Devices
Here you will find an overview of our test equipment.
| Model name: | Picture: | Supported test standards: | Function: |
| ZIEGLER FT-1000 |
|
FINAT* FTM 1 FINAT* FTM 2 FINAT* FTM 3 FINAT* FTM 9 FINAT* FTM 10 FINAT* FTM 11 Afera** |
Horizontal tensile testing machine for conducting adhesive strength tests. The sample table is equipped as a movable clamp with constant feed, while the fixed clamp is rigidly coupled to the measuring device. This can measure properties such as separation force and peel strength, for example, at peel angles of 180° or 90° (option). |
| ZIEGLER FT-1000H |
|
FINAT* FTM 1 FINAT* FTM 3 FINAT* FTM 10 FINAT* FTM 11 Afera** |
Horizontal tensile testing machine. The sample table is equipped as a movable clamp with constant feed, while the fixed clamp is rigidly coupled to the measuring device. This can measure properties such as separation force and peel strength at a peel angle of 180°. The FT-1000H can be used in standalone mode - averaging at a predetermined speed. |
| ZIEGLER FTM-Multi |
|
FINAT* FTM 1 FINAT* FTM 2 FINAT* FTM 3 |
6-fold tensile testing device. The test device has 6 individually vertically movable force sensors and a horizontally movable sample table. Due to the special arrangement on the tensile tester, the samples can be peeled off at angles of both 90° and 180° and at speeds of 10-1000 mm/min. |
| ZIEGLER HS-300 |
|
FINAT* FTM 4 |
High Speed Release Peel Testing Machine to test the separation force during fast peel-off. The testing device is designed to meet the requirements of manufacturers, processors, and users of bonding materials. The device meets the specifications and testing standards of the FINAT* Test Method High Speed Release Force FTM 4 - separation force during fast peel-off (10 - 300 m/min). |
ZIEGLER FTM-8 |
|
FINAT* FTM 8 |
Specially designed for testing or shear tests according to the FINAT* FTM 8 test method. Up to 10 samples can be tested simultaneously. The built-in stopwatches measure the shear time in the range of 0.01 to 9999.99 hours. No external power supply for the testing device is required. |
| ZIEGLER FTM-8-96 |
|
FINAT* FTM 8 |
Designed according to allow 96 testing positions to be integrated into the laboratory in a clear and space-saving manner. The time measurement is carried out via microswitch contacts. The testing positions can each be loaded with weights from 200g to 2kg. |
| ZIEGLER SAFT-24 |
|
PSTC-17*** Shear Adhesion of Pressure Sensitive Tape ASTM**** D 4498, Standard Test Method for Heat-Fail Temperature in Shear of Hot Melt Adhesives FINAT* FTM 8 (ohne Wärme) Afera** 5012 Self Adhesive Tapes, Measurement of Static Shear Adhesion (ohne Wärme) |
For vertical shear tests of self-adhesive materials on test plates and their ability to withstand high temperatures. According to PTSC-17, a shear force test with constant increasing temperature is carried out. The samples are tested in a temperature-controlled and monitored oven. |
| ZIEGLER STH-10 |
|
FINAT* FTM 8 |
For tests according to the FINAT* method FTM 8. Up to 10 samples can be tested simultaneously. The built-in stopwatches measure the shear time in the range of 0.01 to 9999.99 hours. No external power supply is required for the built-in hour meters. The integrated heater enables a temperature of 20-45°C (max. 50°C) during the measurement. |
| ZIEGLER LUMI 12 |
|
Lumineszenz |
Compact table-top device with a UV light sensor that outputs the luminescence (wavelength 450-750nm) of the test material. The luminescence value is measured by the sensor and displayed on the analog display on the device. The range of the luminescence value measurement is 5-12 LAETUS corresponding to CIBA GEIGY whiteness index. It is suitable for direct reading of the luminescence value of paper, plastic materials, coatings, etc. |
* Féderation internationale des fabricants et transformateurs d'adhésifs et thermocollants sur papiers et autres supports.
** Afera, the European Association for the Self Adhesive Tape Industry
*** Pressure Sensitive Tape Council
**** ASTM, American Society for Testing and Materials