Search standard for testing available at SKZ
Search standard for testing available at SKZ
Tested safety
Safety and outstanding quality are good sales arguments for your products. In our accredited test laboratory, we test and certify a wide range of different plastic products using numerous test methods.
Tested safety
Safety and outstanding quality are good sales arguments for your products. In our accredited test laboratory, we test and certify a wide range of different plastic products using numerous test methods.
Test methods
From functional testing to molecular structure
In our DIN EN ISO/IEC 17025 accredited test laboratory, more than 80 engineers, scientists and laboratory technicians are employed on a laboratory area of 5000 square metres. With our highly qualified staff and our high-quality and comprehensive equipment pool, all test procedures relevant to practice are carried out promptly. Not only do we test thermoplastics, elastomers and thermosets in accordance with all the norms and standards customary in the industry, but we can also work out an individual and solution-oriented test programme for you according to your special requirements.
Equipped for all requirements
Testing of plastics with regard to
physical/chemical or mechanical properties
Investigation of the molecular structure or
Methods of non-destructive testing
Fast and confidential order processing
We offer the following test methods
Extract from our test methods:
- General chemical resistance test, also at temperature
- Autoclave test in water up to 130 °C
- High pressure autoclave test up to 90 °C and 50 bar oxygen overpressure
- Cold storage up to -60 °C
- Climate change test, also according to automotive regulations such as PV 1200
- Constant climate storage
- Salt spray test, e.g. according to DIN EN ISO 9227
- Stress crack test (ESCT), e.g. bending strip test
- Thermal cycling test
- Heat ageing, hot storage or oven ageing up to 300 °C
- Creep rupture internal pressure test
Contact:
Dr. Irene Reuther | +49 931 4104-201 | i.reuther@skz.de
Dr. Andrea Monami | +49 931 4104-261 | a. monami@skz.de
Extract from our test methods:
- General xenon weathering tests (DIN EN ISO 4892-1 and -2, DIN EN 513)
- General QUV tests (DIN EN ISO 4892-1 and -3)
- Tests for colour fastness to light
e.g. according to DIN EN ISO 105-B01, DIN EN ISO 105-B02 - Determination of weather fastness and weather resistance (RAL GZ 716/1)
- Weathering tests with a Weather-Ometer (e.g. according to SAE J 2527 or SAE J 2412)
- Weathering tests according to various automotive regulations (e.g. PV 3930)
- Hot exposure (e.g. according to PV 1303)
- Suntest weathering for testing complete moulded parts
- Suntest weathering with window glass filtering for testing interior parts
- UV-C resistance test
More information about our weathering tests
Contact:
Dr. Irene Reuther | +49 931 4104-201 | i.reuther@skz.de
Dr. Marcus Heindl | +49 931 4104-146 | m.heindl@skz.de
Excerpt from our tests methods:
- Test method with 50 W test flame, horizontal and vertical
- UL 94
- ASTM D 635
- DIN EN 60695-11-10
- DIN EN ISO 9773
- Test method for edge and surface ignition
- DIN 4104-1 (only fire class B2)
- DIN 53483-2
- DIN 53483-3
- DIN EN ISO 11925-2
- Test methods for motor vehicles, machines for agriculture and forestry
- DIN 75200
- FMVSS 302 / CMVSS 302
- DBL 5307
- TL 1010
- GS 97038
- Volvo Standard STD 104-0001
- ISO 3795
- PV 3343
- 95/28/EC (Annex IV only)
- Glow-wire test method
- DIN EN ISO 60695-2-11
- DIN EN ISO 60695-2-12
- DIN EN ISO 60695-2-13
- Test procedure with the glow rod
- DIN VDE 0304-3
- DIN 53459
Contact:
Dr. Irene Reuther | +49 931 4104-201 | i.reuther@skz.de
Dr. Bernhard Ulmer | +49 931 4104-478 | b.ulmer@skz.de
Extract from our test methods:
- Oxygen gas transmission rate
e.g. according to ASTM D 3985 and DIN 53380-3 - Water vapour transmission rate
e.g. according to ASTM E 96/E 96M, DIN 53122-1, DIN EN 1931, DIN EN ISO 12572, DIN EN ISO 15106-3 and ISO 2528 - Watertightness
e.g. according to DIN EN 1928, EN 13111 and DIN EN 14150
Contact:
Dr. Irene Reuther | +49 931 4104-201 | i.reuther@skz.de
Dr. Andrea Monami | +49 931 4104-261 | a.monami@skz.de
Extract from our test methods:
- Surface resistance
e.g. DIN IEC 60093, DIN EN 62631-3-2, DIN EN 1081, DIN EN 13415, DIN EN ISO 22637 - Volume resistance
e.g. DIN IEC 60093, DIN EN 62631-3-1, DIN EN 1081, DIN EN 13415, DIN EN ISO 22637 - Tracking resistance with determination of CTI and PTI
e.g. DIN EN 60112 - Dielectric constant
e.g. DIN 53483-1, DIN 53483-2 - Dielectric loss factor
e.g. DIN 53483-1, DIN 53483-2
Contact:
Udo Dengel | +49 931 4104-170 | u.dengel@skz.de
Dr. Andrea Monami | +49 931 4104-261 | a.monami@skz.de
Extract from our test procedures:
- Abrasion and wear tests
e.g. DIN EN ISO 5470-1, DIN 53754, DIN EN 660-1, ISO 9352 (Taber), DIN ISO 4649 (rotating cylinder drum), DIN EN ISO 105-X12 (Crockmeter) - Burst tests
e.g. DIN 61551, ASTM D 5617 and DIN EN 14151 - Compression and bending tests
e.g. EN ISO 178, EN ISO 604, DIN EN 3384 - Puncture tests (instrumented or free falling dart)
e.g. according to ISO 7765-1 and -2. EN ISO 6603-2 - Dynamic tests
- Hail impact test
according to EN 13583 - Hardness tests
a. o. ISO 48, EN ISO 868, ISO 7619-1 a. -2, EN 2039-1 - Hydraulic tests
a. o. EN 1928 - Dimensional and weight tests
a. o. EN ISO 62, DIN 53370, DIN 53377, EN 1107-2 - Impact tests and notched bar impact tests
e.g. according to EN ISO 179-1, EN ISO 180, EN ISO 8256 - Weld seam tests
e.g. EN 12316, EN 12317, EN 12814-1 to -7, DVS 2203-4 and -5, DVS 2226-2 to -3 - Root strength
a. o. EN 13948, CEN/TS 14416, FLL method - Creep rupture tests and stress crack tests
e.g. ISO 16770, EN 14576, EN 815-1 and -2, ASTM D 1693, ASTM D 5397, EN ISO 22088-1 to -4 - Tensile tests
including EN ISO 527-1 to -5, EN 12310-1 and -2, EN 12311-1 and -2, ISO 34-1, ISO 37, EN 1939, EN 1461, DIN 53504, DIN 53363, DIN 53357, ASTM D 638, ASTM D 882, ASTM D 1004, ASTM D 6693
Contact:
Dr. Andrea Monami | +49 931 4104-261 | a.monami@skz.de
Udo Dengel | +49 931 4104-170 | u.dengel@skz.de
The following microscopes are available in the test laboratory:
- Stereo microscope: 5-fold to 63-fold magnification
- Classic light microscopes: 25x to 1000x magnification
- Digital light microscope: 20x to 1000x magnification, motorised specimen stage, 3D display and automatic image composition (stitching) possible
- High-resolution field emission scanning electron microscope (FE-REM):
Up to 900,000x magnification, resolution < 5 nm, coupled with EDX detector for elemental analysis.
Contact:
Martina Schubert | +49 931 4104-135 | m.schubert@skz.de
Dr. Marcus Heindl | +49 931 4104-146 | m.heindl@skz.de
Extract from our test methods:
- High-pressure capillary rheometry
- Melt mass flow rate (MFR) and melt volume flow rate (MVR)
e.g. according to DIN EN ISO 1133-1, 1133-2 and ASTM D1238 - Rotational rheometry (plate/plate, cone/plate)
- Solution viscosity / Viscosity number
e.g. according to DIN EN ISO 307, DIN EN ISO 1628-1, -2, -3 and -5, ISO 1628-4, -5 and -6
Contact:
Dr. Irene Reuther | +49 931 4104-201 | i.reuther@skz.de
Dr. Bernhard Ulmer | +49 931 4104-478 | b.ulmer@skz.de
Extract from our test procedures:
- Colour
- e.g. according to DIN 53236, DIN EN ISO 11664-4, ISO 7724-2 and ISO 7724-3
- Gloss
e.g. according to DIN EN ISO 2813 - Grey scale
e.g. according to DIN EN 20105-A02 and DIN EN 20105-A03 - Opacity
e.g. according to DIN EN ISO 7686 and TCS 2114.2 - Transmission and haze
e.g. according to ASTM D 1003
Contact:
Dr. Irene Reuther | +49 931 4104-201 | i.reuther@skz.de
Dr. Bernhard Ulmer | +49 931 4104-478 | b.ulmer@skz.de
Extract from our test methods
- Resistance to chemicals
e.g. DIN EN ISO 175 - Dehydrochlorination (DHC)
e.g. DIN 53381-1, DIN EN ISO 182-2, DIN EN ISO 182-3 - Dichloromethane resistance (DCMT)
e.g. DIN EN ISO 9852 - Density
e.g. DIN EN ISO 1183-1, DIN EN ISO 1183-3, ASTM D 792 - Solvent extract / Loss of plasticizers
e.g. DIN EN ISO 176, DIN EN ISO 6427, ISO 1407 - Fiber, mineral filler or ash content
e.g. DIN EN ISO 3451-1, -4 und -5, DIN EN ISO 1172 - Fiber length distribution
- Fogging characteristics
e.g. DIN 75201 - Odour determination (olfactory measurement)
e.g. VDA 270 - Hardness
e.g. DIN ISO 48-2 und -4, DIN ISO 7619-1 und -2, DIN EN ISO 868, EN 1107-2, DIN EN 59, DIN EN ISO 2039-1 - Molecular weight distribution (GPC)
- Surface energy (Contact angle measurement)
- Carbon black content
e.g. ISO 6964, ASTM D 1603, DIN EN ISO 11358-1 - Salt spray test
e.g. DIN EN ISO 9227 - Environmental stress cracking (ESC)
e.g. DIN EN ISO 22088-3, ISO 16770 - Degree of crosslinking
e.g. DIN 16892, DIN EN ISO 10147 - Heat distortion temperature, Vicat softening temperature (HDT, VST)
e.g. DIN EN ISO 75-1, -2, -3, DIN EN ISO 306 - Thermal conductivity
Laser Flash method (LFA) - Water absorption
e.g. DIN EN ISO 62
Contact:
Dr. Irene Reuther | +49 931 4104-201 | i.reuther@skz.de
Dr. Bernhard Ulmer | +49 931 4104-478 | b.ulmer@skz.de
We use the following spectroscopic investigation methods:
- Infrared spectroscopy (IR) in transmission, reflection or with attenuated total reflection (ATR) for the analysis of polymers and other organic substances, wave number range 4,000 cm-1 to 400 cm-1
- Infrared microscopy (IR) in transmission, reflection or with attenuated total reflection (ATR), mapping mode, resolution up to 20 µm
- Far-infrared spectroscopy for a wavenumber range up to 50 cm-1, heatable ATR sample stage
- Energy dispersive X-ray spectroscopy (EDX) for spatially resolved qualitative and semi-quantitative analysis of a wide variety of material samples (point, line and distribution measurement of elements) with Peltier-cooled silicon drift detector (SDD), coupled with high-resolution field emission scanning electron microscope (FE-REM)
- UV/Vis spectroscopy (abbreviation of Ultraviolet and Visible Spectroscopy) in the wavelength range from 190 nm to 1100 nm, dual-beam spectrophotometer.
Contact:
Martina Schubert | +49 931 4104-135 | m.schubert@skz.de
Dr. Irene Reuther | +49 931 4104-201 | i.reuther@skz.de
Jürgen Federolf | +49 931 4104-144 | j.federolf@skz.de
The following thermal analysis methods are available in our test laboratory:
- Differential thermal analysis (DSC)
e.g. according to DIN EN ISO 11357-2, DIN EN ISO 11357-3, DIN EN ISO 11357-6 - Thermogravimetry (TGA)
e.g. according to DIN EN ISO 11358-1 - Thermomechanical Analysis (TMA)
e.g. according to ISO 11359-2 - Dynamic Mechanical Analysis (DMA)
Contact:
Dr. Irene Reuther | +49 931 4104-201 | i.reuther@skz.de
Dr. Bernhard Ulmer | +49 931 4104-478 | b.ulmer@skz.de
Jürgen Federolf | +49 931 4104-144 | j.federolf@skz.de
In addition to the standardized test methods that we offer as a service within the scope of our accreditation, there are a large number of other test methods, some of which are not yet subject to standardization. These are taken up by our colleagues in research and development in order to describe the final product quality or a process condition during production. Methods based on ultrasound, X-ray including computer tomography, thermography, terahertz, radar and optical camera technology, among others, are used. Here you will find support in the identification of the most suitable test method under physical, chemical, technical and economic aspects up to commercial system development and integration at your site.
Contact:
Giovanni Schober | +49 931 4104-464 | g.schober@skz.de
Friedrich-Bergius-Ring 22
97076 Würzburg
Telefon: +49 931 4104-0
E-Mail: training@skz.de
Route berechnen
Frankfurter Str. 15-17
97082 Würzburg
Telefon: +49 931 4104-123
E-Mail: training@skz.de
Route berechnen
Köthener Straße 33a
06118 Halle (Saale)
Telefon: +49 345 53045-0
E-Mail: halle@skz.de
Route berechnen
Rauher Grund 9
72160 Horb am Neckar
Telefon: +49 7451 62457-0
E-Mail: horb@skz.de
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Woltorfer Straße 77, Halle G
31224 Peine
Telefon: +49 5171 48935
E-Mail: peine@skz.de
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c/o SKZ – KFE gGmbH
Weißenbacher Str. 86
95100 Selb
Telefon: +49 9287 99880-0
E-Mail: ezd@skz.de
Route berechnen
Industrie Center Obernburg
63784 Obernburg
Telefon: +49 6022 81-2668
E-Mail: info@aso-skz.de
Route berechnen
SKZ – Testing GmbH
Technology Center
Friedrich-Bergius-Ring 22
97076 Würzburg
Tel. +49 931 4104-0
