Tee Rosette Strain Gages for Experimental Mechanics | Micro-Measurements
At Micro-Measurements, we provide cutting-edge Tee Rosette strain gages (gauges) (also known as T-Rosettes or biaxial strain gages), designed specifically for accurate stress and strain analysis in critical industries such as automotive, aerospace, spacecraft, civil, and industrial research. As a global leader in strain gage (gauge) technology, we are committed to offering precise solutions that help engineers and researchers measure mechanical stress effectively, improving safety, performance, and durability in complex applications.
Why Choose Micro-Measurements Tee Rosette Strain Gages?
Our Tee Rosette strain gages (gauges) are highly specialized tools for measuring biaxial stress at a single point. These gages are essential for experimental stress analysis, providing accurate strain readings in both directions (x and y axes). The precise data gathered from Tee Rosettes helps engineers better understand material behavior under load, contributing to superior designs and improved structural integrity.
Key Features of Micro-Measurements Tee Rosette Strain Gages:
- Biaxial Stress Measurement: Specifically designed to measure strain in two perpendicular directions, ideal for stress concentration analysis.
- Precision and Accuracy: Delivers highly accurate data critical for analyzing stress distribution, even in complex structures.
- Robust Construction: Made with durable materials to withstand high stress, temperature, and environmental factors, ensuring reliable performance.
- Flexible Configurations: Available in a variety of sizes and patterns to suit different applications, materials, and measurement requirements.
- Seamless Integration: Easily integrated into existing systems, providing real-time data collection and analysis for experimental mechanics.
Industry Applications for Tee Rosette Strain Gages
Tee Rosette strain gages play a vital role in industries such as aerospace, automotive, civil engineering, and industrial manufacturing. In aerospace and spacecraft applications, these gages are used for stress analysis on critical components like wings, fuselage, and structural joints, ensuring safety and performance under high-stress conditions such as flight and launch. Similarly, automotive engineers depend on them to monitor stress in vehicle parts, especially in safety-critical zones like crash areas, axles, and suspension systems, allowing for a deeper understanding of material behavior under impact and enhancing vehicle reliability.
In civil engineering, Tee Rosette gages are essential for evaluating the structural integrity of bridges, buildings, and load-bearing infrastructure. By detecting stress concentrations, they help predict potential failures and enable timely maintenance to prevent accidents. In industrial manufacturing, these strain gages provide valuable insights into mechanical stresses within machinery, helping manufacturers optimize equipment performance, minimize wear, and reduce downtime, leading to improved operational efficiency.
For Our Full Range of Stress Analysis Tee Patterns
CEA Series Tee Rosette Strain Gages |
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Configuration
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Pattern | Res. [Ω] |
Gage Length |
Gage Width |
Matrix Length |
Matrix Width |
Standard STC |
Temperature Range |
Options | |||||||||
| Tee Rosette Strain Gage | 062UTA |
120, 350 |
0.062 [1.57] |
0.080 [2.03] |
0.31 [7.9] |
0.31 [7.9] |
00, 03, 05, 06, 09, 13 |
–100° to +350°F (–75° to +175°C) |
P2, SP11 |
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| 125UTA |
120, 350 |
0.125 |
0.165 |
0.42 |
0.45 |
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| 250UTA |
120, 350 |
0.250 |
0.290 |
0.48 [12.19] |
0.40 [10.16] |
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| Stacked Tee Rosette Strain Gage | 032WT | 120 |
0.032 |
0.060 |
0.30 |
0.30 |
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| 062WT |
120, 350 |
0.062 [1.57] |
0.120 [3.05] |
0.33 [8.4] |
0.33 [8.4] |
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| 125WT |
120, 350 |
0.125 [3.18] |
0.180 [4.57] |
0.42 [10.7] |
0.42 [10.7] |
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| 250WQ |
350 |
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| Temperature Range | ||||||||||||||||||
| Typically used with: | M-Bond 200 Kit | Room temperature instant curing strain gage adhesive | –25° to +150°F (–30° to + 65°C) | |||||||||||||||
| M-Bond AE-10 Kit | Two-component, 100%-solids epoxy system for general purpose strain gages Room temperature cure, highly resistant to moisture and most chemicals |
–320° to +400°F (–195° to +204°C) | ||||||||||||||||
| M-Bond 600 Kit | Two-component, solvent-thinned, epoxy-phenolic strain gage adhesive for high-performance | –452° to +500°F (–268° to +260°C) | ||||||||||||||||
EA Series Tee Rosette Strain Gages |
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| [in/mm] | [in/mm] | [in/mm] | [in/mm] | |||||||||||||||
| Configuration | Pattern | Res. [Ω] |
Gage Length |
Gage Width |
Matrix Length |
Matrix Width |
Standard STC | Temperature Range | Options | |||||||||
| Tee Rosette Strain Gage | 030TU | 120 |
0.030 [0.76] |
0.044 [1.12] |
0.25 [6.4] |
0.25 [6.4] |
00, 03, 05, 06, 09, 13 |
–100° to +350°F (–75° to +175°C) |
E, EL, P, W, SP11 |
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| 030TY | 120 |
00.030 [0.76] |
0.044 [1.12] |
0.30 [7.6] |
0.15 [3.8] |
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| 050TGA | 350 |
0.050 [1.27] |
0.070 [1.78] |
0.34 [8.6] |
0.17 [4.3] |
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| 062TJA | 350 |
0.062 [1.57] |
0.080 [2.03] |
0.38 [9.7] |
0.19 [4.8] |
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| 062TTA |
120, 350 |
0.062 [1.57] |
0.075 [1.91] |
0.28 [7.1] |
0.26 [6.6] |
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| 062TZA |
350 |
0.062 [1.57] |
0.075 [1.91] |
0.28 [7.1] |
0.26 [6.6] |
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| 125TB | 350 |
0.125 [3.18] |
0.150 [3.81] |
0.36 [9.1] |
0.44 [11.2] |
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| 125TG | 350 |
0.125 [3.18] |
0.150 [3.81] |
0.59 [15.0] |
0.21 [5.3] |
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| 250TM |
120 , 350 |
0.250 [6.35] |
0.300 [7.62] |
0.53 [13.5] |
0.75 [19.1] |
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| Temperature Range | ||||||||||||||||||
| Typically used with: | M-Bond 200 Kit | Room temperature instant curing strain gage adhesive | –25° to +150°F (–30° to + 65°C) | |||||||||||||||
| M-Bond AE-10 Kit | Two-component, 100%-solids epoxy system for general purpose strain gages Room temperature cure, highly resistant to moisture and most chemicals |
–320° to +400°F (–195° to +204°C) | ||||||||||||||||
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Two-component, solvent-thinned, epoxy-phenolic strain gage adhesive for high-performance |
–452° to +500°F (–268° to +260°C) | |||||||||||||||||
WK Series Tee Rosette Strain Gages |
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| [in/mm] | [in/mm] | [in/mm] | [in/mm] | |||||||||||||||
| Configuration | Pattern | Res. [Ω] |
Gage Length |
Gage Width |
Matrix Length |
Matrix Width |
Standard STC | Temperature Range | Options | |||||||||
| Tee Rosette Strain Gage | 062TT | 350 |
0.062 [1.57] |
0.075 [1.91] |
0.28 [7.1] |
0.26 [6.6] |
00,03,05, 06,09,13 |
–452° to +550°F (–269° to +290°C) |
W, SP11 |
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| 125TB | 1000 |
0.125 [3.18] |
0.150 [3.81] |
0.36 [9.1] |
0.44 [11.2] |
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| 125TM | 350 |
0.125 [3.18] |
0.150 [3.81] |
0.36 [9.1] |
0.43 [10.9 |
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| 125TQ | 1000 |
0.125 [3.18] |
0.150 [3.81] |
0.42 [10.7] |
0.47 [11.9] |
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| 250TB | 1000 |
0.250 [6.35] |
0.300 [7.62] |
0.63 [16.0] |
0.81 [20.6] |
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| 250TM | 350 |
0.250 [6.35] |
0.300 [7.62] |
0.53 [13.5] |
0.75 [19.1] |
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| Temperature Range | ||||||||||||||||||
| Typically used with: | M-Bond 200 Kit | Room temperature instant curing strain gage adhesive | –25° to +150°F (–30° to + 65°C) | |||||||||||||||
| M-Bond AE-10 Kit | Two-component, 100%-solids epoxy system for general purpose strain gages Room temperature cure, highly resistant to moisture and most chemicals |
–320° to +400°F (–195° to +204°C) | ||||||||||||||||
| M-Bond 600 Kit | Two-component, solvent-thinned, epoxy-phenolic strain gage adhesive for high-performance | –452° to +500°F (–268° to +260°C) | ||||||||||||||||
C2A Series Tee Rosette Strain Gages |
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| [in/mm] | [in/mm] | [in/mm] | [in/mm] | |||||||||||||||
| Configuration | Pattern | Res. [Ω] |
Gage Length |
Gage Width |
Matrix Length |
Matrix Width |
Standard STC | Temperature Range | Options | |||||||||
| Gages With Pre-attached Cables | 062LT | 120 , 350 |
0.062 [1.57] |
0.070 [1.78] |
0.21 [5.3] |
0.29 [7.4] |
06, 09, 13 |
–60° to +180°F (–50° to +80°C) |
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| 125LT | 120 , 350 |
0.125 [3.18] |
0.150 [3.81] |
0.29 [7.4] |
0.40 [10.2] |
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| Temperature Range | ||||||||||||||||||
| Typically used with: | M-Bond 200 Kit | Room temperature instant curing strain gage adhesive | –25° to +150°F (–30° to + 65°C) | |||||||||||||||
| M-Bond AE-10 Kit | Two-component, 100%-solids epoxy system for general purpose strain gages Room temperature cure, highly resistant to moisture and most chemicals |
–320° to +400°F (–195° to +204°C) | ||||||||||||||||
| M-Bond AE-15 Kit | Two-component, 100%-solids epoxy system for general purpose strain gages Room temperature cure, highly resistant to moisture and most chemicals |
–320° to +200°F (–195° to +95°C) | ||||||||||||||||
Ready to Optimize Your Stress Analysis with Tee Rosette Strain Gages?
Micro-Measurements is here to support your experimental stress analysis needs. Contact our team today to request a demo, or visit our product catalog to learn more about how our Tee Rosette strain gages can provide you with the accurate data you need for superior results. Whether you're in aerospace, automotive, civil engineering, or industrial research, we have the expertise to help you succeed.
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