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Low-Shrinkage and Internal Stress Release System: Engineered with a specialized low-shrinkage formulation, it exhibits lower curing shrinkage and reduced internal stress in cryogenic environments compared to standard adhesives, significantly mitigating the risk of interfacial delamination for dissimilar materials during extreme temperature transitions.

Robust Dual-Temperature Structural Integrity: Maintains a stable tensile shear strength exceeding 20 MPa under both room temperature and extreme cryogenic conditions of -196℃.

Superior Operational Processability: Features a high mixed viscosity of 20,000 mPa·s to effectively inhibit sagging, combined with an exceptionally long pot life of over 6 hours.

 Exceptional Resistance to Thermal Cycling Shocks: The formulation is specifically suited for severe temperature alternating conditions from -269℃ to room temperature. It effectively absorbs and cushions physical stresses caused by sudden hot and cold changes, ensuring the long-term stability of structural connections under rigorous cycling shocks.

Stable Dual-Temperature Cryogenic Strength: It maintains a robust tensile shear strength of over 18 MPa at both room temperature and an extreme deep-freeze environment of -196℃, providing high-strength mechanical assurance for the splicing and assembly of structures with differences in expansion coefficients.

Excellent Peel Resistance and Processability: Features outstanding peel resistance for heterogeneous materials, while offering a lower initial viscosity of 1500 mPa·s and an extended pot life exceeding 2 hours.

 Peel Resistance for Dissimilar Materials: Features an ultra-high elongation at break of 175% and a low modulus of 9.5 MPa.

Stable Dual-Temperature Cryogenic Strength: Maintains a robust tensile shear strength of over 18 MPa at both room temperature and extreme deep-freeze conditions of -196℃, ensuring joint integrity during severe thermal cycling.

Extended Window for Complex Operations: Offers a long pot life exceeding 2 hours. Combined with a moderate viscosity of 2000 mPa·s, it easily accommodates the large-area application and prolonged, precise assembly of massive cryogenic components and complex pipelines

Ultra-Wide Temperature Range: Operating seamlessly from -269℃ to +150℃, maintaining exceptional structural stability under severe thermal shock and temperature cycling.

High-Temperature Strength Retention: Specifically reinforced for high-temperature load-bearing requirements, its tensile shear strength remains at 8 MPa under a 100℃ high-temperature condition (retaining over 50% of its room-temperature structural strength), effectively ensuring the physical connection safety of components in hot environments.

Deep-Freeze Anti-Embrittlement Capability: While significantly raising the upper limit of heat resistance, it delivers a high shear strength of 20 MPa at an extreme -196℃, effectively resisting the risk of resin embrittlement and fracture in extreme cold environments.

Fast-Curing Polyurethane System: Utilizes a classic polyurethane formulation known for rapid curing and high operational efficiency. It cures effectively at room temperature.

Exceptional Cryogenic Shear Strength: Mechanically optimized for ultra-low temperatures. It offers reliable structural strength at room temperature, while its shear strength surges to an impressive 25 MPa at an extreme -196℃, ensuring structural stability during severe thermal cycling.

High-Toughness Elastomeric Protection: The product can also function as an elastic material, with the cured adhesive exhibiting a Shore A hardness of 80-90. This high toughness effectively absorbs destructive stresses caused by thermal expansion and contraction in cryogenic piping systems, providing durable, tear-resistant insulation encapsulation.

Superior Anti-Brittle Strength: Maintains a shear strength of over 20 MPa at both room temperature and an extreme -196℃, thoroughly solving the brittle failure problem of traditional epoxies in deep-freeze conditions.

Direct Contact with Cryogenic Media: Features excellent chemical stability, allowing direct and safe exposure to extreme cold media like liquid oxygen, hydrogen, helium, and LNG to provide a reliable, long-term sealing barrier.

Versatile Wide-Temperature Application: Operates stably from -269℃ to +60℃. Its moderate viscosity (2000 mPa·s) makes it highly processable, seamlessly handling high-strength bonding, high-pressure vessel sealing, and the precise potting of complex components.