No.429 OLSEN TYPE STIFFNESS TESTER (FOR LIGHT LOAD)
JIS K7106, (L1018), L1096, ASTM D747
- This tester is used to evaluate the bending reaction strength of stiff textile according to the bending method.
- Fixing one end of the test specimen to the Chuck and bending the test specimen to a prescript shift degree, the operator is to measure the bending moment that is added to the other end.
Specification
| Specifications are subject to change without notice. | |
| Load Scale | 0 to 100 % (Scale 1 %) |
| Weight | 1/4 oz, 1/2 oz, 1 oz, 2 oz, 4 oz, 8 oz 〈1 oz = 28.3 g〉 |
| Load Position | 1⋅1/2″ and 3″ from Pivot |
| Angle Scale | 0 to 90° (Scale 1°) |
| Chuck Rotation Speed | 60°/min |
| Specimen | 25 × 50 mm |
| Support Length | 1/4″, 1/2″, 1″ |
| Chuck Width | 1″ |
| Power Source | AC 100 V, 1-Phase, 3 A, 50/60 Hz |
| Dimension/ Weight (Approx.) | W340 × D400 × H485 mm, 20 kg |
Contact Us
For over 70 years, Yasuda Seiki’s testing machines have supported quality control and research & development across various industries, meeting the diverse needs of our clients.
Other products
- No.551-AUTO Cross Cut Machine is outstanding! 【Yasuda Seiki】Cross Cut Test is can be done precisely
- No.183-BT BALL TACK TESTER【YASUDA-SEIKI】For the tester to simply evaluate the tackiness
- No.542-AB Automatic Film Applicator 【Yasuda Seiki】(Tabletop Coater, Automatic Coater)
- No.258-D IMPACT TESTER (DIGITAL/TOUCHSCREEN) / No.258-PC IMPACT TESTER (DIGITAL/PC)
- No.528 Sutherland Type Rub Tester【Yasuda Seiki】To evaluate the abrasion endurance and color transfer characteristic・feathering of paper of planographic ink
- No.258-ZA IMPACT TESTER (FULL AUTOMATIC)
- flex-fatigue-testing machine｜YASUDA SEIKI SEISAKUSHO LTD. providing you the best material testing equipment.
- Enamel wire testing machine｜YASUDA SEIKI SEISAKUSHO LTD. providing you the best material testing equipment.
- No.128-3S SAMPLE DIMENSIONING DEVICE (AUTOMATIC) for Impact Testing
- No.162 SLIP TESTER of 【YASUDA-SEIKI】 for the measurement of Friction Coefficient! Tester based on Inclination Angle Method
