| Nubifer Y-5028 Waterbased Concentrate at 55% with BASF Additives | Ferro Pigments | This formulation produces a pigment concentrate of micronized Yellow Iron Oxide for waterbased paints. | |
| Nubifer Y-5028 Waterbased Concentrate at 60% (Formulation #W5578) | Ferro Pigments | Pigment concentrate of Nubifer Y-5028 for waterborne paints. | |
| Nubifer Y-5028 Waterbased Concentrate at 65% (Formulation #W6588) | Ferro Pigments | Pigment concentrate of yellow iron oxide suitable for waterborne paints. | |
| Nubifer Y-5028 Waterbased Concentrate at 65% with Air Products Additives | Ferro Pigments | This formulation is a pigment concentrate of micronized Yellow Iron Oxide suitable for waterbased paints. | |
| Nubifer Y-7050 Resin-Free Solventbased Concentrate at 45% with BYK-Chemie Additives | Ferro Pigments | This formulation produces a pigment concentrate of encapsulated Yellow Iron Oxide for solventbased paints. | |
| Nubifer Y-7050 Solventbased Concentrate at 45% (Formulation #W6363) | Ferro Pigments | Pigment concentrate of emcapsulated yellow iron oxide for solvent industrial coatings. | |
| Nubifer Y5028 Universal Resin Free Concentrate at 60% (Formulation #W5605) | Ferro Pigments | Pigment concentrate of Yellow Iron Oxide for solvent and water based paints. | |
| Nubirox 102 in Epoxy-Polyester Powder Coating (Formulation #PC 16452) | Ferro Pigments | This Epoxy-Polyester Powder Coating features Nubirox 102. | |
| Nubirox 106 in a Solventborne Epoxy System (Formulation #EPPA 12881) | Ferro Pigments | Formulation EPPA 12881 is an anticorrosive formulation based on a solventborne epoxy system and Nubirox 106. | |
| Nubirox 106 in a Waterborne Alkyd System (Formulation #AA 13606) | Ferro Pigments | Formulation AA 13606 is an anticorrosive formulation based on a waterborne alkyd system and Nubirox 106. | |
| Nubirox 106 in a Waterborne Epoxy System (Formulation #EPPAA 12463) | Ferro Pigments | Formulation EPPAA 12463 is an anticorrosive formulation based on a waterborne epoxy system and Nubirox 106. | |
| Nubirox 106 in a Waterborne Pure Acrylic System (Formulation #AA 13265) | Ferro Pigments | Formulation AA 13265 is an anticorrosive formulation based on a waterborne pure acrylic system and Nubirox 106. | |
| Nubirox 106 in a Waterborne Styrene Acrylic System (Formulation #EAA 12672) | Ferro Pigments | Formulation EAA 12672 is an anticorrosive formulation based on a waterborne styrene acrylic system and Nubirox 106. | |
| Nubirox 106 in SB 2K Epoxy Primer (Formulation #EPPA 16711) | Ferro Pigments | This epoxy primer features Nubirox 106. | |
| Nubirox 106 in SB Alkyd Primer (Formulation #AC 10433) | Ferro Pigments | This alkyd primer features Nubirox 106. | |
| Nubirox 106 in Solventborne Alkyd System (Formulation #AC 10433) | Ferro Pigments | Formulation AC 10433 is an anticorrosive formulation based on a solventborne alkyd system and Nubirox 106. | |
| Nubirox 106 in Styrene-Acrylic Primer (Formulation #EAA 18723) | Ferro Pigments | This styrene-acrylic primer features Nubirox 106 & Nubirox FR-10. | |
| Nubirox 106 in Water Based Acrylic System (Formulation #AA 13265) | Ferro Pigments | This water based acrylic system features Nubirox FR-10 & Nubirox 106. | |
| Nubirox 106 in Water Based DTM Alkyd System (Formulation #AA 19668) | Ferro Pigments | This water based DTM alkyd system features Nubirox 106 & Nubirox FR-10. | |
| Nubirox 106 in WB 2K Epoxy-Polyamide Primer (Formulation #EPPAA 18954) | Ferro Pigments | This WB 2K Epoxy-Polyamide Primer features Nubirox 106. | |
| Nubirox 213 in a Solventborne Epoxy System (Formulation #EPPA 12883) | Ferro Pigments | Formulation EPPA 12883 is an anticorrosive formulation based on a solventborne epoxy system and Nubirox 213. | |
| Nubirox 213 in SB 2K Epoxy-Polyamide Primer (Formulation #EPPA 12883) | Ferro Pigments | This SB 2K epoxy-polyamide primer features Nubirox 213. | |
| Nubirox 213 in WB 2K Epoxy Primer (Formulation #EPPAA 19031) | Ferro Pigments | This WB 2K Epoxy Primer features Nubifer Y-5028, Nubifer NB-5970, and Nubirox 213. | |
| Nubirox 301 in a Waterborne Styrene Acrylic System (Formulation #EAA 12674) | Ferro Pigments | Formulation EAA 12674 is an anticorrosive formulation based on a waterborne styrene acrylic system and Nubirox 301. | |
| NUBIROX 301 in WB Acrylic Paint (Formulation #AA 13962) | Ferro Pigments | This WB acrylic paint features Nubirox 301. | |
| Nubirox 302 in a Waterborne Alkyd System (Formulation #AA 13610) | Ferro Pigments | Formulation AA 13610 is an anticorrosive formulation based on a waterborne alkyd system and Nubirox 302. | |
| Nubirox 302 in a Waterborne Pure Acrylic System (Formulation #AA 13269) | Ferro Pigments | Formulation AA 13269 is an anticorrosive formulation based on a waterborne pure acrylic system and Nubirox 302. | |
| Nubirox 302 in SB 2K Epoxy-polyamide Primer (Formulation #EPPA19852) | Ferro Pigments | This SB 2K Epoxy-polyamide Primer features Nubirox 302. | |
| Nubirox 302 in Solvent Based DTM Alkyd System (Formulation #AC 19630) | Ferro Pigments | This solvent based DTM alkyd system features Nubirox 302. | |
| Nubirox 302 in Styrene-Acrylic Primer (Formulation #EAA 18724) | Ferro Pigments | This styrene-acrylic primer features Nubirox 302. | |
| Nubirox 302 in Water Based DTM Alkyd System (Formulation #AA 19670) | Ferro Pigments | This water based DTM alkyd system features Nubirox 302. | |
| Nubirox SP in a Solventborne Alkyd System (Formulation #AC 10430) | Ferro Pigments | Formulation AC 10430 is an anticorrosive formulation based on a solventborne alkyd system and Nubirox SP. | |
| Nubirox SP in SB Alkyd Primer (Formulation #AC 10430) | Ferro Pigments | This SB Alkyd Primer features Nubirox SP. | |
| Nubivan Y-901 Waterbased Concentrate at 65% with Air Products Additives | Ferro Pigments | This formulation produces a pigment concentrate of Bismuth Vanadate for waterbased paints. | |
| Nubivan Y-901 Waterbased Concentrate at 70% (Formulation #W6616) | Ferro Pigments | Pigment concentrate of Nubivan Y-901 for waterborne paints, low VOC content. | |
| Nubivan Y-902 Waterbased Concentrate at 70% (Formulation #W6616) | Ferro Pigments | Pigment concentrate of bismuth vanadate for waterborne paints, low VOC content. | |
| Nubix V60 Waterbased Concentrate at 55% (Formulation #W2557) | Ferro Pigments | Pigment concentrate of Ultramarine violet suitable for waterborne paints. | |
| OEM Topcoat with Metallic Flake Pigments (Formulation #SPF_CTG_033_2203) | Arkema Rheology & Specialty Additives | This OEM topcoat formulation features Coadis™ 790. | |
| One Coat Water Base Acrylic Modified with Epoxy Ester (Formulation #XK-62/WE-237) | ICL Phosphate Specialty | One Coat Water-based Acrylic Modified with Epoxy Ester using HALOX® SZP-391 | |
| Optimized Flat Paint Formulation | BASF Dispersions & Resins | A flat paint formulation optimized for reduced surfactant leaching comprised of ACRONAL® PLUS 4230 is shown below where DISPEX® CX 4325 is the dispersant of choice along with ammonia neutralization for reduced leaching. | |
| Organic Zinc Rich Primer | Huntsman Performance Products | Zinc primers, developed to protect structural steel, offer excellent corrosion resistance when used either as preconstruction primers or as top-coated primers. | |
| Pigment Concentrates for Water Borne Systems - Bayferrox 130F PR 101 (Formulation #SPF_CTG_024_2203_EN) | Arkema Rheology & Specialty Additives | This pigment concentrates for water-borne systems features Coadis™ 790. | |
| Pigment Concentrates for Water Borne Systems - Hansa Brillant Yellow 2GX70 PY 74 (Formulation #SPF_CTG_025_2203_EN) | Arkema Rheology & Specialty Additives | This pigment concentrates for water-borne systems features Coadis™ 790. | |
| Pigment Concentrates for Water-Borne Systems - Bayferrox (Formulation #130F PR 101) | Arkema Rheology & Specialty Additives | This pigment concentrates for water-borne systems features Coadis™ 790. | |
| Pigment Concentrates for Water-Borne Systems - Heliogen Green L8730 PG 7 (Formulation #SPF_CTG_030_2203) | Arkema Rheology & Specialty Additives | This pigment concentrates for water-borne systems features Coadis™ 790. | |
| Pigment Concentrates for Water-Borne Systems - Hostaperm Violet RL Special PV 23 (Formulation #SPF_CTG_028_2203) | Arkema Rheology & Specialty Additives | This pigment concentrates for water-borne systems features Coadis™ 790. | |
| Pigment Concentrates for Water-Borne Systems - Irgazin Red L3660HD PR 254 (Formulation #SPF_CTG_027_2203) | Arkema Rheology & Specialty Additives | This pigment concentrates for water-borne systems features Coadis™ 790. | |
| Pigment Concentrates for Water-Borne Systems - Pigment concentrates for WB systems - Heliogen Blue L6975F PB 15:2 (Formulation #SPF_CTG_029_2203) | Arkema Rheology & Specialty Additives | This pigment concentrates for water-borne systems features Coadis™ 790. | |
| Pigment Concentrates for Water-Borne Systems - Raven 5000 PBk 7 (Formulation #SPF_CTG_031_2203) | Arkema Rheology & Specialty Additives | This pigment concentrates for water-borne systems features Coadis™ 790. | |
| Pigmented Concrete Sealer (Formulation #EPS 2526 BT2) | EPS Materials | Pigmented Concrete Sealer (Formulation #EPS 2526 BT2) formulation information. | |
| Polyester-Melamine Coil Coating Primer (Formulation #2.1) | GRACE | Polyester-Melamine Coil Coating Primer (Formulation #2.1) is a guideline formulation offered to highlight the anti-corrosive and adhesion performance of SHIELDEX® C 303, a high performance non toxic heavy metal free, anti-corrosive pigment specially desig...view more Polyester-Melamine Coil Coating Primer (Formulation #2.1) is a guideline formulation offered to highlight the anti-corrosive and adhesion performance of SHIELDEX® C 303, a high performance non toxic heavy metal free, anti-corrosive pigment specially designed to replace Strontium Chromate in coil coating primers. Dynapol L205 and Dynapol L208 are high molecular weight polyester resins widely used in coil coating primer applications for both building and domestic appliance applications. Cymel 350 is a typical melamine based crosslinker. The cure reponse within this formulation was controlled by the use of Silane A187 (Silane Ester), Epoxy blocked Phosphoric acid (co-catalyst), EDBSA (sulphonic acid co-catalyst) and Halox 650 (Dicarboxylic acid). These components prevent the interaction of SHIELDEX® anti-corrosive pigments with the acid catalysts and any acidic functionality on the resins, thus ensuring maximum cure response. view less | |
| Polyester/TGIC Powder Coating (Formulation #2430-0) | ICL Phosphate Specialty | HALOX® 650 & SHIELDEX® C303 Synergy in a Polyester/TGIC Powder Coating | |
| Polymer Concrete | Huntsman Performance Products | Polymer concretes are known for the improvements in strength, durability, and protection they offer over conventional portland cement concrete (PCC). Unlike polymer-modified PCC, which uses cement and water as a binder, polymer concrete uses an organic re...view more Polymer concretes are known for the improvements in strength, durability, and protection they offer over conventional portland cement concrete (PCC). Unlike polymer-modified PCC, which uses cement and water as a binder, polymer concrete uses an organic resin matrix as the "glue" to hold the aggregate together in place of the cementitous binder. view less | |
| Powder coating, for outdoor coatings, anthracite gray [RAL 7016] (Formulation #L 00003.1 [8]) | Hoffmann Mineral | This formulation utilizes SILLITIN V 88. | |
| Powder coating, for outdoor coatings, anthracite gray [RAL 7016] (Formulation #L 00003.1B) | Hoffmann Mineral | This formulation utilizes SILFIT Z 91 and AKTIFIT PF 115. | |
| Powder Coating for Pipelines (Formulation #R34401.2) | Hoffmann Mineral | Powder Coating for Pipelines (Formulation #R34401.2) featuring AKTISIL MM and AKTISIL AM and SILLITIN Z 86. | |
| Powder Coating (Formulation #I 34401.5A) | Hoffmann Mineral | Powder Coating (Formulation #I 34401.5A) featuring SILFIT Z 91. | |
| Powder Coating (Formulation #I 34401.5B) | Hoffmann Mineral | Powder Coating (Formulation #I 34401.5B) featuring SILFIT Z 91. | |
| Powder coating, Polyester/TGIC, white, with natural barium sulfate (Formulation #I 34402.5A) | Hoffmann Mineral | This formulation utilizes SILFIT Z 91. | |
| Powder coating, Polyester/TGIC, white, with precipitated barium sulfate (Formulation #I 34402.5B) | Hoffmann Mineral | This formulation utilizes SILFIT Z 91. | |
| Premium Tile Mastic (Formulation #EPS 2559 TM-P) | EPS Materials | Premium Tile Mastic (Formulation #EPS 2559 TM-P) formulation information. | |
| Primer For Wood, Water Dilutable (Formulation #3.2344-11) | Hoffmann Mineral | Primer For Wood, Water Dilutable (Formulation #3.2344-11) featuring SILLITIN Z 86. | |
| Primer-Surfacer, Water Dilutable (Formulation #A14404.0 [1]) | Hoffmann Mineral | Primer-Surfacer, Water Dilutable (Formulation #A14404.0 [1]) featuring SILLIKOLLOID P 87. | |
| Protective Rust-Converting Clear-Coating (Formulation #WBACRY700RF1) | ASCOTEC | Waterborne Acrylic Rust Converting Clear Coating based on Alberdingk® AC2403, ASCONIUM® 114, ASCOTRAN® H10 and ASCOTRUST® X1. | |
| Quantifying Paint Surface Smoothness | BASF Dispersions & Resins | A simple, low-cost method that is easily adaptable to any coating surface. | |
| Quick Dry Clearcoat for Automotive Refinish | BASF Dispersions & Resins | This quick dry clearcoat for automotive refinish provides a class ‘A’ finish with outstanding performance. It also features a quick hardness development, good impact resistance, and good UV durability. | |
| Quick Dry Primer Surfacer for Automotive Refinish | BASF Dispersions & Resins | This quick dry primer surfacer for automotive refinish provides good direct-to-metal performance. It has high build capabilities and easy sanding (wet or dry). | |
| RA 40 Pigment Concentrate for Silicate and Lime Paints, 50% (Formulation #W2947) | Ferro Pigments | Pigment concentrate of ultramarine blue for applications to high pH. | |
| RAL 1018 (Formulation # E 27040) Based on Bismuth Vanadate | Bruchsaler Farbenfabrik | RAL 1018 Zinc Yellow (Formulation # E 27040) based on Brufasol Yellow AL30 Bismuth Vanadate (PY184). All our products are lead and chrome free and are an excellent replacement for lead chromate and molybdate pigments. | |
| RAL 1021 (Formulation # E 27021) Based on Bismuth Vanadate | Bruchsaler Farbenfabrik | RAL 1021 Colza Yellow (Formulation # E 27021) based on Brufasol Yellow AL30 Bismuth Vanadate (PY184). All our products are lead and chrome free and are an excellent replacement for lead chromate and molybdate pigments. | |
| RAL 1023 (Formulation # E 27023) Based on Bismuth Vanadate | Bruchsaler Farbenfabrik | RAL 1023 (Formulation # E 27023) based on Brufasol Yellow AL30 Bismuth Vanadate (PY184). All our products are lead and chrome free and are an excellent replacement for lead chromate and molybdate pigments. | |
| RAL 2000 (Formulation # E27111) Based on Bismuth Vanadate | Bruchsaler Farbenfabrik | RAL 2000 Yellow Orange (Formulation # E27111) based on Brufasol yellow AL30 bismuth vanadate (PY184). All our products are lead and chrome free and are an excellent replacement for lead chromate and molybdate pigments. | |
| RAL 2004 (Formulation # E 27459) Based on Bismuth Vanadate | Bruchsaler Farbenfabrik | RAL 2004 Pure Orange (Formulation # E 27459) based on Brufasol Yellow AL30 Bismuth Vanadate (PY184). All our products are lead and chrome free and are an excellent replacement for lead chromate and molybdate pigments. | |
| RAL 3000 (Formulation # E 27521) Based on Bismuth Vanadate | Bruchsaler Farbenfabrik | RAL 3000 Flame Red (Formulation # E27521) based on Brufasol Yellow AL30 bismuth vanadate (PY184). All our products are lead and chrome free and are an excellent replacement for lead chromate and molybdate pigments. | |
| RAL 3020 (Formulation # E 27325) Based on Bismuth Vanadate | Bruchsaler Farbenfabrik | RAL 3020 (Formulation # E 27325) based on Brufasol Yellow AL30 Bismuth Vanadate (PY184). This product is widely used in coil coating, powder coating, automotive coating, construction coating, plastic, polymers, masterbatch and more. It is desired for out...view more RAL 3020 (Formulation # E 27325) based on Brufasol Yellow AL30 Bismuth Vanadate (PY184). This product is widely used in coil coating, powder coating, automotive coating, construction coating, plastic, polymers, masterbatch and more. It is desired for outdoor applications which require high fastness. All our products are lead and chrome free and are an excellent replacement for lead chromate and molybdate pigments. All our products are lead and chrome free and are an excellent replacement for lead chromate and molybdate pigments. view less | |
| RAL 6010 (Formulation # E 27510) Based on Bismuth Vanadate | Bruchsaler Farbenfabrik | RAL 6010 Grass Green (Formulation # E27510) based on Brufasol yellow AL30 bismuth vanadate (PY184). All our products are lead and chrome free and are an excellent replacement for lead chromate and molybdate pigments. | |
| RAL 6018 (Formulation # E 27568) Based on Bismuth Vanadate | Bruchsaler Farbenfabrik | RAL 6018 Yellow Green (Formulation # E 27568) based on Brufasol Yellow AL30 Bismuth Vanadate (PY184). All our products are lead and chrome free and are an excellent replacement for lead chromate and molybdate pigments. | |
| Rapid Dry Waterborne Epoxy Primer (Formulation #3515) | ICL Phosphate Specialty | Rapid Dry Waterbase Epoxy Primer with HALOX® SW-111 | |
| Ready Mix Joint Compound (Formulation #032806) | Vanderbilt Minerals, LLC | A ready mix joint compound formulation using DAVAN® 811 and PYRAX® B. | |
| Red DTM Primer (Formulation #760-012) | BASF Dispersions & Resins | This red DTM primer features ACRONAL® S 760. | |
| Red High Performance Primer (Formulation #4791-32B) | Polynt Composites | This formulation utilizes BECKOSOL AQ® 210. | |
| Red High PVC Primer (Formulation #4791-28F) | Polynt Composites | This formulation utilizes BECKOSOL AQ® 210. | |
| Red Opaque Deck Stain (Formulation #4110-003) | BASF Dispersions & Resins | This red opaque deck stain features ACRONAL® 4110. | |
| Red Waterborne Anti - Corrosive Paint, PVC 22% (Formulation #RSD20) | ICL Phosphate Specialty | Red Water-based Anti-Corrosive Paint using HALOX® SW-111 and HEUCOPHOS® ZMP Synergy | |
| Reducing Leachable Components in Waterborne Architectural Paints | BASF Dispersions & Resins | The composition of waterborne paints and coatings rely on several surface active or water soluble components for their production, stability and performance. Unfortunately these ingredients can migrate to the paint surface leaving visible streaks referred...view more The composition of waterborne paints and coatings rely on several surface active or water soluble components for their production, stability and performance. Unfortunately these ingredients can migrate to the paint surface leaving visible streaks referred to as “Surfactant Leaching/Staining” or “Snail Trails”. Staining typically occurs after the paint has been exposed to specific conditions such as high humidity and water condensation. The presence of water on a paint surface can concentrate leachable materials into a non-uniform pattern of visible glossy streaks. A careful selection of formulation ingredients can help reduce the extent of staining. view less | |
| Reinforced Composites | Huntsman Performance Products | Cured epoxy resins are ideal agents for bonding reinforcing fibers of all kinds, notably glass, graphite, and synthetics. The term “advanced” composites is sometimes used to distinguish composites in which reinforcing fibers are continuous instead of chop...view more Cured epoxy resins are ideal agents for bonding reinforcing fibers of all kinds, notably glass, graphite, and synthetics. The term “advanced” composites is sometimes used to distinguish composites in which reinforcing fibers are continuous instead of chopped. Cured epoxy resins are used as matrix resins for advanced composites in a variety of applications. view less | |
| Reinforced Composites - Boats | Huntsman Performance Products | Quality boats - racing sailboats, kayaks, canoes - are ideal subjects for epoxy systems cured with JEFFAMINE® PEA. | |
| Reinforced Composites - Boats - Accelerator 399 Adjustment | Huntsman Performance Products | The amount of the Accelerator 399 can be adjusted to obtain the desired pot life. Of course, for longest pot life, no accelerator is used at all, and the system below may be useful for fabrication techniques such as vacuum bagging where longer working tim...view more The amount of the Accelerator 399 can be adjusted to obtain the desired pot life. Of course, for longest pot life, no accelerator is used at all, and the system below may be useful for fabrication techniques such as vacuum bagging where longer working time is desirable. view less | |
| Reinforced Composites - Filament-Wound Tanks and Piping | Huntsman Performance Products | The attached formulation has been suggested by workers at the Lawrence Livermore Laboratory for the manufacture of filament-wound objects, such as tanks. | |
| Reinforced Composites - Wind Turbine Blades | Huntsman Performance Products | Reinforced composites are ideal materials for replacing metals in the construction of blades that spin to propel aircrafts or generate electricity. | |
| Road Marking Paint (Formulation #S 11401.3B) | Hoffmann Mineral | Road Marking Paint (Formulation #S 11401.3B) featuring SILFIT Z 91. | |
| Road marking paint, water-based, white (Formulation #S 11401.3A) | Hoffmann Mineral | Titanium dioxide reduced, low film thickness (wet film < 600 μm) high abrasion resistance. Features SILLITIN Z 89 or SILFIT Z 91. | |
| Road Marking Paint, White (Formulation #S21401.0 [1]) | Hoffmann Mineral | Road Marking Paint, White (Formulation #S21401.0 [1]) featuring SILLITIN Z 89. | |
| Road Marking Paint, White (Formulation #S21406.1A) | Hoffmann Mineral | Road Marking Paint, White (Formulation #S21406.1A) featuring SILLITIN Z 89 and SILLITIN V 88. | |
| Road Marking Paint, White (Formulation #W 1142) | Hoffmann Mineral | Road Marking Paint, White (Formulation #W 1142) featuring SILLITIN Z 89. | |
| Road Marking Paint, White (Formulation #W 1147) | Hoffmann Mineral | Road Marking Paint, White (Formulation #W 1147) featuring SILLITIN Z 89. | |
| Road Marking Paint, White, Titanium Dioxide Reduced (Formulation #S21406.1B) | Hoffmann Mineral | Road Marking Paint, White, Titanium Dioxide Reduced (Formulation #S21406.1B) featuring SILLITIN Z 89 and SILLITIN V 88. | |
| Road Marking Paint, Yellow (Formulation #S21402.0 [1]) | Hoffmann Mineral | Road Marking Paint, Yellow (Formulation #S21402.0 [1]) featuring SILLITIN Z 89. | |
| Roof Coating Basecoat/Primer (Formulation #EPS 2252 RC1) | EPS Materials | Roof Coating Basecoat/Primer (Formulation #EPS 2252 RC1) formulation information. EPS® 2252 for low surface energy roof coatings provides the capability to formulate coatings at <50g/L VOC. | |
| Rubber Paint (Formulation #A10201.2 [10]) | Hoffmann Mineral | Rubber Paint (Formulation #A10201.2 [10]) featuring SILLITIN Z 89. |
