LEATHER FLEXING TESTER (FLEXOMETER) DVT FM 10 DVT FM 10
Used for determining the flexibility and cracking parameters of leather and artificial leather.
INDUSTRIAL SECTORS OF USE
TECHNICAL INFORMATION
- Leathers or artificial leathers are folded and checked for permanent damages.
- Stop option at pre-set value.
- A counter indicates the number of tests
- In our standard production, unit has 10 or 20 test specimen options.
- Test unit is made of stainless steel.
- Electrostatic powder painting applied.
- Operating Voltage: 220 VAC , 50 Hz.
DEEP FREEZER (OPTIONAL)
- Temperature control is performed by electronically controlled digital thermostat.
- A second thermostat control is just for safety.
- A special illumination unit is also provided.
- Test may be done in ambient temperature.
- Easy use – and stainless steel frame.
- Optional models are available.
OPTIONAL ADDITIONS
- 10,20,30,40 test specimens options are available.
- Hot environment models.
- Cold environment models.
- Time – controlled test unit.
APPROXIMATE DIMENSIONS AND WEIGHT
- Width : 97 cm.
- Depth : 32 cm.
- Height : 32 cm.
- Weight : 43 kg.
TECHNICAL DOCUMENTATION
RELEVANT STANDARDS
- ISO 20344 – TS EN ISO 20344
- DIN 53351
- ISO 32100
- ISO 17694
ADDITIONAL INFORMATION
The leather flexing tester (flexometer) is specifically designed for evaluating the flexibility and crack resistance of leather and synthetic leather materials in accordance with ISO 20344, DIN 53351, ISO 32100, and ISO 17694 standards. Featuring stainless steel test units, electrostatic powder coating, and compatibility with 220V, 50 Hz power sources, it offers reliable performance in laboratory settings. Available in 10 to 40 specimen capacities, this device includes preset stop functions, a test counter, and optional thermal test environments such as deep freezing or heating. Enhanced with a digital thermostat, safety thermostat, and illumination unit, the flexometer ensures comprehensive testing. With dimensions of approximately 97 x 32 x 32 cm and a weight of 43 kg, it is built for both precision and durability in material fatigue assessment.
