Product Type

Mirafi RSi  are the first truly multifunctional woven geotextiles developed to ensure reinforcement, separation, drainage and filtration and superior material interaction between the aggregate layers in an integrated way. The result is an assured significant improvement in road/subgrade performance with the added benefit of reduced sub base material volumes when constructing over soft soils. In tough times, faced

Maccaferri Gabions are rectangular woven wire mesh baskets filled with rock to create flexible, permeable structures such as retaining walls for architectural, mining, industrial and road projects. They are also used for erosion protection, weirs and bank stabilisation and to create architectural and design features. Their strength comes from a double twisted hexagonal mesh of steel wire,

ELCOSEAL Geosynthetic Clay Liners (GCLs) are used as an easy to install lining system in landfills and waste containment structures and for liquid containment in effluent ponds and tailings dams. ELCOSEAL GCLs are also effective liners for dams, ponds, lakes, wetlands, irrigation canals and channels. ELCOSEAL GCLs consist of a layer of bentonite bonded between two layers of woven and nonwoven geotextiles.

Tensar RE uniaxial geogrids are used for soil reinforcement in the construction of retaining walls and bridge abutment typically using Keystone TW3 modular blocks or concrete panel wall facing. Tensar RE uniaxial geogrids are also used in slip repair and construction of green slopes having either a wraparound construction or with the Green Terramesh system. Over the past 30

Maccaferri Terramesh and is a versatile, modular system for reinforced slope systems and mechanically stabilised earth walls that can be a more cost effective solution than the mass gravity Gabion wall because of the speed of installation and reduced rock fill requirements. For mechanically stabilised earth slopes and embankments that require vegetation, the front face of Maccaferri Green

Combining the advantages of lightweight construction with the superior strength and durability of galvanized steel, Super•Cor is the most internationally accepted, and widely used corrugation profile on the market. Superior Strength. Lightweight Construction Super•Cor’s larger annular corrugations (381 mm pitch and 140 mm depth) provide nine times the stiffness of conventional structural plate. The lightweight, modular panels

Geotube dewatering tubes are used for sludge dewatering projects of all sizes and there is good reason - simplicity and low cost. There are no belts, gears, or complicated mechanics. Geotube containers use an engineered textile that is designed for dewatering of high moisture content sludge and sediment. They are available in many sizes, depending on your volume and space requirements. Geotube systems

100 % Manufactured in Papua New Guinea in conformance with AS / NZS 2041: 1998 " Buried Corrugated Metal Structures". Nestable pipe is manufactured from 2 half circles that "Nest" together in easily transported bundles of culverting, drainage pipe or troughing for diameters from 300 mm up to 2000 mm. Note: We also manufacture AS 2041 Class

Multiplate® structures were  developed by Armco in the 1930s to increase the diameter range of corrugated steel pipes. Multiplate, because of it's strong, fully componentized, easy to  transport and assemble properties  fits well into the PNG Infrastructure, Mining & Civil Engineering projects. Now manufactured in Townsville, only 6 days sailing away, to Australian Standards using 200mm x