EBS-RA Road Paving
The video below demonstrates the use of EBS-RA
Click on the images to view larger:
Aggregate selected for the project.
Pug mill used to process the material.
Pickup machine allows for continuous paving.
Utilize standard paving practices.
Utilize standard compaction practices.
Road contractors, it may be time for you to take a serious look at our EBS-RA, EarthBind™-Stabilization-RAP Application Product. This can be applied to RAP as it is laid down or pulverized. But best of all is if you use a Pug Mill to mix the EBS-RA as a non-dilute application at generally 3-5% by weight you can leave the < 200’s in the sample as we can bind the smaller particles into the matrix voids to increase the overall strength. You simply grind the asphalt to a < ¾” run it into the portable pug mill and immediately return the finished product to the paving machines for cold paving. if you need to screen the finished product in field simply place a portable screen to sort the oversize or run the oversize into the primary or secondary onsite crusher if needed.
EBS-RA is an environmentally friendly polymer modified asphalt emulsion for use in cold mix paving. EBS-RA was developed to replace VOC modified emulsion based asphalts. All components of EBS-RA are free of hazardous solvents and are not harmful to aquatic and mammal life.EBS-RA can be used with multiple base aggregate mix designs such as 100% recycled asphalt pavement (RAP) or crusher reject rock. This is achieved by utilizing advanced technology based additives that can be easily homogenized to make high performance cold mix asphalt.
In the photos below, a car burned to the ground on our road with EBS-RA. If the road was traditional asphalt paving, there would be a 3’ deep hole in the road, asphalt cannot hold up to the temperatures that our product can. EBS-RA is 1/2 the cost and as strong or stronger than traditional asphalt paving!
Download the report: Global-Earthbind vs. Asphalt Cubacks
The video below demonstrates the use of EBS-RA
Click on the images to view larger: