Thermal Adhesive & Sealants
| Cat | Products Name | Price |
|---|---|---|
| AIMRSE-TAS-011 | Double-Sided Tape (0.15 mm/≥ 15 N/25 mm) | Request a Quote |
| AIMRSE-TAS-012 | Double-Sided Tape (0.2 mm/≥ 15 N/25 mm) | Request a Quote |
| AIMRSE-TAS-013 | Double-Sided Tape (0.1 mm/≥ 15 N/25 mm) | Request a Quote |
| AIMRSE-TAS-014 | Double-Sided Tape (0.15 mm/≥ 20 N/25 mm) | Request a Quote |
| AIMRSE-TAS-015 | Double-Sided Tape (0.17 mm) | Request a Quote |
| AIMRSE-TAS-016 | Double-Sided Tape (0.2 mm/≥ 29 N/25 mm) | Request a Quote |
| AIMRSE-TAS-017 | Double-Sided Tape (0.25 mm) | Request a Quote |
| AIMRSE-TAS-018 | PET Tape | Request a Quote |
| AIMRSE-TAS-019 | Foam Tape | Request a Quote |
| AIMRSE-TAS-020 | Specialty Tape (7.1 kV) | Request a Quote |
Product Overview
Thermal adhesives and sealants are high-performance bonding agents engineered specifically for the unique surface chemistry of nanoporous insulation materials. These adhesives ensure that aerogel products are securely attached to various substrates while maintaining the ultra-low thermal conductivity of the overall system. Unlike standard bonding agents, they are formulated to minimize thermal bridging, ensuring that the insulation's efficiency remains uncompromised across extreme temperature gradients and demanding mechanical conditions.
AIMRSE provides a portfolio of adhesives and sealants for integrating aerogel materials into demanding industrial environments. Our products are designed to bond with porous structures without causing material degradation or significant weight increase to the assembly. These solutions are essential for industries requiring the highest level of thermal management, from electric vehicle battery safety to aerospace thermal protection systems.
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Product Features
Our thermal adhesives and sealants ensure maximum thermal efficiency by creating a seamless, low-conductivity interface between aerogel materials and various industrial substrates.
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Nanoporous Surface Compatibility
Specially formulated to wet and bond with aerogel surfaces, ensuring a high-strength interface without collapsing the material's delicate internal architecture. -
Minimized Thermal Bridging
Features ultra-low thermal conductivity to ensure the adhesive layer does not become a path for heat transfer between critical components. -
High Temperature Stability
Maintains its structural integrity and bonding strength across a wide thermal spectrum, from cryogenic levels to high-heat industrial furnace environments. -
Exceptional Vibration Damping
Provides a flexible bond line that effectively absorbs mechanical shocks and vibrations, preventing brittle aerogel materials from cracking or delaminating. -
Superior Chemical Resistance
Offers a robust barrier against moisture, solvents, and industrial chemicals, ensuring the long-term stability of the insulation system in harsh settings.
Applications
AIMRSE electronic encapsulants are strategically engineered to protect sensitive microelectronics across highly demanding industries. From maximizing the safety of advanced energy storage systems to ensuring flawless functionality in delicate semiconductor architectures and critical aerospace avionics.
BMS Circuitry Protection
AIMRSE's thermal adhesives and sealants are strategically developed to manage heat in high-density electronic architectures and mission-critical thermal insulation systems.
EV Battery Aerogel Bonding
Securely attaches aerogel thermal pads between battery cells, providing a fire-resistant barrier that helps mitigate catastrophic thermal runaway events.
Satellite Thermal Management
Secures lightweight aerogel panels to satellite chassis, protecting onboard electronics from the extreme temperature fluctuations encountered in orbital environments.
BMS Component Thermal Shielding
Protects battery management systems by bonding aerogel barriers, shielding delicate circuitry from the intense heat generated during rapid charging.
Cryogenic Cold Chain Linings
Affixes aerogel insulation to the interior of pharmaceutical shipping containers, maintaining ultra-stable temperatures for long-distance biological specimen transport.
What Our Customer Say
”Integrating AIMRSE aerogel-specific adhesives into our next-generation EV battery packs was essential for ensuring the stability of our thermal barriers. Previously, we faced significant issues with adhesive failure during rapid thermal cycling, which compromised the entire insulation system's integrity. AIMRSE's solution provided the perfect bond to the aerogel surface without affecting its ultra-low thermal conductivity or creating heat leaks. Their aerogel-specific adhesives have significantly enhanced the safety of our battery modules and reduced the risk of thermal propagation, giving us full confidence in our product's long-term reliability.”
The Advantage of AIMRSE
Aerogel Material Expertise
Our team possesses deep knowledge of nanoporous material chemistry, allowing us to develop specialized adhesives that bond effectively without compromising the ultra-low thermal conductivity of delicate aerogel substrates.
Minimized Thermal Bridges
We prioritize thermal efficiency by formulating adhesives with exceptionally low conductivity, ensuring that the bond line does not become a performance weak point in your system's overall insulation architecture.
Rigorous Quality Testing
Every batch of aerogel adhesive undergoes stringent testing to ensure consistent viscosity, purity, and bonding strength, providing absolute reliability for your most critical and demanding industrial applications globally.
Customized Application Support
We provide tailored guidance on application techniques, helping you integrate aerogel materials into complex designs while maintaining structural integrity and maximizing the overall efficiency of the insulation system.
Related Products
Technical data represent typical values. As applications vary, we recommend consulting our technical team to ensure the best fit for your specific requirements.
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