Brief: Watch the demo to catch practical tips and quick performance insights. This showcase demonstrates the application and performance of Cemedine Super X 777, a transparent quick-drying adhesive. See how its rapid moisture curing and high elasticity perform in real-world scenarios like electronics assembly and automotive sealing.
Related Product Features:
One-component, moisture-curing polyurethane adhesive that hardens rapidly without mixing or heating.
Achieves initial cure in just 3 minutes at 23°C/50%RH for improved workflow efficiency.
Features high elasticity with 120% elongation at break and excellent impact resistance.
Solvent-free, eco-friendly formula compliant with JAIAF 4VOC standards and free from restricted substances.
Maintains 75% tensile strength retention after 4 weeks of thermal aging at 130°C.
Provides strong bond strength on various substrates including ABS plastic, mild steel, and PET film.
Suitable for electronics, automotive, and industrial applications requiring transparent, elastic bonding.
Offers high volume resistivity and low dielectric constant for electronic applications.
FAQs:
What is the curing time for Cemedine Super X 777 adhesive?
Cemedine Super X 777 achieves initial cure in just 3 minutes at 23°C and 50% relative humidity, making it a quick-drying solution that significantly improves workflow efficiency.
Is this adhesive suitable for electronic applications?
Yes, it's ideal for electronic applications such as camera modules and sensor packaging due to its low ionic contamination, high volume resistivity, and solvent-free formula that prevents corrosion on electronic contacts.
What substrates can Cemedine Super X 777 bond effectively?
This adhesive provides strong bonding on various substrates including ABS plastic (3.45 kN/m), mild steel (5.03 kN/m), and PET film (3.45 kN/m), making it versatile for automotive, industrial, and electronics applications.
How does the adhesive perform under high temperatures?
Cemedine Super X 777 demonstrates excellent thermal aging resistance, maintaining 75% of its tensile strength after 4 weeks at 130°C, ensuring reliable performance in demanding environments.