Yasuda No. 145 Series Polymer Testers
Yasuda No. 145 Series Polymer Testers
| Specifications are subject to change without notice. | |
| Hangings | 4 or 6 Hangings (2 kinds) |
| Specimen | I-shape, Chuck Area: 6.5 × 6.5 mm Parallel Area: W2.0 ± 0.2 mm L100.0 ± 0.2 mm or 50.0 ± 0.2 mm, T2.0 ± 0.2 mm |
| Chuck Distance | 50 mm or 100 mm |
| Displacement Measurement | Optical Scale Sensor, Accuracy of ± 0.1 mm, Scale 0.1 mm, Stroke Max. 200 mm *The Displacement Measuring Stroke is to be decided through discussion. |
| Temperature Range | -70 to 30 °C (Refrigerator & Refrigeration Medium) (Option: Combined with Liquid Nitrogen -100 °C) |
| Refrigeration Medium Amount |
27 L |
| Heat-Up Speed | 1 °C/min |
| Software | Windows Compatible |
| Accessories | Specimen Setting Gauge |
| Option | Safety Cover |
| Power Source | AC 200 V, 3-Phase, 30 A, 50/60 Hz |
| Dimensions/ Weight (Approx.) | 4 Hangings: W1,110 × D830 × H2,020 mm/ 350 kg 6 Hangings: W1,200 × D1,000 × H2,020 mm/ 373 kg *Dimension when the Specification of the Stroke is Max.200 mm |
Description
The No. 145 Series delivers a comprehensive, highly precise testing suite for evaluating the physical properties and thermal behavior of vulcanized rubber and plastics. Material scientists and automotive engineers utilize this advanced series to measure temperature retraction, creep deformation, and torsional stiffness under extreme environmental conditions. This specific collection of instruments addresses the critical industrial requirement for validating polymer durability before integration into aerospace, automotive, or heavy industrial applications. Consequently, your facility gains the ability to prevent catastrophic material failures caused by low-temperature brittleness or long-term stress.
Instead of sourcing disjointed equipment from multiple vendors, your team achieves a massive technical advantage with the Yasuda Seiki No. 145 Series. The system provides three distinct testing configurations to match your exact laboratory requirements. The No. 145-L TR Tester measures low-temperature elastic recovery using a high-precision optical scale. The No. 145-SV Creep Tester evaluates the continuous deformation of materials under static loads using an advanced servomotor mechanism. Finally, the No. 145-G Gehman Stiffness Tester calculates the apparent torsional modulus of rubber across varying temperatures. Therefore, you can confidently run a complete battery of international standard tests using a unified Japanese engineering architecture.
Yasuda No. 145 Series Technical Advantages
This industrial polymer testing series packs advanced analytical features for demanding R&D laboratories. The advanced heating and refrigeration systems integrated across the series maintain highly stable testing environments ranging from extreme sub-zero conditions up to elevated thermal limits. Furthermore, the instruments provide automated data logging and computerized control interfaces. This exceptional technological integration allows your engineering team to capture exact material degradation points without suffering from human measurement errors.
Modern material testing facilities require uncompromising precision and high-throughput capabilities for industrial scaling. Therefore, the No. 145 Series accommodates multiple simultaneous specimen hangings across its various models to maximize your daily validation capacity. The robust construction ensures absolute structural stability and uninterrupted operation during grueling, extended creep or retraction testing cycles.
When your project demands the highest level of polymer property validation, the Yasuda No. 145 Series stands out as the premier choice. Stop settling for inadequate tools that jeopardize your material safety ratings with false data. Contact nanotech-tmi today to request a comprehensive technical datasheet or a custom quotation for your required configuration. Trust nanotech-tmi for all your high-precision Material Property Test Solution requirements!
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