In our laboratory, all impact and vibration resistance tests of composite parts in terms of laboratory scale production can be performed. Fiber reinforced composite materials that can be produced in autoclave capable of computer controlled fully automatic curing cycles are subjected to various tests in the same laboratory.
The durability of plastic or metal materials (eg according to DIN EN ISO 148-1) and plastics (eg according to DIN EN ISO 179-1) can be determined. Thus, the behavior of a long rectangular prism with one-sided notching (mostly V-, rarely U-notching) and temperature controlled (cooled or heated) can be examined.
EUROLAB offers different test solutions for impact bending tests on metals and plastics.
Impact tests are short-term applications that give information about the fracture behavior of materials or parts under rapid load and at variable temperatures. The devices of such applications are Impact Testers or Drop Weight Testers.
Eurolab mechanics - is the leading organization in Turkey for analysis and materials testing equipment and technological systems. For impact testing, our laboratory offers pioneering impact testing services to plastic material manufacturers and users.
Impact testing devices in the Impact Testing Laboratory are used to measure the amount of energy held in the breakage of the test piece in composites, plastics, ceramics and metal alloys to monitor product quality control and process development.
It can hold the highest impact energy according to the result of high speed and high energy impact tests (for example fiber damage in composite materials, matrix cracks and delamination between layers and impact absorbing metallic and foam materials, crushing, folding, etc.). the material, the most suitable layer arrangement sequence, the number and the alignment angles can be determined. It is used as an effective method to determine the most suitable sample type, which has the best impact energy, the cheapest unit cost, reduced weight and thickness.
The laboratory offers superior quality support to the industry by performing tests on different types of products in order to determine the resistance to fatigue caused by vibration and impact conditions due to production processes and transport and proper working conditions.
- Sinusodial, random or constant frequencies, ranging from 40 Hz to 130 Hz, in controlled climatic conditions with controlled humidity, impacts and drops, as well as standard climatic conditions from 3 C to + 2000 C It is possible to perform tests with different types of voltages, including sine on random, random on top, random on top.
All tests can be performed according to relevant international standards such as ISO, EN, IEC, MIL, ASTM, BS or according to customer's specifications.