THE
ORGANIC-LOCK
DIFFERENCE
KENYON COLLEGE
Gambier, OH
WHY ORGANIC-LOCK?
Over a decade of research including 4 separate research grants with the Federal research facility at Agriculture Canada, has created the strongest Organic Aggregate Binder on the market today.

BETTER THAN UNSTABILIZED AGGREGATES
Whereas unstabilized aggregates are prone to washouts and weed growth, Organic-Lock™ stabilized aggregates offer significantly improved stability, `resistance to erosion, and weed growth deterrence all while maintaining water permeability.

BETTER THAN OTHER
STABILIZED AGGREGATES
While there are other natural binders on the market that contain “plant glue”, they are susceptible to rapid biodegradation resulting in weakened gelling strength and significant loss of surface material over time. Organic-Lock™ contains key patented natural additives specifically designed to increase gelling strength and extend longevity.

BETTER THAN ASPHALT AND CONCRETE
Asphalt and concrete lack permeability. They are prone to cracking and weeds. Petrochemicals from asphalt and concrete are also prone to leaching into the surrounding environment during installation and weathering and they must be frequently treated with seal coat to prevent early failure. Organic-Lock™ stabilized aggregates are sustainable, water permeable, do not crack and discourage weed growth.
SIMPLE MAINTENANCE


For example: If you have to run an irrigation line below your finished pathway, all you need to do is add water, dig the material up, put down your irrigation line, spread the material back in place, then water and compact it back to new.

Organic-Lock™ in the Press

Organic-Lock™ Brochure
PROJECT EXAMPLES
Organic-Lock™ stabilized aggregates have been successfully installed in projects for the last 15 years and are rapidly becoming the trusted environmentally-friendly pathway and surface solution for landscape architects, contractors and dealers around the world, including the US, Canada, Europe, and South Korea.

BROOKLYN BRIDGE PARK
Brooklyn, NY

HARVARD UNIVERSITY
Cambridge, MA

TORONTO CITY HALL
Toronto, Canada