Airport Runway Asphalt Reinforcement Fiberglass Geogrid And Geocomposite

Selecting the right solution for pavement distresses can be a major decision.

In most cases, asphalt pavements that suffer fatigue cracking, exhibiting high severity oxidation and raveling will at some point require rehabilitation. Likewise, concrete pavements will suffer from pavement cracking that when overlaid, will also translate cracking to the new surface. Decisions to remove and replace can be very expensive and time consuming, thus causing traffic delays. Lianyi can offer an alternative solution to traditional rehabilitation, in some instances, by eliminating a "mill and fill" and traditional dig out repairs. In the event milling is required, Lianyi's interlayers are designed to be placed directly on a milled surface eliminating the need for a leveling course, saving time and money. With over 20 years of experience, and a successful track record, rehabilitation of asphalt pavements and concrete pavements with Glass Reinforcement Geogrid high-strength reinforcement interlayers is now state of the art.

Airport Runway Asphalt Reinforcement Fiberglass Geogrid And Geocomposite

Lianyi Fiberglass geogrid

Lianyi fiberglass geogrid is a polymer coated fiberglass geogrid. Featuring ultimate aperture size it allows asphalt particles to penetrate through the grid to achieve high interlock and effective bonding of two asphalt lifts. The polymeric coating helps to further optimize the chemical compatibility between the fiberglass reinforcement and the pavement overlay. Additionally, it is self-adhesive which eliminates the need for tack coat and speeds up installation.

Lianyi Fiberglass Composite geogrid

Our fiberglass geogrid geocomposite is a composite product meaning that the geogrid is bonded to a non-woven geotextile. It provides moisture proofing and water resistance benefits while creating a strong bond of the asphalt layers over the tack coat surface. This bond ensures that the reinforcing geogrid is in a position to effectively accept and distribute tensile stresses.