BROAD-ACRE CROPPING LAND PROTECTION
Protect the Earth – Save your Topsoil
GRT: Soil-Loc is a cost effective, broad-acre wind erosion technology designed to protect cropping lands when they are most vulnerable. High seasonal winds or storm events can remove as much as 50-100mm of valuable topsoil from cropping and agricultural lands.
This top layer of soil is also the layer that contains valuable:
GRT: Soil-Loc will protect your investment for as little as $303 per hectare, ensuring valuable soil and fragile shoots are protected against driving winds carrying destructive soil particles.
A little goes a long way
Specifically formulated for the rural sector, GRT: Soil-Loc provides farmers and growers peace of mind and confidence that wind and rain will have negligible negative impact on this years harvest.
This unique formulation allows irrigation and rainfall to penetrate through its crust at a controlled rate, whilst limiting both wind and rill erosion of soil.
Designed to be applied through standard rural equipment such as sprayers or irrigations systems, GRT: Soil-Loc is simple to use and safe for crops, livestock, workers and the environment. The product is diluted with water and best added with agitation or into flowing water to ensure thorough mixing. GRT’s specialised long chain polymer (LCP) technology ensures a little goes along way.
- Low cost – GRT: Soil-Loc only costs $303 / Ha – it’s the cheapest and most effective insurance on the market
- Effective – Technology is a proven performer in the rural sector both in Australia and Internationally
- Simple – Apply through your existing irrigation or agricultural spraying systems
- Ultimate Rural Product – Solves wind and rain erosion problems – keeping your soil where you need it the most
- Environmental – Product is safe for the environment, and stops the transport off site of soil into receiving waters and other sensitive eco-systems.
Polymer Modified Cement
Polymer modified cement created by Global Road Technology is a combination of cementitious binder, GRT polymer, water and granular material. These components are mixed together and compacted in the early stages of the hydration process to form a pavement layer that is subsequently cured.
Effective soil binder & erosion control
GRT-ENVIRO SOIL BINDER & EROSION CONTROL is an organic soil conditioner based on a water-soluble polymer. This product can be added to irrigation water to reduce soil erosion by agglomerating fine particles that otherwise would be carried away by surface water runoff.
Counter Terrorism Landmine Clearance Technology
An expeditionary product with unique morphology, GRT1000 aids in the detection of sub-surface threats, such as landmines. Invisible to the naked eye, this patented state-of-the-art solution warns armed forces when roads and tracks have been disturbed.
Aerial Deployed Dust Control
An aerial deployed, military grade dust control solution, GRT2000 establishes dust free temporary landing zones in the operational theatre within minutes. Not relying on ground based combat engineers, it can be delivered almost anywhere, mitigating brownouts and improving safety.
Self Healing Runways
A novel biomimetic formulation, GRT3000 is designed to facilitate rapid construction of tactical and emergency self-healing runways in the operational theatre. Providing substantial increases in compression as well as tensile strength, GRT3000 runways are ultrathin and failure resilience.
(Black) Dust Control Polymer Sealant
Engineered to combat the problems of fugitive dust and soil stabilization on unpaved roads, GRT8000 compounds with each application to bind dust particles together. Preventing dust from becoming airborne, overtime applications can be reduced and eventually stopped.
(Black) Polymer Soil Stabilization
GRT’s most advanced polymer soil stabilization product, GRT9000 is engineered for use in the construction of high-quality and cost-effective pavements. Mitigating surface degradation, GRT9000 bonds soil or pavement particles together, improving compressive strengths, high tensile resilience and water impermeability.