Material Processing Degassing Equipment

SIENOX epoxy coating defoaming solution targets entrapped air bubbles and pigment agglomeration formed during stirring and spraying of epoxy zinc-rich primers, epoxy floor paints and anti-corrosion topcoats. Synchronous stirring and defoaming under vacuum delivers dense, well-leveled coating films and minimizes pinholes, craters and voids in anti-corrosion layers.

SIENOX epoxy coating defoaming solution eliminates air bubbles and pigment agglomeration generated during stirring and spraying of epoxy zinc-rich primers, epoxy floor paints and anti-corrosion topcoats. Vacuum stirring and synchronous defoaming produce dense, well-leveled coatings and effectively reduce pinholes, craters and voids in anti-corrosion layers.

SIENOX acrylic coating defoaming solution solves the problem of air entrapment and pigment agglomeration during stirring for acrylic color paints containing titanium dioxide and other pigments. It performs stirring and defoaming simultaneously under vacuum to reduce mottling and craters of color paints, achieving more consistent gloss and leveling performance.

SIENOX UV coating defoaming solution is designed for high-gloss, high-transparency UV curable coatings. Bubbles existing before curing will develop into pinholes and fish eyes. The solution uses low-shear vacuum defoaming, which generates little heat to prevent premature curing and yields bright, defect-free UV coatings.

SIENOX high-temperature coating defoaming solution is tailored for silicone heat-resistant paints, as well as boiler and exhaust pipe coatings formulated with aluminum powder, glass powder and other heat-resistant fillers. Featuring integrated vacuum stirring, defoaming and dispersion, it delivers dense, pinhole-free heat-resistant coatings that resist foaming and cracking under high-temperature working conditions

SIENOX water-based coating defoaming solution targets the foaming defect commonly found in water-based industrial paints, water-based wood coatings and architectural coatings caused by built-in surfactants. Adopting pure physical vacuum defoaming without any defoamer addition, it effectively avoids weakened paint film adhesion, delivering fuller coating surfaces and significantly fewer pinhole