Frequently Asked Questions

Nail airbrushing is performed between 15 and 25 PSI. Lower pressure (around 15 PSI) is used for detailed stencil outlines, while slightly higher pressure (around 25 PSI) helps spray thicker gel paints smoothly. Adjusting the pressure is critical depending on paint viscosity. If pressure is too high, it will blow the paint around on the nail bed, creating ripples. If too low, it will spit paint drops instead of a mist.

Clogging occurs when using un-thinned paint or failing to clean the gun immediately after spraying. Dried paint collects around the needle and nozzle, blocking airflow. Perform a thorough flush after every color change to keep paint fluid. Deep clean the needle at the end of each session to ensure no paint residue remains inside the nozzle cavity.

No. Standard polish is too thick, and thinning it with acetone damages the internal rubber seals. Always use paints formulated specifically for airbrushing, which are designed to flow without blocking. Standard polish contains thick solvents that will dry instantly inside the internal mixing chamber, causing permanent damage to the stylus.

Water-based airbrush paints dry in the air without a lamp. However, you will still need a UV/LED lamp to cure the base coat, background color, and the final gel top coat used to seal the design. Gel-based airbrush paints do require light curing. If using water-based paint, ensure it is completely dry before applying top coat, or it will wrinkle and peel.

Peeling occurs if the paint was applied in layers that are too thick, if the paint wasn't completely dry before sealing, or if the free edge of the nail was not capped with gel. Always apply a base gel over the dry paint before your top coat to sandwich it. Capping the free edge protects the paint layer from water exposure.

Flush out the cup, fill it with airbrush cleaner or isopropyl alcohol, and spray it through the nozzle. Perform a back-flush by blocking the nozzle cap with a gloved finger to clean the internal mixing chamber. At the end of each session, remove the needle and wipe it clean. Use specialized airbrush cleaning brushes to gently clear the nozzle canal.

The ideal consistency is like skim milk. For most water-based acrylic airbrush paints, mix 1 part paint with 1 part dedicated reducer. If the paint is thick, increase the reducer ratio to prevent clogging. Pre-thinned gel paints can be sprayed straight from the bottle. Never use water to thin gel-based airbrush paints, as it will break the polymer chains.

Make sure the background gel is completely cured and dry. Press the stencil firmly against the nail plate, paying close attention to the side-walls and edges. Spray in multiple paper-thin, dry passes rather than one heavy wet layer to prevent paint from seeping under the mask. Let each pass dry for 5 seconds before spraying the next.

Dry-tip occurs when paint dries on the exposed needle tip, blocking the spray. You can prevent it by occasionally spraying air-only to dry the needle, and resolve it by wiping the needle tip with a cotton swab saturated with airbrush cleaner or isopropyl alcohol. Applying a tiny drop of needle lubricant to the needle tip before spraying also reduces dry-tip.

Yes. Airbrushing releases microscopic paint droplets into the air. It is highly recommended to wear a protective N95 face mask and work near an extraction fan or in an airbrush spray booth with a carbon filter to protect your respiratory system. Salon professionals should also use safety glasses to protect their eyes from splashback.

Apply your airbrush gradient, allow it to dry fully, then seal it with a non-wipe gel top coat. Cure the top coat for only 30 seconds (half-cured), rub the chrome powder over the surface, wipe away excess dust, apply a layer of base gel to sandwich, and seal with a final top coat. The base gel layer is essential to prevent the chrome from chipping.

For detailed work on tiny nail plates, a 0.2mm or 0.3mm nozzle size is best. Nozzles larger than 0.5mm spray too much paint, making it difficult to control detailed stencil lines or small centers on shapes like almond or round nails. A 0.2mm needle is extremely delicate and requires thin paint consistency.

No. Craft store acrylic paints have large, coarse pigment particles designed for paper and canvas. These particles will instantly clog a 0.2mm nail airbrush nozzle. Furthermore, craft paints are not certified cosmetic-grade and can cause allergic skin reactions. Always purchase dedicated cosmetic nail airbrush paints.

Pulsing occurs when air cannot escape the gun smoothly or when there is moisture trapped in the air hose. Check your hose moisture trap and empty any collected water. If the hose is clear, check for a partial clog in the stylus fluid nozzle. Cleaning the nozzle with a needle cleaner will restore smooth, continuous airflow.

Yes, but you must ensure the water-based acrylic paint is 100% dry first. Acrylic paint dries by evaporation; if you apply a gel top coat while the paint is still damp, it traps moisture underneath. During curing or wear, this moisture will turn to vapor, causing the gel layer to lift, bubble, and peel off in sheets. Use a hair dryer on a cool setting for 30 seconds to speed up drying before sealing.

In single-action models, pressing the trigger releases both air and paint at a fixed ratio. The paint flow is pre-set by turning a needle adjustment screw on the back of the gun. This is simpler to use but offers less control. In dual-action models, pressing down releases air, and pulling back releases paint. This allows you to dynamically adjust the paint volume while spraying, which is crucial for creating soft, seamless aura nail designs.

An air compressor compresses ambient air, which naturally concentrates humidity. This humidity condenses into water droplets inside the compressor tank and hose. If you do not have a moisture trap, these water droplets will travel down the hose and get sprayed out of the nozzle along with your paint, causing ugly water spots and ruining the gradient. A moisture trap filters this water out of the air stream before it reaches your stylus.

No. Solvent-based paints are not water-soluble. Attempting to flush them with water will cause the paint to coagulate into a sticky, rubbery residue that will block the nozzle. You must use pure acetone or dedicated solvent airbrush cleaner to flush the stylus.