Use & Purposes
Link Mattresses provide a highly versatile solution of earth retention and erosion protection for designers and contractors in a wide variety of applications. Link Mattresses are used in a wide of hydraulic structures.
Rock Mattresses are a “thin” gabion and traditionally have been used in applications such as creek and channel linings where long term scour is an issue. The confinement of appropriately sized stone within a mesh effectively increases the resistance of such rock to scour for a given flow condition. Rock Mattress products are typically supplied in plan area of 6m x 2m with varying thickness products ranging between 0.17m to 0.3m.
Rock mattresses be supplied as either a heavily zinc coated, Galfan® unit or may be supplied with an additional layer of plastic coating over the zinc coated, Galfan® wire to afford additional protection in locations where corrosion is likely to be a problem.
Walter’s Brook Restoration – Linkweld® Weldmesh Gabions
Walter’s Brook had become degraded due to large sediment deposits washing in from drain outlets and severe bank erosion due to inappropriate alignment of the drainage channel.View More Case Studies
July Webinar: The Effect of External Parameters and GCL Structure on GCL Hyrdration
When: Wednesday 22 July Time: 3.00pm AEST Duration: 1 hr DESCRIPTION: The performance of a GCL as a single liner or as part of a Composite Liner...Read More
June Webinar: Geogrid Reinforced Rails Tracks
When: Wednesday 17th June Time: 5.30pm NZ ST Duration: 1 hr DESCRIPTION: This webinar will review and present the latest results of large scale...Read More
Webinar: Effect of Subgrade Conditions on Geosynthetic Clay Liner Hydration and Performance
Geosynthetics Technical Webinar Series: Part 1: Barriers 13 May 2020 The performance of a Geosynthetic Clay Liner (GCL) and a Composite Liner depends on many parameters. The first component is...Read More
How Turf Reinforcement Mats (TRMS) Can Cut Projects Costs in Half
During a recent upgrade of a Highway the consortium tasked for the design and construction of this project encountered a number of environmentally sensitive areas through which clean water open...Read More