INGADA™ MS-55 Structural Adhesive – High-Strength MS Polymer
Industrial-Grade High-Load Assembly
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The Rigid Alternative: When flexibility is the enemy, MS-55 provides the rock-solid stability of a Shore A 70 bond.
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Heavy-Duty Load Bearing: Built for high-load engineering projects where failure is not an option.
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Industrial Stability: Low shrinkage and high fatigue resistance ensure your assembly stays precise for decades.
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Structural-Level Strength: High-performance rigid bond with ≥3.7 MPa shear strength for engineering assembly.
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High Hardness (Shore A 70): Provides a rigid, durable connection with low shrinkage and high dimensional stability.
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Creep & Fatigue Resistant: Engineered to withstand high loads and constant stress without deformation or loss of bond.
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Wide Temperature Resilience: Maintains structural integrity across a broad range from -40℃ to 90℃.
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Multi-Rigid Substrate Bond: The ideal solution for structural assembly of metal, concrete, stone, and engineering plastics.
Technical Comparison
| Property | MS-55 Specification |
| Shear Strength (Steel-Steel) |
≥ 3.7 MPa |
| Shore A Hardness |
70 ± 5 |
| Service Temperature |
-40℃ to 90℃ |
| Full Cure Time |
48 - 72 hours (6 mm bead) |
| Compliance |
REACH & RoHS |
Q：How does MS-55 compare to epoxy resins in structural engineering?
A：MS-55 provides structural-level strength (≥3.7 MPa shear) but with significantly higher impact resistance and lower shrinkage than traditional epoxies. It is also easier to apply as a single-component system.
Q：What makes MS-55 suitable for rigid bonding applications?
A：It cures to a high Shore A hardness of approximately 70, providing the dimensional stability and creep resistance required for load-bearing joints in metal, stone, and concrete.
Q：Can MS-55 withstand extreme environmental conditions in outdoor construction?
A：Yes. It is designed for a service temperature range of -40°C to 90°C and is fully resistant to UV, moisture, and various chemical agents.
Q：Is MS-55 REACH and CE compliant for European markets?
A：Yes, the product is fully compliant with REACH, CE, and French A+ indoor air quality standards, ensuring it meets all regulatory requirements for international projects.
Q：What is the typical throughput time for parts bonded with MS-55?
A：Initial strength builds quickly, while a 6mm bead typically reaches full cure within 48–72 hours under standard conditions (23°C/50% RH).
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REACH Compliant (EU)
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CE Marking (European Conformity)
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French A+ Indoor Air Quality
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ASTM C920 & ISO 11600
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