The road services a cattle feed lot, and is a haul route for heavy trucks and b-doubles. Running through a natural basin, the road is susceptible to flood damage. As seen in the photographs, the sealed road has scoured back to where the PolyCom layer was put in.
“There's no punching of aggregate, no deformation, and no lifting of the seal,” says Paul Bright from Betta Roads, who worked with the council to apply PolyCom Stabilising Aid during re-construction of the road. “Overall the treated section remains untouched.”
PolyCom produces a stronger pavement that is more resistant to water ingress and heavy traffic wear.
To find out how to build stronger roads with PolyCom Stabilising Aid, get in touch.
PolyCom upgrade on grain haul route
Stabilisation with PolyCom has created a far better outcome for the problem area, resulting in:
• Reduced deformation in the outer wheel path of the treated roads
• Reduced punching of the aggregate into the road surface
In the last few months, the Australian made polymer binder has worked its way through naturally occurring sub grade, pit gravel, natural soils and high quality crushed rock for a large number of different projects in road construction, mining and earthworks across the country. Used on unsealed roads, access roads, airfields, mining haul roads, harvesting roads, carparks, hardstands or anywhere the earth is moved, PolyCom proves to be extremely versatile and cost-effective.
PolyCom provides those charged with road construction and maintenance with the tools to produce a stronger pavement with the materials already in the ground. PolyCom aids compaction, increasing the resistance to water ingress and traffic wear. This results in a significant reduction in road maintenance costs, time and resources.
PolyCom works in difficult materials that would often be wasted or considered unsuitable, such as materials with a high clay content or a low clay content like sandy clay.
With dedicated distributors in every state, you will have a source of local knowledge and experience at hand to enable you to get the best possible results. PolyCom Stabilising Aid is a trusted polymer stabiliser used for over 12 years in the field. The fast application process does not require an investment in specialised equipment, making it easy to understand why road makers are increasingly turning to the PolyCom stabilising system for efficient management of road infrastructure.
Click here to find out how to apply PolyCom road stabilising aid to almost any material.
The pictures below illustrate the effectiveness of PolyCom in stopping erosion by strengthening the pavement materials.This floodway in West Australia was constructed in 2012, and treated with PolyCom. The road has since experienced four separate flood events, where the untreated sections have been washed away. The washed away areas have been rehabilitated without PolyCom treatment and have subsequently washed away again.
The PolyCom treated road has resisted the flood waters, which can be seen from the distinct line separating the PolyCom treated section from the untreated section, approximately two metres from the edge of the seal in the images below. Erosion begins where PolyCom ends.
The series of photos below were not taken in a lab but field proven in real life by real people.
This busy tourist access road in Western Australia consists of Pindan sand-clay. With 150mm of loose material, the road surface is prone to blow outs. Simply avoiding the use of highly erodible materials is often considered too high a cost when resources are scarce. As a result, constructing roads to survive traffic and harsh weather conditions from material highly susceptible to erosion is a major challenge.
But with an application of PolyCom Stabilising Aid, these are problems of the past. One month after this road was treated with PolyCom, tests on the load-bearing capacity of the road revealed a high CBR, otherwise known as California Bearing Ratio - a penetration test used to evaluate the strength of road sub-grades and base-courses.
Two months after treatment, regular traffic and some wet weather resulted in increased pavement strengths and improved surface integrity.Continued monitoring of the pavement performance by the council has proved the road to remain serviceable in both dry and wet weather.For remote communities, PolyCom is a simple and inexpensive method of obtaining an enhanced unsealed pavement with greatly reduced maintenance and cost.
Betta Roads Is Now A WALGA Preferred Supplier
WALGA delivers a wide range of value adding and capacity enhancing
products and services to Members. Using these products and services
will provide significant financial savings and procurement benefits to your organisation.
New PolyCom Mobile App For Road Crews Helps Build Stronger Roads
A new mobile App for road construction provides info and support for road crews when applying PolyCom Stabilising Aid during road maintenance or construction.
“PolyCom requires a different way of thinking,” “We always assist new customers on the job until they’re comfortable with the process. Our new app adds another layer of service to ensure our customers achieve the best results.”
With a very small application rate for large amounts of material, PolyCom Stabilising Aid is vastly different to traditional road stabilising methods. PolyCom provides a simpler way of obtaining a stronger, longer lasting pavement with instant results and long-term benefits at greatly reduced cost.
PolyCom is used for sealed and unsealed road construction and maintenance, mining haul roads, transport hardstands, embankment stabilisation and general earthworks.
Available for android and Apple smartphones and tablets, the PolyCom app was developed to assist our customers in the field and allow on site access to information and advice on using our products. The app provides PolyCom info that can be accessed by road workers on the job, with PolyCom consultants on call for support and advice.
BETTA ROADS
Po Box 40 Joondalup DC | 6919
Western Australia
PHONE: Paul - Director 0448 786 191
Joe - Co ordinator 0450 731 995
EMAIL: Contact us