Produits chimiques de spécialité

HALOX® FLASH-X® 330 is an effective, nitrite-free, liquid additive used in the manufacture of waterborne protective coatings for inhibition of flash rust and in-can rusting and has demonstrated excellent flash rust inhibitive performance on a variety of metal substrates without the use of nitrites.

HALOX® SZP-395 is a white, nonrefractive, corrosion inhibiting pigment used in protective coating systems. HALOX® SZP-395 is our most efficient and versatile corrosion inhibitive pigment. It is recommended for use in a wide variety of resin systems and is equally effective in such resins as: alkyds (both traditional and high solids), epoxies, latexes, water reducible alkyds, high acid value resins, catalyzed baking systems, and vinylidene chloride latexes. The fine particle size and low oil absorption of HALOX® SZP-395 makes it the pigment of choice in thin film applications. Application: Recommended loading levels range from 2-5% based on total formula weight in many waterborne systems. and recommended loading levels range from 3-7% based on total formula weight in traditional solventborne coatings.

HALOX® Z-PLEX® 250 is a white, non-refractive, corrosion inhibiting pigment used in various protective coatings. It is classified as Zn3(PO4)2.2H2O (dihydrate). HALOX® Z-PLEX® 250 is compliant with ASTM D6280, Specification for Zinc Phosphate Pigment Type I. Recommended loading levels range from 5-10% based on total formula weight.

HALOX® 515 LFG is a low-freeze grade liquid organic corrosion inhibitor for high gloss (direct to metal) coating systems. HALOX® 515 LFG will provide cost-effective flash rust protections and long-term corrosion protection when used as recommended. HALOX® 515 LFG is also effective for thin film applications. Recommended loading levels range from 1-3% based on total formula weight. HALOX® 515 LFG can easily and effectively be post added or added in the letdown stage of any coating system, however, as with any additive, compatibility should be checked prior to use.