Mechanical characterization tests
01Prerequisites
You wish to carry out the mechanical characterisation of your materials as part of production monitoring, the validation of parts or materials, or your R&D:
Etim carries out mechanical tests in accordance with the various existing standards or to our customers’ own specifications on composite materials, polymers and rubber, wood composites, ceramic matrix composites, etc.
Our COFRAC ISO 17025 (Accréditation Essais N°1-5242 – portée disponible sur www.cofrac.fr) as well as our specific customer accreditations (AIRBUS, SAFRAN, DASSAULT, etc.) cover a wide range of tests.
We can handle all aspects of specimen preparation for you, as well as the development of test methods or the design of tooling specific to your needs in line with existing standards or your own specifications.
Our in-house resources also enable us to carry out measurements at temperatures ranging from -60°C to 250°C.
These capacities are extended to -185°C and +360°C on certain machines.
For tests requiring the acquisition of specific data, we are also able to instrument preparation of specimens by coupling them with equipment such as:
- Extensometers
- Deformation gauges
- 3D video correlation cameras (particularly for measuring deformation fields, etc.)
- Detection by acoustic emission (detection of first breaks, etc.)
Our laboratory is also equipped with:
- a pendulum impact testing machine to meet the specifications of the Charpy and IZOD shock standards
- a drop tower for making an impact.
- Hardness and roughness measurement
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Etim can meet your serial production monitoring needs by carrying out tests within short deadlines ranging from 3 to 10 days maximum.
To achieve this, our laboratory is operational all year round with teams working 2*8.
02Technical resources
Mechanical testing machine, capacity from 1 to 60 tonnes
- Machines 1T – 10 kN Capacity – Test T°C : – 70°C / + 360°C
- Machines 10T – 100 kN Capacity – Test T°C : – 70°C / + 360°C
- Machine 30T – 300 kN Capacity – Test T°C : – 70°C / + 360°C
- Machine 25T – 250 kN Capacity – Test T°C : – 70°C / + 260°C
- Machine 60T – 600 kN
- Special cold chamber: from 150°c to -180°C for 10T machines
- Impactor (10 to 100 J – MAX FORCE 50 kN)
- Pendulum impact testing machine for CHARPY shock (from 1 to 50 J) or IZOD shock (from 1 to 22 J)
- Hardness tester SHORE A, SHORE D
- Micro IRHD measurement device
- Roughness tester
Acquisition equipment and systems
- Acquisition for temperature probes
- Acquisition for strain gauges
- LVDT up to 20 mm stroke
- Contact extensometer up to 250 mm stroke
- Non-contact optical system for 3D video-correlation
- Acoustic emission sensor acquisition system
03Our services
- Inter-laminar shear strength test
- Single Lap Shear Test
- In Plane Shear by +/-45° tensile test
- Cleavage Test
- Compression test
- Compression test after impact
- Sandwich compression test
- open hole or filled hole compression test
- Pull-out test (insert, ring loosening, etc.)
- Curved beam strength test by 4-point bending
- 3-point bending test (Monolithic and sandwich)
- 4-point bending test (monolithic, sandwich)
- Impact Test (BVID research and measurement, etc.)
- Climbing drum peeling test
- Peeling test or Bell peel test
- Interlaminar fracture toughness energy – Mode 1 / mode 2 (G1c, G2c, K1c)
- Tensile tests
- Open hole or filled hole tensile test
- Flatwise tensile test (FOKKER square)
- NOL tensile tests
- In Plane Static Shear test on V-Notch specimen
- Off Plane Static Shear test on V-Notch specimen (Iosipescu)
Standards and accreditations
| ESSAIS MECANIQUES (Mecanical tests) | Spécification | NADCAP |
AIRBUS |
SAFRAN |
|---|---|---|---|---|
| Cisaillement interlaminaire (Apparent Interlaminar Shear Strength) | ASTM D2344 | |||
| NF EN 2377 | ||||
| NF EN 2563 | ||||
| NF EN ISO 14130 | ||||
| IGC 04-26-235 | ||||
| Cisaillement joint de colle (Single Lap Shear) | AITM 1-0019 | |||
| ASTM D5656 | ||||
| NF EN 1465 | ||||
| NF EN 2243-1 | ||||
| IGC 04-26-346 | ||||
| IGC 04-26-350 | ||||
| Cisaillement plan (in Plane Shear by +/-45° tensile test) | AITM 1-0002 | |||
| ASTM D3518 | ||||
| NF EN 6031 | ||||
| NF EN ISO 14129 | ||||
| Cisaillement sandwich (in Plane Shear tensile test/sandwich) | ASTM C273 | |||
| Compression (Compression test) | AITM 1-0008 | |||
| ASTM D2412 | ||||
| ASTM D3410 | ||||
| ASTM D6641 | ||||
| ASTM D695 | ||||
| ASTM D7137 | ||||
| NF EN 2850 | ||||
| NF EN ISO 604 | ||||
| NF EN ISO 844 | ||||
| NF EN ISO 14126 | ||||
| NF EN ISO 20504 | ||||
| Compression après impact (Compression after impact) | AITM 1-0010 | |||
| ASTM D7136 | ||||
| EN 6038 | ||||
| Compression sandwich ASTM C365 (sandwich material compression) | ASTM C365 | |||
| Compression Trouée NF EN 2850 Habitee ou non NF EN ISO 14126 (open or filled hole compression test) | AIT 1-0008 | |||
| NF EN 2850 | ||||
| NF EN ISO 14126 | ||||
| ASTM D6484 | ||||
| ASTM D6742 | ||||
| Flexion 3 points monolithique (3 points bending monolithic material) | EN 2562 | |||
| EN 2746 | ||||
| ISO 14125 | ||||
| ISO 178 | ||||
| ASTM D790 | ||||
| ASTM D7250 | ||||
| Flexion 3 points sandwich 3 points bending / sandwich material) | IGC 04-26-280 | |||
| ASTM D7249 | ||||
| ASTM C393 | ||||
| Flexion 4 points monolithique (4 points bending monolithic material) | ISO 14125 | |||
| ASTM D790 | ||||
| Flexion 4 points sandwich 4 points bending / sandwich material) | AITM 1-0018 | |||
| ASTM D7249 | ||||
| ASTM C393 | ||||
| Impact / Charpy | ISO 179-1* | |||
| Impact / Izod | ISO 180 | |||
| Impact tour de chute (Damage resistance) | AST D7136 | |||
| Matage (Bearing) | ASTM D5961 | |||
| AITM 1-0009 | ||||
| Pelage Flottant ou Bell (Peeling test metal-metal) | NF EN 2243-2 | |||
| ISO 4578 | ||||
| NF EN 1464 | ||||
| Pelage Tambour Grimpant (Climbing drum peeling test) | EN 2243-3 | |||
| IGC 04-26-270 | ||||
| NF L 17-455 | ||||
| ASTM D1781 | ||||
| Test d'arrachement (Pull through test) | ASTM D7332 | |||
| Test d'arrachement (Pull off test) | NF EN ISO 4624 | |||
| Dépliage par flexion 4 pts (Curved beam strength test) | ASTM D6415 | |||
| Traction (Tensile test) | AITM 1-0007 | |||
| ASTM D3039 | ||||
| ASTM D638 | ||||
| IGC 04-26-250 | ||||
| NF EN 2561 | ||||
| NF EN 2747 | ||||
| NF EN ISO 37 | ||||
| NF EN ISO 527-1 | ||||
| NF EN ISO 527-2 | ||||
| NF EN ISO 527-4 | ||||
| NF EN ISO 527-5 | ||||
| Traction Perpendiculaire (carré FOKKER) (Flatwise tensile test) | AITM 1-0025 | |||
| ASTM C297 | ||||
| EN 2243-4 | ||||
| Traction Trouée Habitée ou non (open or Filled hole tensile test) | AITM 1-0007-B | |||
| AITM 1-0007-C | ||||
| ASTM D5766 | ||||
| ASTM D6742 | ||||
| IGC 04-26-260 | ||||
| V-Notch (In Plane Static Shear test on V-Notch specimen) | ASTM D7078 | |||
| losipescu (Off Plane Static Shear test on V-Notch specimen) | ASTM D5379 | |||
| Ténacité G1c (Interlaminar fracture toughness energy - Mode 1 - G1c test) | AITM 1-0005 | |||
| AITM 1-0053 | ||||
| ASTM D5528 | ||||
| Ténacité G2c (Interlaminar fracture toughness energy - Mode 2 - G2c test) | AITM 1-0006 | |||
| ASTM D7905 |