Electrolyte-weakened fixing tape lets a wound electrode assembly expand, fill cell gaps, prevent movement, and lower battery resistance.
Automated foil joining with rollers and a linear actuator stabilizes insulated conductors for denser ribbon cables and better impedance control.
An angled UV-curing dam keeps low-viscosity resin out of bezel gaps during transparent panel bonding, reducing shorts and contamination.
A deposited sacrificial species layer is fully consumed during ion bombardment, preserving surface composition and bond strength.
Angled UV curing forms a resin dam at the display panel bezel gap, stopping adhesive leakage that can cause shorts or optical contamination.
A specific UV absorber and photoinitiator balance 385 nm blocking with low yellowness, transparency, photocurability, and adhesion for displays.
A low-viscosity printable epoxy adhesive enables fast, precise large-area bonding and sealing while maintaining structural strength.
Dual curing adhesives let honeycomb ribbons expand into cylindrical cores without saddle deformation, bent cell walls, or lost shear stiffness.
Pulsed-laser surface texturing and isocyanate adhesive bonding strengthen adhesion on aluminum members beyond roughness alone.
UV-curing tape bonds the back cover ink layer to the middle bezel, raising shear strength while simplifying assembly and lowering processing cost.
A flexible thread coated with anaerobic sealant seals and locks threaded joints against vibration, corrosion, and dynamic-load leakage.
A shaped nozzle applies a uniform adhesive layer on male pipes, combining joining and corrosion protection in one faster HVAC assembly step.
A solid anaerobic coating on flexible thread seals and locks threaded joints under heat, pressure, and vibration without re-torquing.
UV-cured LOCA and a release liner support precise thin-component placement without costly clean-room steps, masks, or complex tooling.
A two-stage silane-functional acrylic dispersion boosts sealant joint movement and adhesion to meet ASTM C920 Class 50.
Rounded adhesive geometry lets honeycomb cores form cylindrical shapes without saddle deformation or loss of shear stiffness.
Laser carbonizes the print layer between glass and adhesive, enabling fast sheet-form glass separation without damaging the adhesive.
A bi-material putter shaft shifts mass to the head and butt to cut weight while preserving stiffness, durability, and club head speed.
A single manifold flow meter with product detection tracks total hot melt adhesive output per product while cutting meter count and maintenance.