Quick Takeaways
  • Henkel has launched Loctite MS 9650, a silane-modified polymer adhesive optimized for durable, elastic automotive display bonding.
  • The adhesive supports lightweight vehicle designs with strong resistance to vibration, UV exposure, and long-term mechanical stress.
On December 12, Henkel announced the launch of Loctite MS 9650, a next-generation automotive display adhesive designed to meet evolving durability and performance requirements. Built on silane-modified polymer technology, the solution cures through moisture reaction to form a soft yet resilient elastic bond, supporting modern automotive display and lightweight assembly needs.
Automotive Display Adhesive Designed for Elastic Strength
Loctite MS 9650 delivers elastic bonding strength suitable for demanding automotive environments. The material bonds reliably to multiple substrates while maintaining flexibility, which helps absorb stress during operation. Its creep behavior is comparable to silicone-based systems, supporting long-term structural integrity in vehicle display applications.
Key substrate compatibility includes:
  • Glass and coated glass
  • Metals and painted metal surfaces
  • Engineering plastics used in interior modules

Faster Curing with Controlled Conditions
The curing process of this automotive display adhesive can be significantly accelerated by increasing temperature and humidity. This flexibility enables manufacturers to optimize production cycles without compromising bond quality. Faster curing supports higher throughput while maintaining consistent adhesion performance across vehicle assembly lines.
Performance Benefits for Automotive Displays and Assemblies
Loctite MS 9650 is engineered to deliver durability under real-world operating conditions. Its formulation provides strong resistance to vibration, ultraviolet exposure, and long-term mechanical stress, making it suitable for display bonding and lightweight vehicle assemblies.
Performance advantages include:
  • Excellent vibration resistance for in-vehicle displays
  • High UV resilience for long service life
  • Elastic bonding that supports lightweight design strategies

These characteristics align with the industry’s focus on energy-efficient vehicles by enabling lighter assemblies without sacrificing reliability.
Company Press Release

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