Liquid Surface Applicators TRIZ Cases

Interposers in dual die cavities shape two deposited materials into distinct thickness profiles, improving battery electrode balance and material use.

A low-resistivity conductive member in a fluorine-resin treatment container dissipates charge to prevent substrate contamination and arcing.

Real-time pressure sensing at the static mixer tip adjusts filler flow to fill battery housing gaps faster without exceeding pressure limits.

Uniform adhesive application and vacuum transfer improve pouch battery cell bonding strength, quality, and vibration resistance.

Ceramic slot-forming surfaces resist slurry wear and corrosion, keeping battery electrode coating thickness uniform and yield stable.

Real-time gas pressure sensing enables self-adaptive glue dispensing, stable discharge, and early warning before barrel depletion stops production.

A direction-conversion assembly reorients die adjustment force to cut vertical space, easing packaging and transfer while preserving coating control.

A spiral transport-wind nozzle coats wire backsides with silane uniformly, strengthening sealant adhesion and reducing peeling under thermal stress.

Adjustable shim end widths in a slot die balance slurry discharge across the coating width to prevent edge soaring and uneven electrode thickness.

Grooved magnets spread magnetic force across the deposition mask to cut peak adhesion and prevent stripe defects in display panel deposition.

Multiple needles inject liquid metal directly into substrate holes to improve fill quality, cut waste, and limit oxidation in volume production.

A movable multi-block die with a tilted position control unit maintains nozzle gaps and reduces coating offset in double-layer electrode coating.

A segmented adapter with sealed channel portions enables gas-tight liquid-container coupling and complete emptying in wet process supply systems.

Different manifold angles in a multi-slot die coater prevent slurry stagnation and agglomeration, improving electrode coating uniformity.

A barrier layer isolates the metal reflective layer from vinyl chloride degradation, preserving wide-angle reflectivity, printability, and weather resistance.

Opposite-polarity screen charging boosts electrode coating weight while filtering metal foreign substances and keeping binder distribution uniform.

A sacrificial homopolymer coating shields sensitive semiconductor surfaces from oxidation and contaminants, then depolymerizes for mild residue-free removal.

A cover film seals die and shim outer surfaces to stop slurry leakage, cutting coating defects, weak tab welding, and ignition risk.

Measured LED emission guides selective phosphor deposition to correct wavelength variation and produce white light with higher color fidelity.

Adhesive-spaced heat dissipation plates limit heat transfer in deposition mask frames, reducing deformation and preserving pixel alignment.

A solvent buffer in the resist nozzle keeps residue liquid during idle periods, preventing crystallization defects and resist-layer non-uniformity.

A shaped shim adjusts slot width and angle to balance slurry discharge across the web and prevent edge soaring in battery electrode coating.

A two-step SAM process with intermediate cooling creates a dense monolayer that blocks unwanted ALD/CVD film growth on exposed surfaces.

Smaller vapor-phase passivating agents block film growth on conductive and reactor surfaces, enabling faster selective deposition on dielectrics.

Optical sensing of gas bubbles tracks bath uniformity and cleaning endpoint, improving wafer-to-wafer consistency while avoiding longer cycle time.

Semi-fluorinated polymers enable one-step selective coating on copper while dewetting silicon dioxide, avoiding substrate pretreatment.

A gear-and-rod linkage adds periodic reverse rotation to a powder coating applicator, improving surface coverage and coating uniformity.

A separate ejector friction-coupled to a pressurized diaphragm cuts seal wear and supports fast, accurate dosing of viscous materials.

PLC-controlled guided vehicles move high-capacity mixers at constant speed to coat large blade moulds quickly and uniformly before curing.

An acrylic resin and polyolefin wax film lowers sliding resistance in steel sheet forming while preserving degreasing, adhesion, and weldability.

Real-time flowmeter feedback and dynamic valve, pressure, and temperature control keep sealant dosing precise in high-speed production.

A BPA-free polyether coating maintains adhesion, film integrity, and corrosion resistance for metal food and beverage containers.

A relocated lubricant feed point and empty-line sensing cut pig friction during paint reflow, enabling faster return speeds and longer pig life.

A piezo valve, replaceable syringe cassette, and closed-loop pressure control reduce refill downtime while keeping fluid dispensing stable.

A flexible toothed applicator feeds and meters coating evenly on strongly curved edges, protecting rotor blades and wings without harming aerodynamics.

Quick-release fluid and drive modules cut jetting maintenance downtime while reducing seal wear and supporting interchangeable actuators.

A moving gearbox and worm-driven plunger shorten the ram in viscous material guns, cutting cost and improving use in tight spaces.

Foam pores in a PVC resin layer help a metal sheet dissipate vibration as heat and block noise while keeping an unconstrained structure.

Rotating plane-parallel valve discs cut dead space, reduce flushing losses, and let coating ratios be adjusted without extra shut-off valves.

A rotating spray cup coats inner tube walls uniformly with high-viscosity adhesive, reducing manual exposure and enabling real-time observation.

Dynamic pulse adjustment shortens later valve openings to offset remagnetization and viscosity shifts, keeping adhesive portions consistent.

A hard-particle polymer coating bonded to a belt core resists cracking and detachment while reproducing road-like roughness under continuous loads.

Oblique flow channels and an integrated air purge help adhesive manifolds resist clogging, cut cleaning time, and lower pressure needs.

A tilting off-set wedge and cam-actuated plungers secure varied tumbler interiors with repeatable alignment and damage-free handling.

Multiple gas channels with independent flow and supply timing control improve thin-film thickness uniformity across the substrate.

A rotatable adapter with protruding sleeves lets one mixer fit multiple two-component cartridges while supporting correct orientation and easier cleaning.

A polyolefin heat-sealable coating lets AA5xxx can lid strip bond plastic resealable parts securely while adding a food-safe barrier.

Adaptive arms and separate fluid feeds let a conduit spray robot coat small, bent pipe interiors with even coverage and thickness.

A titanate nanoparticle pre-coating cuts laser reflectance on metals like copper, enabling thicker deposited coatings and better protection.

A foamed PVC resin coating with spherical silica boosts metal-sheet vibration damping and sound insulation in a simple unconstrained structure.