| Water-based 1K High Gloss Acrylic DTM (Formulation #33430-56) | BASF Dispersions & Resins | This is a water-based 1K high gloss acrylic DTM featuring JONCRYL® PRO 1522. | |
| Water-based 2K High-gloss PUR for DTM and Topcoat Applications (With End-of-Pot-Life Indication) | BASF Dispersions & Resins | High-performance coatings with low VOC content are needed to meet the market demand and government regulations. BASF has developed a low VOC, high-performance, water-based 2K polyurethane coating system for direct-to-metal and topcoat applications. | |
| Water-Based Ink Jet Dispersion (Formulation #ETH 21207-1) | Ethox Chemicals | Water-Based Ink Jet Dispersion (Formulation #ETH 21207-1). | |
| Water-Based Ink Jet Dispersion (Formulation #ETH 21207-2) | Ethox Chemicals | Water-Based Ink Jet Dispersion (Formulation #ETH 21207-2). | |
| Water-Based Single Component High Gloss Acrylic for DTM and Topcoat Applications | BASF Dispersions & Resins | High performance coatings with low VOC content are needed to meet the market demand and government regulation. BASF has developed a low VOC, high performance, water-based coating system for direct to metal and topcoat applications. | |
| Water-borne Alkyd Emulsion Red Iron Oxide Primer (Formulation #111413) | Vanderbilt Minerals, LLC | A formulation for a water-borne alkyd emulsion red iron oxide primer which utilizes VAN GEL® SX, DARVAN® CN, VANSIL® W-30, and ACTIV-8®. | |
| Water-borne Styrene-Acrylic Primer (Acronal) (Formulation #3.4) | GRACE | Water-borne Styrene-Acrylic Primer (Acronal) (Formulation #3.4) is a guideline formulation for general industrial applications. Acronal S760 is a self cross-linking styrene-acrylic dispersion which can be cured at room temperature by the addition of acid ...view more Water-borne Styrene-Acrylic Primer (Acronal) (Formulation #3.4) is a guideline formulation for general industrial applications. Acronal S760 is a self cross-linking styrene-acrylic dispersion which can be cured at room temperature by the addition of acid catalysts. Pre-neutralisation of Cycat 500 and phosphoric acid with AMP 95 and ammonia is necessary to ensure paint stability. The addition of AMP 95 also helps to heat stabilise the paint during milling. Higher PVC-values reduce the salt spray performance, and values around 20 to 30 vol.-% are suggested. Alternative fillers such as talcs, calcium carbonates (Millicarb B from Omya) or dolomites (Microdol extra from Norwegian Talcs) or combinations thereof can be used satisfactorily. view less | |
| Water-borne Vinyl Acrylic Dispersion Primer (Formulation #3.2) | GRACE | Water-borne Vinyl Acrylic Dispersion Primer (Formulation #3.2) is a guideline formulation offered to show reduced blistering and wet dispersion loss at the scribe compared to a control bank. Haloflex 202 is a water thinnable vinyl-acrylic dispersion with a...view more Water-borne Vinyl Acrylic Dispersion Primer (Formulation #3.2) is a guideline formulation offered to show reduced blistering and wet dispersion loss at the scribe compared to a control bank. Haloflex 202 is a water thinnable vinyl-acrylic dispersion with an acidic pH. The addition of Alcophor 827 is beneficial in two respects: the pH is stabilised at 6.5 which would otherwise be buffered by SHIELDEX® anti-corrosive pigments, and it also improves the corrosion resistanceafter hot salt spray and humidity exposure. The addition level of SHIELDEX® anti-corrosive pigments should not exceed 3 wt.-% to ensure that the pH of the final formulation does not exceed 7. view less | |
| Water-Reducible Alkyd Black Gloss Corrosion Inhibitive Dip Enamel (Formulation #103013) | Vanderbilt Minerals, LLC | A water-reducible alkyd black gloss corrosion inhibitive dip enamel formulation which utilizes VEEGUM® R and ACTIV-8® HGL. | |
| Waterbased 2K Pigmented Glossy Topcoat (Formulation #SPF_CTG_018_2203) | Arkema Rheology & Specialty Additives | This waterbased top coat features Coapur™ 2025 and Coadis™ 790. | |
| Waterbased Pigmented Acrylic Primer (Formulation #SPF_CTG_003_2203) | Arkema Rheology & Specialty Additives | This waterbased pigmented acrylic primer features Coadis™ 790. | |
| Waterbased UV-Curable Satin Topcoat (Formulation #SPF_CTG_017_2203) | Arkema Rheology & Specialty Additives | This waterbased top coat features Coapur™ 2025 and Coadis™ 790. | |
| Waterborne 2K High Performance Anti-Corrosion Primer (Formulation #VEP 2382) | ICL Phosphate Specialty | Water-based 2K High Performance Anti-Corrosion Primer using HALOX® CW-491 | |
| Waterborne Acrylic Primer using HALOX 430 and HALOX 515 (Formulation #86ER) | ICL Phosphate Specialty | Water-based Acrylic Primer using HALOX® 430 & HALOX® 515 | |
| Waterborne Alkyd Emulsion Primer (Resydrol) (Formulation #3.1.2) | GRACE | Waterborne Alkyd Emulsion Primer (Resydrol) (Formulation #3.1.2) is a guideline formulation for general industrial applications. Resydrol 4333 is a water-thinnable modified alkyd emulsion neutralised by ammonia and containing a small amount of cosolvent (2...view more Waterborne Alkyd Emulsion Primer (Resydrol) (Formulation #3.1.2) is a guideline formulation for general industrial applications. Resydrol 4333 is a water-thinnable modified alkyd emulsion neutralised by ammonia and containing a small amount of cosolvent (2.5 wt.-% on total formulation). Borchigel L 75, a diurethane thickening agent, is needed to stabilise the viscosity during storage. The combination of SHIELDEX® anti-corrosive pigments with Alcophor 827 leads to synergistic effects in the corrosion resistance of the primer. view less | |
| Waterborne Anticorrosion Alkyd PU Emulsion Paint (Formulation #SPF_CTG_014_2203) | Arkema Rheology & Specialty Additives | This waterborne anticorrosion alkyd PU emulsion paint features Coadis™ 790 and Coapure™ 830 W. | |
| Waterborne Clear-Coating (Formulation #WBPU1004T) | ASCOTEC | Waterborne Polyurethane Clear Coating based on Esacote® PU61, ASCONIUM® 114 and ASCOTRAN® H10. | |
| Waterborne Clear-Coating (Formulation #WBPU821) | ASCOTEC | Waterborne Polyurethane Clear Coating based on Esacote® PU77, ASCONIUM® 114 and ASCOTRAN® H10. | |
| Waterborne Epoxy Primer (Formulation #21- 10001) | Patcham USA | This waterborne epoxy primer features Pat-Add DA 817. It is suitable for general industrial coatings. | |
| Waterborne Grey Primer (Formulation #WBACRY8728) | ASCOTEC | Grey Waterborne Styrene Acrylic Primer based on Neocryl® XK801, ASCONIUM® 143 and ASCOTRAN® H10. | |
| Waterborne Red Iron Oxide Acrylic Dispersion (Formulation #54D) | ICL Phosphate Specialty | Water-based Red Iron Oxide Acrylic Dispersion using HALOX® 570 | |
| Waterborne Red Iron Oxide Epoxy Primer (Formulation #WY-55) | ICL Phosphate Specialty | Water-based Red Iron Oxide Epoxy Primer using HALOX® SW-111 | |
| Waterborne Red Primer (Formulation #WBACRY8730) | ASCOTEC | Red Waterborne Styrene Acrylic Primer based on Neocryl® XK801, ASCONIUM® 143 and ASCOTRAN® H10. | |
| Waterborne Styrene-Acrylic Emulsion (Neocryl XK-65) (Formulation #3.4.1) | GRACE | Waterborne Styrene-Acrylic Emulsion (Neocryl XK-65) (Formulation #3.4.1) is guideline formulation for industrial applications. Neocryl XK-65 is a water-borne rheology controlled styrene-acrylic emulsion designed for automotive primer applications. Dynol 6...view more Waterborne Styrene-Acrylic Emulsion (Neocryl XK-65) (Formulation #3.4.1) is guideline formulation for industrial applications. Neocryl XK-65 is a water-borne rheology controlled styrene-acrylic emulsion designed for automotive primer applications. Dynol 604 was the most effective dispersing agent in combination with SHIELDEX® AC 5 anti-corrosive pigments. A small addition of AMP 95 was beneficial for paint stability. Ser-ad FA 379 is a nitrite free flash rust inhibitor which is recommended if problems with flash rust occur. view less | |
| Waterborne Styrene-Butadiene Primer (Bayhydrol) (Formulation #3.3) | GRACE | Waterborne Styrene-Butadiene Primer (Bayhydrol) (Formulation #3.3) is a guideline formulation for general industrial applications. Bayhydrol B130 is a water thinnable styrene-butadiene emulsion modified with maleinised oil and neutralised with a mixture of...view more Waterborne Styrene-Butadiene Primer (Bayhydrol) (Formulation #3.3) is a guideline formulation for general industrial applications. Bayhydrol B130 is a water thinnable styrene-butadiene emulsion modified with maleinised oil and neutralised with a mixture of triethylamine and ammonia. Little or no cosolvent is necessary for this resin. The combination with Lipaton SB 5521, styrene-butadiene dispersion leads to improved film properties (higher flexibility and overcoatability) and water resistance. The addition level of zinc oxide is optimum at 1 wt.-%, and is recommended in combination with SHIELDEX® AC 5 anti-corrosive pigments in this case. view less | |
| Waterborne White DTM Based on WORLEESOL VP E 320W With ASCONIUM® 111 (Formulation #WBALKYDUY1302W) | ASCOTEC | White waterborne Alkyd-Urethane DTM based on Worleesol® VP E 320W, ASCONIUM® 111 and ASCOTRAN® H10. | |
| Waterborne White DTM (Formulation #ORGAL F6560 – 01-24) | ASCOTEC | White waterborne Acrylic DTM based on ORGAL F 6560, ASCONIUM® 142DA and ASCOTRAN® H10. | |
| Waterborne White DTM (Formulation #WBACRY2033) | ASCOTEC | White Waterborne Styrene Acrylic DTM Paint based on Carboset® CR765, ASCONIUM® 143 and ASCOTRAN® H10. | |
| Waterborne White DTM (Formulation #WBACRY445) | ASCOTEC | White Waterborne Acrylic DTM Paint based on Maincote® 1100, ASCONIUM® 142DA and ASCOTRAN® H10. | |
| Waterborne White DTM (Formulation #WBACRY6999) | ASCOTEC | White Waterborne Acrylic DTM Paint based on EPS 595, ASCONIUM® 143 and ASCOTRAN® H10. | |
| Waterborne White DTM (Formulation #WBACRY799-389W) | ASCOTEC | White Waterborne Acrylic DTM Paint based on ASCONIUM® 142DA and ASCOTRAN® H10. | |
| Waterborne White DTM (Formulation #WBACRY8111) | ASCOTEC | White Waterborne Styrene Acrylic DTM Paint based on Maincote® HG100, ASCONIUM® 142DA and ASCOTRAN® H10. | |
| Waterborne White DTM (Formulation #WBALKY404) | ASCOTEC | White Waterborne Alkyd DTM Paint based on Inokem® 3301, ASCONIUM® 114 and ASCOTRAN® H10. | |
| Waterborne White DTM (Formulation #WBALKY802) | ASCOTEC | White Waterborne Alkyd DTM Paint based on Inokem® 3304, ASCONIUM® 114 and ASCOTRAN® H10. | |
| WATERBORNE WHITE DTM (Formulation #WBEPOX601-141S1) | ASCOTEC | This waterborne white DTM features ACQUAPOX 110 with ASCONIUM-141S1. | |
| Waterborne White DTM Paint (Formulation #TEXCRYL M59 -01-24) | ASCOTEC | White waterborne Acrylic DTM based on TEXCRYL M59, ASCONIUM® 142DA and ASCOTRAN® H10. | |
| Waterborne White Primer (Formulation #WBACRY2229) | ASCOTEC | White Waterborne Styrene Acrylic Primer based on Maincote® 100, ASCONIUM® 142DA and ASCOTRAN® H10. | |
| Waterborne White Primer (Formulation #WBACRY3726) | ASCOTEC | White Waterborne Styrene Acrylic Primer based on Maincote® PR71K, ASCONIUM® 142DA and ASCOTRAN® H10. | |
| Waterborne White Primer (Formulation #WBEPOX048) | ASCOTEC | White Waterborne 2K EPOXY DTM Paint based on Epirez® 6520, ASCONIUM® 142DA and ASCOTRAN® H10. | |
| WB Rust-Converting Primer (Formulation #WBACRY799-115R4) | ASCOTEC | White Waterborne Acrylic Rust Converting DTM Coating based on Alberdingk® AC2403, ASCONIUM® 114, ASCOTRAN® H17 and ASCOTRUST® X4. | |
| White Acrylic Topcoat for Airless Spray (Formulation #07-1041A) | Ashland | PVC 13% based on Neocryl* XK-98 acrylic topcoat - airless and air sprayable. | |
| White Acrylic Topcoat for Airmix Spray (Formulation #07-1029B) | Ashland | Neocryl® XK-237 acrylic topcoat - airmix sprayable. | |
| White Anti-Corrosive Primer for Airless Spray (Formulation #07-1042A) | Ashland | Based on Neocryl* XK-87 and Nubirox* 106, primer - airless and air sprayable. | |
| White DTM Corrosion Resistant Semi-Gloss (Formulation #EPS 2535 WHT SG2) | EPS Materials | White DTM Corrosion Resistant Semi-Gloss (Formulation #EPS 2535 WHT SG2) formulation information. | |
| White DTM Primer (Formulation #760-010) | BASF Dispersions & Resins | This white DTM primer features ACRONAL® S 760. | |
| White Gloss using Incorez 142 & Incorez 148/024 | Incorez Ltd. | This formulation is a white gloss wall paint that utilizes the products Incorez 142 & Incorez 148/024. | |
| White High Gloss Enamel (Formulation #EPS 2535 WHT ST-1) | EPS Materials | White High Gloss Enamel (Formulation #EPS 2535 WHT ST-1) formulation information. | |
| White High Gloss Enamel (Formulation #EPS 2559 WHT ST1) | EPS Materials | White High Gloss Enamel (Formulation #EPS 2559 WHT ST1) formulation information. | |
| White High Gloss Enamel (Formulation #EPS 2574 WHT ST-1) | EPS Materials | White High Gloss Enamel (Formulation #EPS 2574 WHT ST-1) formulation information. | |
| White Interior Topcoat with EPS® 2436 | EPS Materials | EPS® 2436 is a self-crosslinking all-acrylic dispersion used as a binder for high-quality wood coatings. | |
| White Masonry Waterproofing (Formulation #EPS 2559 WHT1) | EPS Materials | White Masonry Waterproofing (Formulation #EPS 2559 WHT1) formulation information. | |
| White Pigmented Caulk (Formulation #EPS 2224 WPC1) | EPS Materials | White Pigmented Caulk (Formulation #EPS 2224 WPC1) formulation information. | |
| White Primer (Formulation #4791-21G) | Polynt Composites | This formulation utilizes BECKOSOL AQ® 210. | |
| White Roof Coating (Formulation #EPS 2719 SR1) | EPS Materials | White Roof Coating (Formulation #EPS 2719 SR1) formulation information. EPS® 2719 is an all-acrylic emulsion designed to eliminate asphalt bleed through in cool roof coatings while maintaining flexibility and toughness. Roof coatings based on EPS® 2719 of...view more White Roof Coating (Formulation #EPS 2719 SR1) formulation information. EPS® 2719 is an all-acrylic emulsion designed to eliminate asphalt bleed through in cool roof coatings while maintaining flexibility and toughness. Roof coatings based on EPS® 2719 offer UV and dirt pick-up resistance and excellent adhesion. view less | |
| WHITE SB 1K ALKYD DTM (Formulation #SPFSBALKY1101) | ASCOTEC | This formulation utilizes ASCONIUM® 143. | |
| White Self-Crosslinking Styrene Acrylic DTM Primer (Formulation #S 760) | ICL Phosphate Specialty | White Cross-Linking Styrene Acrylic DTM Primer using HALOX® 515 | |
| White Semi-Gloss Formulation | Buckman Laboratories, Inc. | This is a formula for white semi-gloss utilizing the products Bubreak® 448 and Busperse® 39. | |
| White Shingle Stain | Buckman Laboratories, Inc. | This formula for white shingle stain utilizes the product Bulab® Flamebloc. | |
| White Waterborne Alkyd DTM (Formulation #WBALKYDUY330W) | ASCOTEC | White Waterborne Alkyd DTM Paint based on Worleesol E330W®, ASCONIUM® 111® & ASCOTRAN® H10. | |
| Wood Consolidation | Huntsman Performance Products | Old and rotting wood may be "consolidated"-that is, reinforced, filled in, and preserved-by saturation with the attached mixture. | |
| Wood Paint Formulation (Formulation #SPF_CTG_037_2112) | Arkema Rheology & Specialty Additives | This wood paint formulation features CRAYVALLAC® LA-350, Coapur™ 830 W, and Coadis™ 790. | |
| Yellow Primer (Formulation #4784-71) | Polynt Composites | This formulation utilizes BECKOSOL AQ® 210. | |
| Yellow TX-DOT Traffic Marking Paint (Formulation #010814) | Vanderbilt Minerals, LLC | A formula for a yellow TX-DOT traffic marking paint. | |
| YURON CR Prime Suggested Formulation | Yuron New Material | YURON CR prime suggested formulation is a solventborne primer. | |
| YURON CR Topcoat Suggested Formulation | Yuron New Material | YURON CR Topcoat Suggested Formulation is a solventborne topcoat. | |
| YURON HPE Prime Suggested Formulation | Yuron New Material | YURON HPE Prime Suggested Formulation is a solventborne primer. | |
| YURON HPE Road Marking Paint Suggested Formulation | Yuron New Material | YURON HPE Road Marking Paint Suggested Formulation is used as a traffic paint. | |
| YURON HPE Topcoat Suggested Formulation | Yuron New Material | YURON HPE Topcoat Suggested Formulation is used for solventborne topcoats. | |
| Zero VOC Exterior Flat (Formulation #4130-005) | BASF Dispersions & Resins | This exterior flat formulation meets MPI #10 and features ACRONAL® PLUS 4130. | |
| Zero VOC Flat Paint (Formulation #4670-004) | BASF Dispersions & Resins | This zero VOC flat paint for MPI #143 features ACRONAL® PLUS 4670. | |
| Zero VOC Gray Metal Primer (Formulation #37-148) | ICL Phosphate Specialty | Water-based Epoxy Dispersion using HALOX® SZP-391 | |
| Zero VOC High Quality Interior Flat Wall Paint (Formulation #071808) | Vanderbilt Minerals, LLC | A formulation for a zero VOC high quality interior flat wall paint using VANSIL® W-40. | |
| Zero VOC Interior Flat (Formulation #4130-001) | BASF Dispersions & Resins | This interior flat formulation meets MPI #143 and features ACRONAL® PLUS 4130. | |
| Zero VOC Interior Flat (Formulation #4830-001) | BASF Dispersions & Resins | This interior flat coating features ACRONAL® ECO 4830. | |
| Zero VOC Quality Interior Latex Flat Paint | Vanderbilt Minerals, LLC | A formulation for a zero VOC quality interior, latex, flat paint. | |
| Zero VOC Satin Paint (Formulation #4130-002) | BASF Dispersions & Resins | This satin paint features ACRONAL® PLUS 4130. | |
| Zero VOC Satin Paint (Formulation #4830-002) | BASF Dispersions & Resins | This zero VOC satin paint features ACRONAL® ECO 4830. | |
| Zero VOC Semi Gloss Paint (Formulation #4130-003) | BASF Dispersions & Resins | This semi gloss paint to meet MPI #147 and features ACRONAL® PLUS 4130. | |
| Zero VOC Semi Gloss Paint (Formulation #4670-001) | BASF Dispersions & Resins | This VOC free semi gloss paint features ACRONAL® PLUS 4670 | |
| Zero VOC Semi Gloss Paint (Formulation #4830-003) | BASF Dispersions & Resins | This zero VOC semi gloss paint features ACRONAL® ECO 4830. | |
| Zinc Oxide, Extender Slurries (Formulation #21-10006) | Patcham USA | Gradually add cellulosic thickener in water and mix at 2.5 ms-1 for 10 minutes. Neutralize to maintain pH 8.5-9. Mix again for 10 minutes at 2.5 ms-1 . Add the raw materials in sequence. Slowly add the pigments and fillers mix thoroughly, continue mixing ...view more Gradually add cellulosic thickener in water and mix at 2.5 ms-1 for 10 minutes. Neutralize to maintain pH 8.5-9. Mix again for 10 minutes at 2.5 ms-1 . Add the raw materials in sequence. Slowly add the pigments and fillers mix thoroughly, continue mixing 10 minutes at 2 ms-1. Grind the mill base using Glass beads for 2 hours at 21 ms-1 μm / gauge 7+ NS. view less |
