- Home
- Industries
- Electronics
Tired Of These Bonding Troubles?
Miniaturization Leads to Narrow Gap Bonding Difficulty
Compact circuit boards and micro-components require ultra-thin adhesive layers; common glues cause overflow, short circuit and uneven filling.
Heat Build-up Triggers Adhesive Aging & Insulation Loss
Continuous chip heat creates temperature cycling; ordinary adhesives turn yellow, crack and lose insulation capacity, damaging circuit stability.
Global Environmental Standards Restrict Raw Material Formulas
Export electronics must comply with RoHS, REACH; many general adhesives contain hazardous substances and fail low-VOC requirements.
Electronic manufacturing relies on adhesives for bonding, sealing, potting and thermal conduction. Miniaturized devices, precise components and strict environmental rules demand adhesives with insulation, heat dissipation, low VOC and anti-aging properties to stabilize electronic performance.
Pain Points
Selection Standard
Adhesive Type
Pain Points
Selection Standard
Adhesive Type
Pain Points
Selection Standard
Adhesive Type
Pain Points
Selection Standard
Adhesive Type
Pain Points
Selection Standard
Adhesive Type
Pain Points
Selection Standard
Adhesive Type
Thermally conductive epoxy adhesives are recommended, featuring low shrinkage and stable insulation under long-term heat cycling.
MS modified silane adhesives offer direct adhesion to low-surface-energy plastics with excellent damp-heat aging resistance.
Choose low-viscosity UV curable adhesives with precise dispensing matching micro-gap assembly requirements.
Multiple curing speed options available. Fast-curing grades fit high-speed automated dispensing to boost production efficiency.
Yes, OEM & ODM customization is available. We adjust viscosity, curing speed and hardness to match local assembly line processes and vehicle component requirements.
Looking for solutions? We can help
Get in touch with our experts and start exploring advanced materials solutions today.
