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| CATEGORIES | ILT CODE | NAME | SUMMARY | SELECT |
|---|---|---|---|---|
| Metal | ILT-U-2934 | AASS- Acetic Acid Salt Spray Test determination | Description: AASS. Presence of corrosion (48hrs), and Mass loss. According to ISO 9227 Standard :EN ISO 9227, | |
| Metal | ILT-U-268 | Aluminum determination | Corrosion. According to ASTM G34 | |
| Metal | ILT-U-722 | Aluminum determination | Description: Chemical analysis. According to ASTM E1251 Standard :ASTM E1251 | |
| Metal | ILT-U-2544 | Aluminum determination | Corrosion. According to ASTM G66 | |
| Metal | ILT-U-2545 | Aluminum determination | Corrosion. According to ASTM G67 | |
| Metal | ILT-U-2290 | Aluminum determination | Description: N, and O, according to IGF and C, and S, according to Combustion Standard : | |
| Metal | ILT-U-132 | Analysis of carbon and sulfur by combustion | Description: Method: ASTM E1019 | |
| Metal | ILT-U-157 | Analysis of determination grain size | Description: Aluminum sample Method: ASTM E112 | |
| Metal | ILT-U-410 | Analysis of determination grain size and phase balance | Description: Duplex materials Method: ASTM E112, ASTM E562 | |
| Metal | ILT-U-258 | Analysis of determination grain size in steel | Description: ASTM E112 Method: ASTM E112 | |
| Metal | ILT-U-107 | Analysis of determination grain size in steel. 0,1 | Description: Using image analyzer software Method: ASTM E112 | |
| Metal | ILT-U-302 | Analysis of macroetching metals | Description: Homogeneity or Not homogeneity of steel bar sample Method: ASTM E340, ASTM E381 | |
| Metal | ILT-U-203 | Average grain size test on cooper | Description: ISO 2624 Method: ISO 2624 | |
| Metal | ILT-E-09 | Average grain size test on steels. Open | Description: ASTM E112 Method: ASTM E112, ISO 643 | |
| Metal | ILT-U-1806 | Behavior in steam jet | Description: 18 days. Method A Method: PV 1503 | |
| Metal | ILT-U-387 | Bend determination | Description: Bend determination Method: ASTM E290 | |
| Metal | ILT-U-2631 | Bend determination | Description: Bend test (with a former). Transverse bending specimens of a butt test coupon EN AW-6082 T6 Al 5183, 10 mm thickness, and ISO 18273-A-S filler. According to ISO 5173 Clause 6.2.1 Standard :[:en]ISO 5173[:], | |
| Metal | ILT-U-606 | Bend test Destructive test on welds in metallic materials | Description: Method: ISO 5173 | |
| Metal | ILT-U-994 | Bend testing corrugated steel bar | Description: Method: ASTM A615 | |
| Metal | ILT-U-1706 | Bend testing of welds | Description: Method: AWS B4.0 | |
| Metal | ILT-U-1136 | Bending determination | Description: Pb, Cd, and Co Method: ISO 7086 | |
| Metal | ILT-U-017 | Bending determination in welded steel sample | Description: ASME SECC. IX ED. 2010 Method: ASME SECC. IX | |
| Metal | ILT-U-753 | Bending steel | Description: Bend. Method: ISO 7438, VDA 238-100, Nch 201 | |
| Metal | ILT-U-1276 | Bending welded steel sample | Description: Bend Method: ASTM E190, ASTM A370, ASME BPVC Section IX | |
| Metal | ILT-U-1090 | Breaking load test of slings (lifting cranes) | Description: Inspection bodies Method: ASME B30.9 | |
| Metal | ILT-U-1099 | Carbon and sulfur determination | % Carbon, % Sulfur. According to ASTM E1086 | |
| Metal | ILT-U-1793 | Cathodic disbondment determination | Description: Cathodic disbondment Method: ISO 21809-3, ASTM G8, ASTM G42 | |
| Metal | ILT-U-3272 | Charpy determination. | Description: Lateral expansion, Shear fracture appearance, and Transition temperature (Fracture Appearance Transition Temperature). According to ISO 148-1 ASTM E23 Standard :ISO 148-1, ASTM E23 | |
| Metal | ILT-U-1529 | Chemical analysis of aluminum | Description: Fe; Si; Zn; V; Cr; and Na Method: | |
| Metal | ILT-U-2273 | Chemical analysis of copper/nickel alloys | Chemical analysis | |
| Metal | ILT-U-2271 | Chemical analysis of ferrous alloy steel | Chemical analysis | |
| Metal | ILT-U-1137 | Chemical analysis of metals | Description: Method: EN 14726 | |
| Metal | ILT-U-1122 | Chemical analysis of N, H and O | Description: Determination of Hydrogen; and Oxygen by Infrared detection. Determination of Nitrogen by Thermal conductivity. Method: | |
| Metal | ILT-U-371 | Chemical Analysis of Steel samples | Description: B, V, Cu, and Sn Method: ASTM E415 | |
| Metal | ILT-U-024 | Chemical Analysis of Steel samples. 0,1 | Description: Method: ASTM A751 | |
| Metal | ILT-U-1270 | Chemical Analysis of Steel samples. 0,2 | Description: Method: ASTM E1086, ASTM E415 | |
| Metal | ILT-U-1050 | Chemical Analysis of Steel samples. 0,3 | Description: Vanadium and copper. Method: | |
| Metal | ILT-U-067 | Chemical Analysis of Steel samples. 0,4 | Description: ASTM E1086 and ASTM E415 Method: ASTM E415, ASTM E1019 | |
| Metal | ILT-E-22 | Chemical Analysis of Steel samples. 0,5 | Description: ASTM E1086 and ASTM E415 Method: ASTM E415, ASTM E1086 | |
| Metal | ILT-U-636 | Chemical analysis of Tin metal samples | Description: Arsenic, Bismuth, Cooper, Lead, Iron, Antimony, Tin Method: | |
| Metal | ILT-U-1487 | Chemical analysis of titanium samples | Chemical analysis | |
| Metal | ILT-U-2272 | Chemical analysis of zinc alloys | Chemical analysis | |
| Metal | ILT-U-1416 | Chemical composition determinations | Chemical composition of duplex steel. According to ASTM E1086 | |
| Metal | ILT-U-870 | Chemical composition of manganese steel | Description: Method: ASTM E2209 | |
| Metal | ILT-U-2491 | Chemical composition of steel determinations | Chemical composition of low carbon steel and duplex steel. According to ASTM E415, ASTM A890 | |
| Metal | ILT-U-2595 | Chemicals determination in metals | Description: Chemical composition of metals Standard : | |
| Metal | ILT-U-1138 | Coating mass determination | Description: Hot dip galvanized coatings Method: ISO 1460 | |
| Metal | ILT-U-3070 | Coating thickness determination | Description: Coating thickness (Eddy Current). According to EN ISO 2360 Standard :EN ISO 2360 | |
| Metal | ILT-U-1241 | Compression Testing of Metallic Materials at Room Temperature | Description: Method: ASTM E9 | |
| Metal, Mineral | ILT-U-2370 | Content of elements in Zircaloy-4 | Cr, Fe, Hf and Sn | |
| Metal | ILT-U-227 | Continuously hot-dip coated steel flat products | Description: EN 10346 Method: EN 10346 | |
| Metal, Mineral | ILT-U-813 | Copper determination | Description: Copper concentration Standard : | |
| Metal | ILT-U-1593 | Corrosion behavior of stainless steels | Corrosion behavior | |
| Metal | ILT-U-2740 | Corrosion determination | Description: Method: ISO 6509 | |
| Metal | ILT-U-2698 | Corrosion determination | Description: Ammonia test for stress corrosion resistance. According to ISO 6957 Standard :ISO 6957, | |
| Chemical, Metal | ILT-U-2702 | Corrosion determination | Description: Sulphur dioxide. Accoring to ISO 6988, ASTM G87, DIN 50018 Standard :ISO 6988, ASTM G87, DIN 50018 | |
| Metal | ILT-U-1331 | Corrosion in salt spray determination | Description: Method: ASTM D1654, NBR 8094 | |
| Metal | ILT-U-532 | Corrosion tests in artificial atmospheres Salt spray tests | Description: Method: EN ISO 9227, ASTM B117 | |
| Metal | ILT-U-1829 | CTOD Crack tip opening displacement test of Welded samples | Description: Welded samples Method: BS 7448-2, ISO 15653 | |
| Metal | ILT-U-489 | CTOD. Crack tip opening displacement test of metallic materials | CTOD Test measures the resistance of a material to the propagation of a crack. (room temperature). | |
| Metal | ILT-U-686 | Degree of Blistering of Paints test | Description: ASTM D714 Method: ASTM D714 | |
| Metal | ILT-U-685 | Degree of Rusting on Painted Steel Surfaces test | Description: Method: ASTM D610 | |
| Metal | ILT-U-2132 | Delta ferrite content determination | Description: Delta ferrite content in martensitic stainless steels Method: AMS 2315 | |
| Metal | ILT-U-287 | Density testing on steel | Description: Method: ASTM B311, ISO 3369 | |
| Metal, NDT | ILT-U-1402 | Destructive tests on Butt weld steel. | Description: Fracture (Butt Weld. FW). According to EN 1320 - ASME IX / QW182 - ISO 9017 Standard :EN 1320, [:en]ISO 9017[:], ASME IX/QW182 | |
| Metal, NDT | ILT-U-273 | Destructive tests on Fillet weld steel. | Description: Fracture (Fillet Weld. FW). According to EN 1320, ASME IX / QW182, ISO 9017 Standard :EN 1320, [:en]ISO 9017[:] | |
| Metal | ILT-U-758 | Detecting Detrimental Intermetallic Phase in Duplex Austenitic/Ferritic Stainless Steels | Description: Method: ASTM A923 | |
| Metal | ILT-U-1905 | Detecting Detrimental Intermetallic Phase in Duplex Austenitic/Ferritic Stainless Steels. ABC | Description: Method A, B and C Method: ASTM A923 | |
| Metal | ILT-U-1244 | Detecting Detrimental Intermetallic Phase in Duplex Austenitic/Ferritic Stainless Steels. C | Description: Duplex Austenitic/Ferritic Stainless Steels (Method C) Method: ASTM A923 | |
| Metal | ILT-U-975 | Detecting Susceptibility to Intergranular Corrosion in Wrought, Nickel-Rich, Chromium-Bearing Alloys | Description: ASTM G28 – method A. Method: ASTM G28 | |
| Metal | ILT-U-035 | Determination of carbon and sulphide by combustion of induction furnace and infrared detection, and X-Ray Fluorescence. | Description: ASTM E 1019 /ASTM E 1085 Method: ASTM E1019, ASTM E1085 | |
| Metal | ILT-U-1274 | Determination of Coating Mass in zinc coatings on steel wire | Description: Method: EN 10244-2 | |
| Metal | ILT-U-1055 | Determination of depth of decarburized layer | Description: Depth of decarbuized Method: ASTM E1077 | |
| Metal | ILT-U-1607 | Determination of dry thickness | Description: Painted sheet sample Method: ASTM D5796 | |
| Metal | ILT-U-1328 | Determination of Emittance of Materials Near Room Temperature | Description: Determination of Emittance of Materials Near Room. Temperature – Emissometer Model AE Method: ASTM C1371 | |
| Metal | ILT-U-255 | Determination of film thickness (organic coating) | Description: 7C method Method: | |
| Metal | ILT-U-1091 | Determination of mass of zinc coating per unit area on galvanized pipes | Description: Strip and weigh method Method: ASTM A90 | |
| Metal | ILT-U-1437 | Determination of metals in metal chips concentrates | Description: metals chips concentrate (Ni, Zn, Bi, Pb) Method: | |
| Metal | ILT-U-1057 | Determination of metals in minerals | Description: Cu, Pb, Zn, As, Sb and Fe (Atomic Absorption) Method: | |
| Metal | ILT-U-562 | Determination of non-metallic inclusions | Description: Method: DIN 50602 | |
| Metal | ILT-U-206 | Determination of O, N, C, S, H by LECO analysis | Description: Determination of O, N, C, S, H by LECO analysis Method: ASTM E1447, ASTM E2371, ASTM E1409 | |
| Metal | ILT-U-201 | Determination of resistance to corrosion of metal on samples exposed to condensation chamber | Corrosion in salt spray determination. According to ISO 6270-1 | |
| Metal | ILT-U-1140 | Determination of resistance to humidity | Description: ISO 6270-2 Method: | |
| Metal | ILT-U-444 | Determination of resistance to intergranular corrosion of stainless steels (Method A) | Description: Ferritic,austenitic and ferritic-austenitic (duplex) stainless steels – Corrosion test in media containing sulfuric acid (Method A) Method: EN ISO 3651-2 | |
| Metal | ILT-U-473 | Determination of resistance to intergranular corrosion of stainless steels (Method B) | Description: Ferritic,austenitic and ferritic-austenitic (duplex) stainless steels – Corrosion test in media containing sulfuric acid (Method B) Method: EN ISO 3651-2 | |
| Metal | ILT-U-125 | Determination of tension steel rebar | Description: ASTM A370 Method: ASTM A370 | |
| Metal | ILT-U-1046 | Determination of the effective depth of hardening after nitriding | Description: Clause 3. Method: DIN 50190 | |
| Metal | ILT-U-351 | Determination of Tin impurities. | Description: Determinations: Sb, Pb, Bi, Cu, Fe, As, In, Co, Zn, Ni, Al, S, Cd, Ag and others Method: | |
| Metal | ILT-U-066 | Determination on copper cathodes | Description: BSI Method Method: | |
| Metal | ILT-U-033 | Determinations for Deformed and Plain Carbon-Steel Bars for Concrete Reinforcement | Description: ASTM A615 Method: ASTM A615 | |
| Metal | ILT-U-1611 | Determinations in construction steel bars | Description: Tensile properties; bend performance; and surface geometry measurement Method: BS 4449 | |
| Metal | ILT-U-040 | Determining the Inclusion Content of Steel | Description: Manual method Method: ASTM E45 | |
| Metal | ILT-E-23 | Determining the Inclusion Content of Steel. Open | Description: ASTM E45 Method: ASTM E45 | |
| Metal | ILT-U-1974 | Determining the inclusion or second-phase constituent content | Description: Determining the inclusion or second-phase constituent content by automatic image analysis Method: ASTM E1245 | |
| Metal | ILT-U-611 | Determining the mass loss and relative corrosion resistance of metal samples exposed in a salt spray chamber (CASS and NSS) | Description: Mass loss and relative corrosion resistance (CASS and NSS) Method: EN ISO 9227 | |
| Metal | ILT-U-145 | Determining the occurrence of fractures using the method DWTT | Description: Method: ASTM E436, EN 10274, API 5L3-1996 | |
| Metal | ILT-U-468 | Determining the relative corrosion resistance of metal samples exposed in a salt spray chamber. | Description: Appendix A5. Method: ASTM G85 | |
| Metal | ILT-U-054 | Determining Volume Fraction by Systematic Manual Point Count | Description: ASTM E562 Method: ASTM E562 | |
| Metal | ILT-U-1220 | Drop-Weight Test to Determine Nil-Ductility Transition Temperature | Description: Ferritic Steels Method: ASTM E208 | |
| Metal | ILT-U-1908 | Energy dispersive x-ray microanalysis (EDX) determination | Description: Energy dispersive x-ray microanalysis (EDX) Method: | |
| Metal | ILT-U-3013 | Energy-dispersive spectrometry (SEM/EDS) determination | Description: Quantitative analysis using energy-dispersive spectrometry (SEM/EDS). According to ASTM E1508 Standard :ASTM E1508 | |
| Metal | ILT-U-154 | Evaluating the Microstructure of Graphite in Iron Castings | Description: ASTM A247 Method: ASTM A247 | |
| Metal | ILT-U-1867 | Evaluation of Field Metallographic Replicas | Description: Prepare specimens (Steel samples AISI 1010) for metallography, includes nital etch; Prepare replicas of specimens prepared for metallography, acetate film; Gold coated; and Digital micrographs of samples (100X magnification) Method: ASTM E1351 | |
| Metal | ILT-U-687 | Evaluation of Painted or Coated Specimens Subjected to Corrosive Environments | Description: Time test 120 hs Method: ASTM D1654 | |
| Metal | ILT-U-274 | Evaluation of pipeline and Pressure Vessel Steels for Resistance to Hydrogen-Induced Cracking. A | Description: Test duration: 96 hours Test solution: A Method: NACE TM 0284 | |
| Metal | ILT-U-130 | Evaluation of pipeline and Pressure Vessel Steels for Resistance to Hydrogen-Induced Cracking. C | Description: Total test pressure: 1 bar Partial pressure: 0.005 bar H2S (5 mbar) with CO2 balance Test duration: 720 hours Test solution: C Method: NACE TM 0284 | |
| Metal | ILT-E-21 | Evaluation of pipeline and Pressure Vessel Steels for Resistance to Hydrogen-Induced Cracking. Open | Description: Test duration: 96 hours Test solution: A Method: NACE TM 0284 | |
| Metal | ILT-U-291 | Exposure to Laboratory Light Sources: Accelerated UV Ageing | Description: Exposure to Laboratory Light Sources: Accelerated UV Ageing (340 nm (UVA) method for 300 hrs) Method: ASTM G154 | |
| Metal | ILT-U-2115 | Failure determination by macrographic analysis | Description: Folds, fissures, pores, occlusions, exfoliations or any other defect Method: Nch 1514 | |
| Metal | ILT-U-2331 | Ferrite content determinations | Ferrite test | |
| Metal | ILT-U-2366 | Flattening and Flaring determinations | Flattening and Flaring | |
| Metal | ILT-U-1868 | Four-point bending test (Static) | Description: Four-point bending (Static): Structural Stiffens; Maximum moment; and Yield moment Method: ASTM F2193 | |
| Metal | ILT-U-1056 | Gold and silver determination | Description: Au and Ag (Atomic absorption) Method: | |
| Metal, Others | ILT-U-2681 | Gold plated ring determination | Description: Macrographic examination with a binocular magnifying glass. According to NF S80-772 Standard :NF S80-772, | |
| Metal, Others | ILT-U-2680 | Gold plated ring determination | Description: Macrographic examination with a binocular magnifying glass. According to ISO 3160-2 Standard :ISO 3160-2, | |
| Metal | ILT-U-598 | Hardness test on arc welded joints | Description: Impact Method: ISO 9016 | |
| Metal | ILT-U-1045 | Hardness test on arc welded joints. 0,1 | Description: Method: EN ISO 9015-1 | |
| Hardness, Metal | ILT-U-3203 | Hardness Vickers determination | Description: Vickers Hardness. According to ASME IX QW 290.5 Standard :ASME IX QW 290.5 | |
| Metal | ILT-U-1794 | Holiday detection test | Description: Holiday detection test Method: NACE RP0188, ASTM G62 | |
| Metal | ILT-U-3204 | Impact determination | Description: Impact Test. According to ASME IX QW 170 Standard :ASME IX QW 170 | |
| Metal | ILT-U-1791 | Impact resistance determination | Description: Impact resistance Method: ISO 21809-3, ASTM D2794, ASTM G14 | |
| Metal | ILT-U-1440 | Impact test in CHARPY type, V-notch specimens | Description: Low enery level, Srike 8mm, and Temperature 0 °c Method: ASTM E23, GOSTO 9454, ISO 148-1, GB/T 229 | |
| Metal | ILT-E-05 | Impact test in CHARPY type, V-notch specimens. High Level enery | Description: High Level enery, Srike 2mm, and Temperature 20 °c Method: ASTM E23, ISO 148-1, EN 10045-1, GB/T 229, GOSTO 9454 | |
| Metal | ILT-U-322 | Impact test in CHARPY type, V-notch specimens. 0,1 | Description: Medium enery level, Srike 2mm, and Temperature 20 °c Method: ISO 148-1, ASTM E23, GB/T 229, GOSTO 9454 | |
| Metal | ILT-U-1250 | Impact test in CHARPY type, V-notch specimens. 0,2 | Description: High Level enery, Srike 8mm, and Temperature 20 °c Method: ISO 148-1, ASTM E23, GB/T 229, GOSTO 9454 | |
| Metal | ILT-U-561 | Impact test in CHARPY type, V-notch specimens. 0,3 | Description: High Level enery, Srike 8mm, and Temperature -40 °c Method: ISO 148-1, ASTM E23, GOSTO 9454, GB/T 229 | |
| Metal | ILT-U-826 | Impact test in CHARPY type, V-notch specimens. Low enery level | Description: Low enery level, strike 2 mm, and Temperature 20 °c Method: ASTM E23, GOSTO 9454, ISO 148-1, GB/T 229 | |
| Metal | ILT-U-2403 | Impact test in CHARPY type, V-notch specimens. Super High enery level | Description: Super High enery level, and Temperature 20 °c Method: ASTM E23, GOSTO 9454, ISO 148-1, GB/T 229 | |
| Metal | ILT-U-2401 | Inclusion count determination | Inclusion count (method A). ISO 4967 | |
| Metal | ILT-U-2365 | Inclusion count determinations | Inclusion count (method A) | |
| Metal | ILT-U-1792 | Indentation resistance determination | Description: Indentation resistance Method: ISO 21809-3, ASTM G17 | |
| Metal | ILT-U-2114 | Jominy qualification test | Description: Jominy qualification Method: ISO 642, ASTM A255 | |
| Metal | ILT-U-1814 | Linear weight determination in corrugated bar | Description: Clause 11 Method: ASTM A615 | |
| Metal | ILT-U-1998 | Linear-Elastic Plane-Strain Fracture Toughness CTOD | Description: SENB or CT (Metallic materials specimens) Method: BS 7448-1 | |
| Metal | ILT-U-1035 | Linear-Elastic Plane-Strain Fracture Toughness K1c of Metallic Materials | Description: Method: ASTM E399 | |
| Metal | ILT-U-1891 | Linear-Elastic Plane-Strain Fracture Toughness KIc | Description: SENB or CT (Metallic materials specimens) Method: ASTM E399 | |
| Metal | ILT-U-1036 | Linear-Elastic Plane-Strain Fracture Toughness Kic. 0,1 | Description: SENB or CT (Metallic materials specimens) Method: ASTM E1820 | |
| Metal | ILT-U-605 | Macroscopic and microscopic examination of welds | Description: Method: ISO 17639 | |
| Metal | ILT-U-2102 | Measurement of coating thickness | Description: Coating thickness in metallic (Microscopical method) Method: ASTM B487 | |
| Metal | ILT-U-2067 | Measurement of coating thickness. 0,1 | Description: Measurement of coating thickness. X-ray spectrometric methods Method: ISO 3497 | |
| Metal | ILT-U-1037 | Measurement of Fatigue Crack Growth Rates | Description: Method: ASTM E647 | |
| Metal | ILT-U-683 | Measuring Adhesion by Tape Test | Description: Method B Cross Cut Test. Method: ASTM D3359 | |
| Metal | ILT-U-1011 | Measuring the corrugations by manual method | Description: Clause 7 and 8 Method: ASTM A615 | |
| Metal | ILT-U-2076 | Mechanical properties of fasteners | Description: Torsional test and minimum torque test Method: ISO 898-7 | |
| Metal | ILT-U-2080 | Mechanical properties of fasteners made of carbon steel and alloy steel | Description: Proof load test Method: ISO 898-2 | |
| Metal | ILT-U-1662 | Metal corrosion testing | Description: 49 CFR 173.137 and described in UN Manual of Tests & Criteria, Section 37 Method: | |
| Metal | ILT-U-2554 | Metal determination | Fatigue (HCF). According to ASTM E466 | |
| Metal | ILT-U-2555 | Metal determination | Fatigue (LCF). According to ASTM E606 | |
| Metal | ILT-U-2748 | Metal determination | Description: Ni, Cr, Si, Mn, Mo, V, Co, Cu, Ti, Mo, Nb, Sn, B, Al, S), IGF (N), and combustion (C, S).According to OES/Arc-Spark Standard : | |
| Metal | ILT-U-2813 | Metal determination | Description: Weight, Coating thickness. According to Nch 228 Standard :Nch 228, | |
| Metal | ILT-U-2821 | Metal determination | Description: Flattening Test. According to ASTM A999 Standard :ASTM A999, | |
| Metal | ILT-U-2898 | Metal determination | Description: Salt Spray (SWAAT). Total: 96 hours. (Determine the presence of corrosion every 24 hours). According to ASTM G85 Annex 3 Standard :ASTM G85, | |
| Metal | ILT-U-2920 | Metal determination | Description: Chemical analysis (Si, Mn, Cr, Cu) OES / Arc-Spark. According to ASTM E1999 Standard :ASTM E1999, | |
| Metal | ILT-U-2922 | Metal determination | Description: Proof Load testing (Iron nut) According to ASTM F606/F606M, ASTM A962/A962M, ISO 3506-2, ISO 898-2
Standard :ISO 3506-2, ASTM A962, ASTM F606, [:es]ISO 898-2[:], | |
| Metal | ILT-U-2997 | Metal determination | Description: UT in immersion, according to ASTM E1001, and HIC TEST, according to NACE TM0284 Standard :ASTM E1001, NACE TM 0284, | |
| Metal | ILT-U-3068 | Metal determination | Description: Oxygen in Copper and Copper Alloys by Inert Gas Fusion. According to ASTM E2575 Standard :ASTM E2575 | |
| Metal | ILT-U-3073 | Metal determination | Description: Chemical Analysis. According to ASTM E1476 Standard :ASTM E1476 | |
| Metal | ILT-U-3075 | Metal determination | Description: Chemical analysis on Inconel 625. According to ASTM E3047 Standard :ASTM E3047 | |
| Metal | ILT-U-3082 | Metal determination | Description: Discontinuity (Holiday) Testing of Nonconductive Protective Coating on Metallic Substrates. According to ASTM D5162 Standard :ASTM D5162 | |
| Metal | ILT-U-1223 | Metal determination | Description: Bending test. According to AWS D1.1 Standard :AWS D1.1 | |
| Metal | ILT-U-3086 | Metal determination | Description: Hot water soak adhesion test. According to ASTM D6677, CSA Z45.20, Nace SP0394 Standard :ASTM D6677, CSA Z45.20, Nace SP0394 | |
| Metal | ILT-U-3087 | Metal determination | Description: Backside contamination, Cross section porosity, Interface porosity. According to CSA Z45.20/ Nace SP0394 Standard :CSA Z45.20, Nace SP0394 | |
| Metal | ILT-U-3093 | Metal determination | Description: Shear stress test on bolt/fasteners sample. Accordign to ASTM F606/F606M Standard :ASTM F606 | |
| Metal | ILT-U-3094 | Metal determination | Description: Analysis of Cu and Pb. Accordign to Electrolytic Method (ICP AES, ICP MS) Standard : | |
| Metal | ILT-U-3100 | Metal determination | Description: Axial tensile on bolt/fasteners. According to ISO 898-1 Standard :ISO 898-1 | |
| Metal | ILT-U-3108 | Metal determination | Description: Strain controlled fatigue. According to BS 7270 Standard :BS 7270 | |
| Metal | ILT-U-3129 | Metal determination | Description: Hardness. Measurement of thickness of hardened surface layers on ferrous parts. (Rockwell HARDNESS method ISO 6508-1). Accordign to UNI 11153-1
Standard :UNI 11153-1 | |
| Metal | ILT-U-118 | Metal determination, 1A | Description: Immersion corrosion test Method: ASTM G31, ASTM G1 | |
| Metal | ILT-U-366 | Metal determination. 1B | Description: Plastic Strain Ratio r for Sheet Metal Method: ASTM E517 | |
| Metal | ILT-U-364 | Metal determination. 1C | Description: Tensile Strain-Hardening Exponents (n -Values) of Metallic Sheet Materials Method: ASTM E646 | |
| Metal | ILT-U-2089 | Metal determinations | Description: chemical analysis in stainless steel sample by OES Method: ASTM E1086, ASTM E1019 | |
| Metal | ILT-U-2284 | Metal determinations | Silicon and Molybdenum | |
| Metal | ILT-U-2285 | Metal determinations | Description: Chromium, Vanadium and Manganese. Method ICP OES Rule : | |
| Metal | ILT-U-3168 | Metal determinations | Description: x-ray diffraction volume percent retained austenite. According to ASTM E975 Standard :ASTM E975 | |
| Metal | ILT-U-3169 | Metal determinations | Description: Ferrite number. According to ISO 8249 Standard :ISO 8249 | |
| Metal | ILT-U-3174 | Metal determinations | Description: Resistance to solvent ( rubbing test). According to EN 13523-11 Standard :EN 13523-11 | |
| Metal | ILT-U-3173 | Metal determinations | Description: Resistance to cracking on bending ( T-bend test). According to EN 13523-7 Standard :EN 13523-7 | |
| Metal | ILT-U-3175 | Metal determinations | Description: Adhesion after indentation (cupping test). According to EN 13523-6 Standard :EN 13523-6 | |
| Metal | ILT-U-101 | Metallic and oxide coating. Measurement of coating thickness | Description: Microscopical method Method: ISO 1463 | |
| Metal | ILT-U-2844 | Metallic determination | Description: Magnetic field change, magnetic-induction principle, and Eddy-current gauge. According to ISO 2808 Standard :[:en]EN ISO 2808[:es]ISO 2808[:], | |
| Metal | ILT-U-2899 | Metallic determination | Description: Coating weight and Coating thickness (dilute hydrochloric acid method). According to Nch 228 Standard :Nch 228, | |
| Metal | ILT-U-027 | Metallic materials Bend test | Description: NMX-B-113 Method: NMX-B-113 | |
| Metal | ILT-U-447 | Metallographic determination of the Delta ferrite content in austenitic Semi-finished products | Description: Fusing test Method: AVS E 63/01 A | |
| Metal | ILT-U-636 | Microbeam analysis. Analysis using energy-dispersive spectrometry (SEM/EDS) | Description: Qualitative analysis. The range of elements we have is from Na to U. Method: ISO 22309 | |
| Metal | ILT-U-636 | Microbeam analysis. Analysis using energy-dispersive spectrometry (SEM/EDS). OT | Description: Qualitative analysis. The range of elements we have is from Na to U. Method: ISO 22309 | |
| Metal | ILT-U-1756 | Microbeam analysis. Quantitative analysis using energy-dispersive spectrometry (SEM/EDS) | Description: Qualitative analysis. Method: ISO 22309 | |
| Metal | ILT-U-1317 | Microetching Metals and Alloys | Description: Method: ASTM E407 | |
| Metal | ILT-U-445 | Microstructure of cast irons | Description: Graphite classification by visual analysis Method: EN ISO 945-1 | |
| Metal | ILT-U-1059 | Nick Break Test | Description: Method: API 1104 | |
| Metal, Textile | ILT-U-2693 | Nickel determination | Description: Detection of nickel. Accrosing to EN 12472 Standard :EN 12472, | |
| Metal | ILT-U-486 | Nondestructive Measurement of Dry Film Thickness of Nonmagnetic Coatings | Dry film thickness. According to: ASTM D 7091 and ASTM D1186 | |
| Metal | ILT-U-275 | Operating Xenon Arc Light Apparatus for Exposure of Non-Metallic Materials. 1A | Description: Evaluation of coatings exposed to atmospheric corrosion Method: | |
| Metal | ILT-U-2024 | Paints and varnishes determination | Description: Film thickness Method: ISO 2178 | |
| Metal | ILT-U-2025 | Paints and varnishes determinations. | Description: Coating Thickness Amplitude Sensitive Eddy Current (Eddy Current) Method Method: ISO 2360 | |
| Metal | ILT-U-104 | Pending test for low alloy steel and Bar geometry measurement for low alloy steel | Description: BS EN ISO15630-1 Method: EN ISO 15630-1 | |
| Metal | ILT-U-1263 | PENT (Pennsylvania Notch Test) test. | Description: Notch Tensile Test to Measure the Resistance to Slow Crack Growth of Polyethylene Pipes and Resins Method: ASTM F1473 | |
| Metal | ILT-U-2322 | Pitting and crevice corrosion resistance determination | Corrosion Resistance, ASTM G48 method E | |
| Metal | ILT-U-431 | Pitting and crevice corrosion resistance of Duplex steel by Use of Ferric Chloride Solution (method A) | Description: Corrosion Resistance. According to ASTM G48 method A. Standard :ASTM G48, | |
| Metal | ILT-U-356 | Pitting and Crevice Corrosion Resistance of Stainless Steels and Related Alloys by Use of Ferric Chloride Solution | Description: Method B Method: ASTM G48 | |
| Metal | ILT-U-1269 | Pitting and Crevice Corrosion Resistance of Stainless Steels and Related Alloys by Use of Ferric Chloride Solution (method A) | Description: Method A. Method: ASTM G48 | |
| Metal | ILT-E-27 | Pitting and Crevice Corrosion Resistance of Stainless Steels and Related Alloys by Use of Ferric Chloride Solution (method A). Open | Description: Method A. Method: ASTM G48 | |
| Metal | ILT-U-1667 | Pitting and Crevice Corrosion Resistance of Stainless Steels and Related Alloys by Use of Ferric Chloride Solution (method C) | Description: Method C. Method: ASTM G48 | |
| Metal | ILT-U-301 | Preparation and analysis of micro specimen for ferrite count | Description: Microstructure examination Method: ASTM E3, ASTM E407 | |
| Metal | ILT-U-106 | Pull-of test for adhesion | Description: ISO 4624 Method: ISO 4624 | |
| Metal | ILT-U-383 | Pull-off test for adhesion determination | Description: Pull-off test for adhesion. (method E). According to ASTM D4541 Standard :ASTM 4541 | |
| Metal | ILT-U-1232 | Pullout (Static) and Compression bending (Static) test | Description: Pullout Static (Maximum Pullout load); and Compression Bending Static (Stiffens; Maximum Load; Displacement at ultimate load; Yield load; Displacement at yield load; Displacement at 2%; and Elastic displacement) Method: ASTM F1717, ASTM F543 | |
| Metal | ILT-U-1235 | Qualitative XRD examination | Description: X-ray diffraction analysis and Crystallographic texture Method: EN 13925-2 | |
| Metal | ILT-U-1296 | Reinforcement steel bars for mechanical properties Rm and Re determinations | Description: Method: EN ISO 15630-1 | |
| Metal | ILT-U-1805 | Resistance to stone impact | Description: 18 days. Method B Method: ISO 20567-1 | |
| Metal | ILT-U-2131 | Resistivity of Electrical Conductor Materials | Description: Resistivity Method: ASTM B193 | |
| Metal | ILT-U-1690 | Salt Spray determinations | Description: Galvanized Steel and Pre-painted Galvanized Steel, samples. (500 hours) Method: ASTM B117 | |
| Metal | ILT-U-133 | Silicon gravimetric analysis | Description: ASTM E350 Method: ASTM E350 | |
| Metal | ILT-U-2279 | SOHIC determination | SOHIC Test | |
| Consumer Good, Metal | ILT-U-2539 | Specific migration determination | specific migration of arsenic, cadmium, chromium, nickel and lead. Method GB 4806.9 | |
| Metal | ILT-U-1850 | Specific migration of heavy metals in metal article | Description: Simulant: Artificial Tap Water, 5 g/L Citric Acid Method: EN 13130-1 | |
| Metal | ILT-U-215 | SSC (Sulfide stress cracking) test. | Classification of etch structure. According to (Method A, Solution A) | |
| Metal | ILT-U-969 | SSC (Sulfide stress cracking) test. | Description: Classification of etch structure. According to ANSI/NACE TM0177 (Method A, Solution B) Standard :ANSI/NACE TM0177 | |
| Metal | ILT-U-2457 | SSC (Sulfide stress cracking) test. | Description: Classification of etch structure. according to ANSI/NACE TM0177 (Method A, Solution D) Standard :ANSI/NACE TM0177 | |
| Metal | ILT-U-3109 | SSC (Sulfide stress cracking) test. | Description: Sulphide Stress Corrosion Cracking Test (SSCC 720 Hrs.). According to NACE TM 0177 Method B Standard :ANSI/NACE TM0177 | |
| Metal | ILT-U-3202 | SSC (Sulfide stress cracking) test. | Description: Classification of etch structure. According to ANSI/NACE TM0177 (Method A - Solution A). Standard :ANSI/NACE TM0177 | |
| Metal | ILT-U-3210 | SSC (Sulfide stress cracking) test. | Description: Stress Corrosion Test. According to NACE TM 0177 (Method D - Solution A) Standard :ANSI/NACE TM0177 | |
| Metal | ILT-U-1564 | SSC four point bend | Description: Solution A – 720 hs Method: NACE TM 0316 | |
| Metal | ILT-U-102 | Standard Practices for Detecting Susceptibility to Intergranular Attack in Austenitic Stainless Steels. ABCE | Description: ASTM A262 Practice A, B, C and E Method: ASTM A262 | |
| Metal | ILT-U-018 | Standard Practices for Detecting Susceptibility to Intergranular Attack in Austenitic Stainless Steels. AE | Description: ASTM A262 Practice A and E Method: ASTM A262 | |
| Metal | ILT-U-124 | Standard Practices for Detecting Susceptibility to Intergranular Attack in Austenitic Stainless Steels. BC | Description: ASTM A262 Practice B and C Method: ASTM A262 | |
| Metal | ILT-U-196 | Standard Practices for Detecting Susceptibility to Intergranular Attack in Austenitic Stainless Steels. C | Description: ASTM A262 Practice C Method: ASTM A262 | |
| Metal | ILT-U-324 | Standard Practices for Detecting Susceptibility to Intergranular Attack in Austenitic Stainless Steels. CE | Description: Practice C & E Method: ASTM A262 | |
| Metal | ILT-E-06 | Standard Practices for Detecting Susceptibility to Intergranular Attack in Austenitic Stainless Steels. Open | Description: ASTM A262 Practice A and E Method: ASTM A262 | |
| Metal | ILT-U-172 | Standard Practices for Detecting Susceptibility to Intergranular Attack in Austenitic Stainless Steels.B | Description: ASTM A262 Practice B Method: ASTM A262 | |
| Metal | ILT-U-171 | Standard Practices for Detecting Susceptibility to Intergranular Attack in Austenitic Stainless Steels.E | Description: ASTM A262 Practice E Method: ASTM A262 | |
| Metal | ILT-U-1555 | Static test and fatigue in bone plates | Description: Method: ASTM F382 | |
| Metal | ILT-U-2430 | Steel wire determinations | Tensile and Bend test. According to ASTM A1064 | |
| Metal | ILT-U-443 | Steels Determination of depth of decarburization | Description: EN ISO 3887 Method: EN ISO 3887 | |
| Metal | ILT-U-784 | Surface area for metal powders (BET) | Description: BET 5 Point analysis (Nitrogen Gas) Method: ASTM B922 | |
| Metal, Mineral | ILT-U-784 | Surface area for metal powders (BET) OT | Description: BET 5 Point analysis (Nitrogen Gas) Method: ASTM B922 | |
| Metal | ILT-U-1348 | Surface discontinuities of bolts | Description: microscopic method – requirements S1 Method: ASTM F788 | |
| Metal | ILT-U-3205 | Tensile determination | Description: Tensile Test. According to ASME IX QW 150 Standard :ASME IX QW 150 | |
| Metal | ILT-U-1467 | Tensile test determination | Description: Method: EN ISO 15630-3 | |
| Metal | ILT-U-266 | Tensile Testing of Metallic Materials. 150 | Description: Method of Test at Elevated Temperatures (150 °c) Method: ISO 6892-2 | |
| Metal | ILT-U-2468 | Tensile Testing of Metallic Materials. 250 | Description: Method of Test at Elevated Temperatures (250 °c) Method: ASTM E21 | |
| Metal | ILT-U-845 | Tensile Testing of Metallic Materials. 350 | Description: Method of Test at Elevated Temperatures (350 °c) Method: ASTM E21 | |
| Metal | ILT-U-421 | Tensile Testing of Metallic Materials. 980 | Description: Method of Test at Elevated Temperatures (980 °c) Method: ASTM E21 | |
| Metal | ILT-U-620 | Tensile testing on steel | Description: Method: ASTM A706 | |
| Metal | ILT-U-1066 | Tension test on aluminum | Description: Method: ASTM B557, IS 1608, ISO 6892 | |
| Metal | ILT-U-165 | Tension testing Autographic method | Description: clause 7.7.3 Method: ASTM E8 | |
| Metal | ILT-E-08 | Tension testing of steel | Description: Ultimate tensile strength in MPa, Yield strength offset = 0,2% in MPa, Elongation in %, Reduction of area in %. Method: ASTM E8, ISO 6892-1, EN 10002-1, IRAM IAS U500 102, GB/T 228.1, GOST 1497, TCVN 197-1 | |
| Metal | ILT-U-313 | Tension testing of steel wire | Description: Ultimate tensile strength in MPa, Yield strength offset = 0,2% in MPa, Elongation in %, Reduction of area in %. Method: ASTM E8 | |
| Metal | ILT-U-156 | Tension testing on steel | Description: Ultimate tensile strength in MPa, Yield strength offset = 0,2% in MPa, Elongation in %, Reduction of area in %. Method: ASTM E8, ISO 6892-1, EN 10002-1, IRAM IAS U500 102, GB/T 228.1, GOST 1497, TCVN 197-1 | |
| Metal | ILT-U-006 | Tension testing on steel (Flat sample) | Description: Ultimate tensile strength in MPa, Yield strength offset = 0,2% in MPa, Elongation in %, Reduction of area in %. Method: GB/T 228.1, ISO 6892, ASTM E8, GOST 1497 | |
| Metal | ILT-U-1176 | Tension Testing on steel (sheet sample) | Description: Ultimate tensile strength; Upper Yield strength; and Elongation in % according Method: ASTM A370 | |
| Metal | ILT-U-001 | Test of charge to break Sling | Description: ASME B30.9:2006 Method: ASME B30.9 | |
| Metal | ILT-E-16 | Test of Salt Spray | Description: ASTM B117 Method: ASTM B117 | |
| Metal | ILT-U-126 | Testing Water Resistance of Coatings in 100% Relative Humidity | Description: 240 hours. Method: ASTM D2247 | |
| Metal | ILT-U-032 | Testing Water Resistance of Coatings Using Water Fog Apparatus | Description: ASTM D1735 Method: ASTM D1735 | |
| Metal | ILT-U-1554 | Torsion, driving torque and pullout test on bone screws | Description: Yield Torque; Maximum Torque; Breaking Angle; Insertion Torque; Removal Torque; and Maximum pullout load Method: ASTM F543 | |
| Metal | ILT-U-2651 | Trace elements in low carbon steel determination | Description: As, Co, V, Pb, Sn, W and B. Method Spectrophotometry Standard : | |
| Metal | ILT-U-1707 | Transverse tensile test Destructive tests on welds in metallic materials | Description: Transverse tensile test Method: ISO 4136 | |
| Metal | ILT-U-423 | Viscosity determining corrosion inhibitors | Description: ASTM D2196 Method: ASTM D2196 | |
| Metal | ILT-U-2810 | Weld shear determination | Description: Welding shear test on high strength mesh specimens. According to Nch 220 Standard :Nch 220, | |
| Metal | ILT-U-1297 | Welded mesh for shear force determinations | Description: Method: ISO 15630-2 | |
| Metal | ILT-U-092 | Wire Simple torsion test | Description: ISO 7800 Method: ISO 7800 | |
| Metal | ILT-U-1000 | Wire determinations | Description: Method: ASTM B3, ASTM B193 | |
| Metal | ILT-U-1530 | X-Ray Fluorescence in stainless steel | Description: X-Ray Fluorescence: Mn; P; Si; Cr; Ni; Mo; Cu; V; and Nb Method: ASTM E572 | |
| Metal | ILT-U-1686 | Zinc coating mass of flat steel determinations | Description: Zinc coating mass of flat Steel Method: ASTM A90 | |
