Having our own testing facility is fundamental for the continuous research and development of premium products. It enables us to provide extensive technical service for our customers. Potential quality improvements in the manufacturing process are also evaluated in our testing facility. A high quality standard was therefore established allowing us to respond to customer-specific requirements.
Tests and test methods in the mechanical-dynamic testing area:
Bearing testing
- FAG-FE9 – DIN 51821
- FAG-FE8 – DIN 51819
- FAG-FE1
- FAG-AN2
- SKF-ROF+
- SKF-R2F – DIN 5180
High-speed testing
Noise testing
- FAG-MGG 11
- SKF-BeQuiet
- Bearing Vibration Tester S 0910-III
Further tests for extreme pressure (EP), corrosion, friction and wear properties
- SKF Emcor – DIN 51802
- Four-ball apparatus (VKA) – DIN 51350/ASTM 2596-97
- FZG – DIN 51354/ISO 14635
- Brugger – DIN 51347
- Vent Meter – Special Lincoln Norm
- WRT – Special Grohe Norm
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Tests and test methods in the chemical-physical testing area
- Density – DIN 51757
- Dropping point – ISO 2176
- Infrared Analysis Spectrometer (IR) – DIN 51451
- Flow pressure apparatus -Kesternich Method – DIN 51805
- Oil bleeding and evaporation – ASTM D 6184
- Oil separation – DIN 51817
- Oxidation stability – DIN 51808
- Penetration – ISO 2137/DIN51580
- Roll stability – Shellroller – ASTM D1831
- Brookfield- Rotation Viscometer – DIN 51398
- Ubbelohde Viscometer – DIN 51562
- Determination of particle content – Grindometer (ISO 1524)
- Copper corrosion – DIN 51811
- Water stability; static test – DIN 51807
- Neutralization number -NZ – DIN 51558
- Water content after Karl Fischer; direct method and total acid number (TAN)
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You have questions about pricing or testing time?
Our Technical Support at +49 (0)6109/76 50-0 is at your service for any questions.
