Our geotechnical engineers and operations teams specialize in designing, manufacturing and supplying ArmaGrid® solutions that address the need for:
ArmaGrid® BX (PET)
A high strength and low strain biaxial PET knitted geogrid is manufactured with high tenacity polyester yarns. Developed by geotechnical engineers to support shallow embankments, foundations or other heavily loaded platforms on soft soil. This interlaying geogrid improves load distribution in two directions, maintaining structural integrity and reducing differential settlement of your structures.
ArmaGrid® BX (PP)
This biaxial geogrid is manufactured with PP sheets through accurate punching, and then stretching in two directions under strictly controlled conditions with a continuous orientation through the nodes. The geogrid is inert to chemicals, including acids, alkalis and salts, normally found in soils, and is not compromised by the presence of micro-organisms in soil.
ArmaGrid® UX (PET)
A knitted polyester uniaxial geogrid provides a tensile reinforcement capacity in one direction. This geogrid solution is best suited for demanding soil reinforcement applications, for instance steep slopes, basal reinforcement and foundation improvements where equalized load distribution and settlement control of soil platforms is necessary.
ArmaGrid® UX (PP)
This high-strength uniaxial geogrid is manufactured through a process of one-direction controlled stretching of high-quality punched PP sheets. This finished material has high performance properties. A tensile strength up to 300KN/m, and high modulus, ageing resistance and biological durability making the UX solution perfect for strengthening soft soils, or for building embankments and temporary or staged reinforced soil slopes.
Engineered solutions providers
Reinforced Earth provides clients with a full scope of work, from inception to completion which is the result of extensive transnational engineering and experience. Our teams manage the development of engineered solutions and worldwide delivery by experienced geotechnical engineers.