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| Used in laboratory and transducer applications where low creep is desired. |
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| Similar to GA-61 but serviceable to higher temperatures. |
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| Two part, heat curing epoxy adhesive yielding thin glue lines in convenient bi-pak packaging. |
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| For bonding free-filament strain gages on low-TCE materials. |
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| For bonding free-filament strain gages on metals. |
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| Most widely used general-purpose adhesive. Easiest to handle. Fast room-temperature curing. |
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| Used only when low-temperature cures are necessary. |
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| Normally used in transducer gaging. Highly resistant to moisture and chemical attack. Elevated-temperature curing. Hard coating with excellent chemical, electrical and mechanical resistance. |
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| High-performance adhesive for transducer applications. |
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| Similar to 610, but faster curing. Can be cured at lower temperature than 610. |
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| Used primarily in applications over wide temperature range. Widely used in transducer gaging. Elevated-temperature curing. |
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| Adhesive for use in high elongation applications |
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| General-purpose adhesive that is highly resistant to moisture and most chemicals. Room-temperature curing. Hard, water-resistant coating |
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| Similar to AE-10. Recommended for more critical applications, including transducer gaging. Elevated-temperature curing. Hard, water-resistant coating |
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| Adhesive primarily used on very rough or irregular surfaces. Cures at room temperature. |
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| A 100% solids adhesive used to fill irregular surfaces and anchor leadwires. Elevated temperature cure required. Good chemical and mechanical protection at elevated temperatures. |
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| Excellent for long term, high temperature use. |
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| For bonding free-filament strain gages on metals. |
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| Strain gage adhesive |
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| For lab and field applications with post-yield, high-elongation strain gages. |
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| For bonding free element gages on metals. |