High Modulus geogrids and geocomposites for base reinforcement

Tenax LBO HM geogrids and Tenax GT HM geocomposites are the evolution of traditional biaxial geogrids with integral joints in extruded polypropylene.

LBO HM geogrids are specifically designed for soil base reinforcement; GT HM geocomposites are produced by industrially laminating an LBO HM geogrid with a geotextile: the geogrid provides resistance to the soil, while the geotextile acts as a separator and filter.

Its uniqueness lies in the increase in elastic moduli, i.e., mechanical performance at low deformations (0.5% and 2.0%).

Considering peak tensile strength as a fundamental parameter for design is not reflected in the actual operating conditions of the structure: in fact, for these values, excessive deformations have now developed that are incompatible with the stability and operation of the structure above.

Applications of TENAX LBO HM · GT HM products

Large areas and parking lots
Roads and railways

Benefits

Less structural settlement under the same load

● Elastic modulus 10% higher than traditional biaxial geogrids

Maximum performance in the field of small deformations

No viscous phenomena (creep) within the limits of operating deformations

LBO HM and GT HM
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The advantages of High Modulus products
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The importance of the module
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High Modulus geogrids and geocomposites are available in different strengths so that they can be used on both small and large construction sites.

Resistance values at 0.5% and 2%

PRODUCT RESISTANCE TO 0.5% MD RESISTANCE TO 0.5% TD RESISTANCE AT 2% MD RESISTANCE AT 2% TD
LBO HM 2 · GT HM 2 2.6 2.6 8 8
LBO HM 3 · GT HM 3 5 5 12 12
LBO HM 4 · GT HM 4 6 7 15.6 16.5

Notes
Test method: ISO 10319
Unit: kN/m