Every industry carries its own process challenges — temperature, stress, precision, certification and production consistency. Below are the applications we have actually delivered. Specific adhesive solutions are matched to your substrate, cure conditions and volume by our application engineers.
Rising GPU and ASIC power makes thermal management the bottleneck. Interface materials must combine high conductivity with long-term stability — no drying, pump-out or migration; optical module coupling also requires precision at production speed.
Tight space inside dexterous hands, concentrated motor heat and repeated motion fatigue — materials must penetrate when liquid yet deliver thermal conduction and reinforcement once cured.
2.5D/3D stacking brings warpage control, fine-pitch filling and multiple reflow survival — materials must balance low CTE, high Tg and sufficient flow.
Sub-micron coupling accuracy demands low shrinkage, high transmission and low outgassing, validated by 85℃/85%RH aging — the field where Dongli started and knows best.
Automotive grade means 15+ years under combined thermal cycling, random vibration, humidity and chemical exposure — failure is a recall-level risk.
Shrinking die size and rising power density demand thermal stability, low stress and ultra-low ionic residue within a narrow process window.
Implant-grade applications demand biocompatibility and long-term stability in body fluids, plus miniaturization and flexible substrate compatibility.
Storage systems face long-term high-current cycling, outdoor temperature swings and vibration. Battery modules need stable heat dissipation, fire/explosion protection, and structural bonding that survives repeated cell expansion and contraction.
Low-altitude aircraft demand extreme lightweighting and reliability. Composite structural bonding must combine strength, toughness and fatigue resistance; power motors and electronics must survive aviation-grade vibration and temperature environments.
Medical manufacturing comes down to three things: biocompatibility certification, sterilization resistance and batch consistency — backed by full documentation and traceability.
Wearables keep shrinking while packing in more functions, squeezing the space available for materials — all while meeting IP68 waterproofing, sweat resistance and long-term skin-contact safety.
Optical assembly accuracy directly determines image quality — lens bonding needs ultra-low shrinkage and high transmission. All this inside an extremely light body that still must dissipate heat and stay rigid; every gram saved is competitive advantage.
Share substrate, conditions and volume — our engineer replies within 24 hours.
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