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LABORATORY TESTS

Materials

Itecons offers a wide range of accredited and non-accredited tests to perform in laboratory conditions or in situ, for the characterisation of materials used in construction works, in the development of new solutions for construction or for CE marking.

Testing areas (15)
Products (101)

Reference Designation/Description Accredited
assay
Reference
standards
Product/
Material
Comments (Administrator)
SOL.02 Compaction test (Proctor) LNEC E 197:1966 Soils, Aggregates
SOL.03 Determination of the CBR LNEC E 198:1967* Soils, Aggregates The normative document indicated with * is void, and its tecnical validity is not in question.
SOL.04 Determination of consistency limits - Liquidity and plasticity index NP 143:1969 Soils, Aggregates
SOL.05 Sand equivalent test LNEC E 199:1967* Soils, Aggregates The normative document indicated with * is void, and its tecnical validity is not in question.
SOL.06 Soil methylene blue test NF P 94-068:1998 Soil, Aggregate
SOL.07 "In situ" density and water content determination by Gamma-densimeter method ASTM D6938-17ae Soils, Aggregates
SOL.08 Determination of the water content NP 84:1965 Soils, Aggregates
SOL.11 Size distribution of soil particles by sedimentation LNEC E 196:1966 Soil, Aggregate
SOL.12 Determination of particle density NP 83:1965 Soils, Aggregates
SOL.13 Plate load test NF P94-117-1:2000 and Mode Operatóire CT-2:1973 Soils, Aggregates
TES.05 Resistance to cyclic compressive loading Internal Procedure TES.05.IE.01 (versão 2 of July 2022) Expanded clay lightweight aggregate (LWA)
TES.07 Metal core flatwise tensile test EN 2243-4:2005 Multilayer panel, honeycomb panel, adhesives, bonded assemblies
TES.08 Peeling test metal-core EN 2243-3:2005 Multilayer panel, honeycomb panel, adhesives, bonded assemblies
TES.09 Determination of tensile lap-shear strength of bonded assemblies EN 1465:2009 Multilayer panel, honeycomb panel, adhesives, bonded assemblies
TES.10 Mechanical fatigue strength of under-ballast mat DIN 45673-5:2010-08 (section 6.2) Under-ballast mat Load step 1: 10 million cycles. Load step 2: 2.5 million cycles.