days.

NewRoad Specifications

Physical properties
Parameter
Form
Color
Melting range
Melt-Flow Index
Specific Gravity
Flash point
Water Absorption
Acid/Alkali Resistance
Specification
Powder (0.2­-2.0 mm particles)
Various
105­-121˚C (220­-250˚F)
0.3 ±0.15­ g/10 minutes
0.945­-0.955
>300˚C (575˚F)
<0.05%
Inert
Test Method
n/a
n/a
n/a
ASTM D1238
ASTM D1895
ASTM D1929
ASTM D570
n/a
Mechanical properties
Parameter
Tensile Strength
Modulus of Elasticity
Flexural Modulus
Compression
Sheer Strength
Ultimate Sheer Strength
Hardness - Type D
Coefficient of Linear ThermalExpansion
Specification
1,800­-3,000 psi
50,000-150,000 psi
100,000-200,000 psi
3,000-5,000 psi
1,800-2,500 psi
500-600 psi
50-108
1.0-2.0 in/in/°F
Test Method
D 638
D 638
D 790
D 1037
D 732
D 143
D 2240
D 969

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