LOCTITE AA 324 Speedbonder High Impact Resistance - 50ml (Each)

Introducing the LOCTITE AA 324 Speedbonder High Impact Resistance - 50ml, the ultimate structural adhesive designed for exceptional bonding of flat parts. This advanced urethane methacrylate ester acrylic adhesive showcases a transparent, light amber liquid formulation perfect for projects requiring high durability. Engineered specifically for bonding dissimilar materials, including ferrite to plated surfaces in electric motors and loudspeakers, it offers unbeatable toughness and impact strength. With its medium viscosity, LOCTITE AA 324 is ideal for precision applications that demand reliability and efficiency. Activate with the LOCTITE SF 7075 for optimal performance! Featuring a quick fixture time of 5 to 10 minutes and achieving full cure within 72 hours, this adhesive becomes a trusted partner in your projects. Its anaerobic cure process makes it versatile in various environments, with a maximum working temperature of up to +135°C. Plus, it delivers an impressive shear strength of 3300 psi on grit blasted steel surfaces, ensuring strong and lasting bonds. Whether you're an engineer, hobbyist, or DIY enthusiast, LOCTITE AA 324 Speedbonder is your go-to choice for tough bonding needs. Order now and experience the superior quality of LOCTITE adhesives that professionals trust!

LOCTITE AA 324 is a transparent, light amber, urethane methacrylate ester acrylic structural adhesive liquid for bonding flat parts together.
Especially suitable for joining dissimilar materials, e.g. ferrite to plated materials in electric motors, loudspeakers, etc
Specifically formulated for toughness and impact strength
Bonds flat parts together
Activator Required - LOCTITE SF 7075
TECHNICAL SPECIFICATIONS
Term Description
Mfr No. 32430
Technology Acrylic
Appearance Transparent Light Amber Liquid
Cure Anaerobic with Activator
Max. Working Temperature +135C
Fixture Time 5 - 10min
Full Cure Time 72hrs
Gap Fill 0.5mm
Shear Strength, Grit Blasted Steel 3300psi
Viscosity Medium