What are the differences between Bostik MMA adhesives and standard MMA adhesives?
High Flow & Thixotropy
This video shows the differences between Bostik MMA and Standard MMA through high flow and thixotropy lab tests.
Bostik's Structural MMA SAF & FIT allows you to work with a high extrusion rate without sagging on the vertical application due to its high flow property.
Formulated with high thixotropic properties, Bostik Structural MMA SAF & FIT ranges offer no sagging, excellent shaping, and less quantity used for gap filling.
Finally, this combination of High Flow and Thixotropic benefits improve:
- Process efficiency
Higher Impact Resistance
Impact resistance of Bostik MMA without breaking is higher than Standard MMA.
Strong impact resistance improves:
Improved Elongation & Fexibility
Bostik MMA has exceptional elongation property (more than 8 times higher than standard MMA) while keeping high bonding strength.
Through flexibility test, Bostik structural MMA demonstrates high flexibility that helps to avoid read through and absorb differential expension/contraction of the substrates.
The combination of elongation and flexibility improves:
- Process efficiency
Visual Monitoring of the Reactivity
Bostik MMA enables fast and visual mixing control with black hardener, and polymerisation mixing control with white hardener. Bostik MMA also offers short handling time while having a long open time.
Reactivity property improves:
- Higher production speed
For which applications Structural Methyl Methacrylate Adhesives are designed?
Methyl Methacrylate Adhesives: Featured Products
Frequently Asked Questions about MMA Adhesives
Is MMA technology compatible with plastics such as PMMA, PC, ABS, PS and PVC?
Our MMA technology is fully compatible with plastics such as PMMA, PC, ABS, PS and PVC. It has been tested and approved globally and is popular among plastic producers.
Do Bostik Structural MMA adhesives help to make the manufacturing process more sustainable?
Bostik MMA range has been specifically designed to decrease energy usage by curing at room temperature, improve fuel efficiency in relevant applications due to being a lightweight bonding solution and reduce material use by offering top-tier elongation and elasticity.