Dow Coating Materials Acrylic Binders for Waterborne Industrial Coatings

Dow Coating Materials Acrylic Binders for Waterborne Industrial Coatings Less chemical, more chemistry

The Acrylic Advantage Few binder chemistries for industrial coatings match the simplicity and performance offered by waterborne acrylic resins from Dow Coating Materials. In the field, our acrylic chemistries help applicators set up faster, spray safer and return to service sooner. In the factory, they help manufacturers maintain production speed, increase volume, and satisfy consumer preference. All with a signature combination of high performance and low VOC. Acrylic Resins Based on nationally recognized acrylic emulsion technology, Acrylic Resins are used extensively in the industrial coating of wood, metal, plastic and concrete substrates. They offer easy handling, low-voc capability and high performance in waterborne coatings. ROSHIELD Acrylic Resins From factory-coated furniture to field-coated joinery, ROSHIELD Acrylic Resins offer fast dry, excellent hardness and resistance properties, and warmth over fine wood substrates. These properties are helping formulators, coaters and manufacturers meet increasingly stringent VOC targets while maintaining aesthetics, process speed and productivity. Acrylic Resins Featuring the industry s first waterborne binder for direct-tometal (DTM) application, Acrylic Resins continue to set the standard for low-voc metal coatings. Available as one-component and two-component solutions for new build and maintenance of structural steel, storage tanks, bridges, railcars, and interior and exterior coatings for commercial buildings. IC Acrylic Resins When combined with low thermal conductivity fillers, IC Acrylic Resins can be formulated into liquid insulation coatings that offer easy spray application, reduced risk of corrosion under insulation and ongoing energy savings. May be used in conjunction with Acrylic Resins for sound damping. AVANSE Acrylic Resins From one-coat finishing to multi-layer maintenance and protection, coatings made with AVANSE MV-100 and AVANSE 200 Acrylic Resins offer one-component convenience and a performance level that stands up to a wide range of environments. These properties are helping to expand the use of waterborne coatings for maintenance and protective applications. Acrylic Resins For a sprayable liquid alternative to polyurethane foam, asphaltic membranes and viscoelastic materials, Acrylic Resins offer liquid applied sound damping (LASD) across a range of applications, including auto, rail and marine vehicles; metal roofing systems; and white goods. 2

About Dow Dow is a leading supplier of acrylic resins for waterborne industrial coatings that can offer safer and easier handling, faster set-up and application, lower VOC emissions, and performance properties that equal or surpass traditional solventborne options. Whether your application requires corrosion resistance for direct-tometal (DTM) applications, early block resistance for wood furniture, or a durable, high-gloss finish for concrete flooring, waterborne acrylics from Dow offer a wide spectrum of performance properties that can be tailored to suit your application needs. Table of Contents Maintenance & Protective - Rail - Bridge Concrete Insulation Coatings Liquid Applied Sound Damping Metal Finishing Furniture & Prefinished Wood Set up faster and spray safer with waterborne coatings powered by Dow. Replacing solventborne coatings with high-performance waterborne alternatives can offer many advantages, including reduced solvent exposure and associated health risks, fewer concerns with flammability and the impact on insurance costs, easy soap-and-water clean-up, less hazardous waste disposal and associated cost, and, in the case of one-component coatings, less mixing and less waste. Dow technologies can help you make the transition quickly and effectively, with minimal capital cost or downtime, equal or better coating performance, and all the ease and convenience that comes with the use of waterborne coatings. More Performance Dow Acrylic Resins help waterborne coatings perform at a level that is comparable to solventborne coatings and in some cases better. More Safety Low odor, low VOC and no flammability are key applicator benefits offered by Dow Waterborne Acrylics for industrial coatings. More Flexibility Making the switch from solventborne to waterborne coatings often allows for trades to work side by side, helping to keep project schedules on track. Less Mixing Acrylic binders from Dow bring high performance to one-component waterborne coatings that are ready to spray with less mixing and no induction time. Less Clean-Up Spray equipment is easier to clean and rinse water is easier to dispose of when applications are made with waterborne coatings powered by Dow Acrylics. Less Waste One-component coatings powered by Dow Waterborne Acrylics have no pot life. Applicators can use what they need and save the rest. 3

Maintenance and Protective Offering environmental, health, and safety benefits, as well as proven performance in real world exposures, waterborne acrylics are an excellent choice for painting in light- to medium-duty environments. Today, Dow advances in acrylic latex design and formulation are expanding the utility of waterborne acrylic coatings to more demanding environments across a range of metal substrates, including structural steel, chemical and processing equipment, storage tanks and commercial architecture. Featured s AVANSE 200 AVANSE MV-100 HG-86 HG-56 HG-54D 45 30 50.5 14 43.5 30 50 30 41.5 30 For applications where a higher level of corrosion resistance, hardness and water resistance is desired; high gloss and gloss retention; outstanding UV resistance and excellent adhesion; self-crosslinking at ambient temperature for excellent chemical and solvent resistance; suitable for new construction and maintenance painting; <200 g/l VOC capable; manufactured without APEO surfactant. High-performance option where VOC targets are 100 g/l or less; featuring novel pigmentpolymer interaction for greater UV protection; excellent durability, adhesion and corrosion resistance; for use in primers, DTMs and topcoats; manufactured without APEO surfactant. Outstanding durability and adhesion; excellent chemical and solvent resistance; enhanced corrosion resistance and high gloss; <200 g/l VOC capable. Waterborne industry standard offering a good balance of full gloss capability, corrosion resistance, flow, hardness, and chemical resistance; good stability with reactive pigments; <200 g/l VOC capable. 15+ years of proven durability and metal protection; offering good balance of corrosion and chemical resistance; good gloss potential; <200 g/l VOC capable. 4

Rail Rail car coatings require resins that can stand up to the destructive nature of the elements, including water, temperature swings, sunlight, and corrosive salts and chemicals. Dow waterborne binders offer easy direct-to-metal (DTM) spray application plus cross-linking for exceptional chemical resistance and durability. Additional properties include excellent early water resistance, corrosion resistance, gloss and color retention, abrasion resistance and flexibility/impact resistance, making these resins ideal for exteriors of boxcars, hopper cars, tank cars and other rail transportation applications. Featured s ONE-COMPONENT SOLUTIONS AVANSE 200 WL-100 HG-86 HG-56 45 30 50.5 48 43.5 30 50 30 TWO-COMPONENT SOLUTIONS AE-58 42.5 40 TL-5 41.5 40 For applications where a higher level of corrosion resistance, hardness and water resistance is desired; high gloss and gloss retention; outstanding UV resistance and excellent adhesion; self-crosslinking at ambient temperature for excellent chemical and solvent resistance; suitable for new construction and repainting; <200 g/l VOC capable; manufactured without APEO surfactant. Highest gloss and DOI; good corrosion resistance; excellent adhesion to steel and alkyd paints; versatile formulation latitude; limited solvent resistance and exterior durability: < 200 g/l VOC capable. Outstanding durability and adhesion; excellent chemical and solvent resistance; enhanced corrosion resistance and high gloss; <200 g/l VOC capable. Waterborne industry standard offering a good balance of full gloss capability, corrosion resistance, flow, hardness, and chemical resistance; good stability with reactive pigments; <200 g/l VOC capable. General purpose resin for crosslinking with epoxy resins; exceptional exterior durability; excellent solvent and chemical resistance; long pot life; <100 g/l VOC capable. Ambient temperature crosslinking with epoxy resins; high gloss, good chemical and solvent resistance; produces tile-like coatings; long pot life; <100 g/l VOC capable. 5

Bridge Maintenance of highway and railroad bridges rely on coatings that can stand up to hot and humid weather, sub-zero temperatures, salt spray and 24-7 traffic. Waterborne acrylic resins from Dow offer convenience and key performance properties, including corrosion and chemical resistance, as well as excellent weatherability, durability and retention of gloss and color. A number of state transportation departments currently specify waterborne acrylics as primers and/or topcoats for steel bridges, including California, North Carolina, Georgia, Texas, and others. Featured s AVANSE 200 AVANSE MV-100 HG-86 HG-56 45 30 50.5 14 43.5 30 50 30 For applications where a higher level of corrosion resistance, hardness and water resistance is desired; high gloss and gloss retention; outstanding UV resistance and excellent adhesion; self-crosslinking at ambient temperature for excellent chemical and solvent resistance; suitable for new construction and maintenance painting; <200 g/l VOC capable; manufactured without APEO surfactant. High-performance option where VOC targets are 100 g/l or less; featuring novel pigmentpolymer interaction for greater UV protection; good durability, adhesion and corrosion resistance; for use in primers, DTMs and topcoats; manufactured without APEO surfactant. Outstanding durability and adhesion; excellent chemical and solvent resistance; enhanced corrosion resistance and high gloss; <200 g/l VOC capable. Waterborne industry standard offering a good balance of full gloss capability, corrosion resistance, flow, hardness, and chemical resistance; good stability with reactive pigments; <200 g/l VOC capable. 6

Concrete Making the switch from solventborne to waterborne concrete coatings brings many immediate advantages, including lower VOC emissions, lower odor and reduced fire hazard. Waterborne acrylic resins from Dow can combine enhanced user safety with high performance properties, including excellent resistance to water blushing, low water pickup, low coalescent demand, good exterior weatherability, and reduced water vapor permeability. Featured s CS-4000 CS-100 WL-91 AVANSE 200 HG- 86 HG-56 HG-54D 48 32 45 30 41.5 52 45 30 43.5 30 50 30 41.5 30 Features & Benefits Excellent balance of early block resistance and low coalescent demand; resistance to water blushing; low water pickup; 100 acrylic for excellent exterior weatherability; reduced water vapor permeability; good choice for clear sealers; <100 g/l VOC capable. Excellent resistance to water blushing; low water pickup; low coalescent demand; good exterior weatherability; reduced water vapor permeability; good choice for clear sealers; <100 g/l VOC capable. Very hard binder; higher coalescent demand; good exterior durability; good choice for clear sealers; <250 g/l VOC capable. Excellent choice for pigmented concrete coatings, including basement waterproofers; high gloss and gloss retention; <200 g/l VOC capable; manufactured without APEO surfactant. Outstanding durability and adhesion; excellent chemical and solvent resistance; high gloss; good choice for pigmented topcoats; <200 g/l VOC capable. Waterborne industry standard offering a good balance of full gloss capability, flow, hardness, and chemical resistance; good choice for pigmented topcoats; <200 g/l VOC capable. 15+ years of proven durability and metal protection; good chemical resistance and good gloss potential; good choice for pigmented topcoats; <200 g/l VOC capable. 7

Insulation Coatings Unintended heat transfer from industrial infrastructure is an ongoing challenge to worker safety, equipment maintenance and energy efficiency. Fiberglass, polyurethane foam and other traditional insulation materials help to reduce heat transfer and energy loss, but they can be difficult to apply and can mask the onset of corrosion under insulation (CUI). When combined with low thermal conductivity fillers, IC Acrylic Resins for insulation coatings offer an easy-spray solution to unintended heat loss and facilitate the improved detection of corrosion through easier inspection of metal surfaces. In addition, compatibility with airless spray equipment make these resins an excellent choice for safe-touch coatings applied to complex geometries. Where sound damping and insulation/safe-touch properties are desired, IC Acrylic Resins for insulation coatings may be used in conjunction with Acrylic Resins. Featured s IC-1001 IC-1002 C 41.5 9 42 9 Low coalescent demand/low-voc capability; excellent water resistance and flexibility; compatible with hollow glass spheres and silica aerogel; may be used over waterborne epoxy primers for added corrosion control; 13 Tg. Slightly higher Tg version (19) offering a harder film; low coalescent demand/low-voc capability; excellent water resistance and flexibility; compatible with hollow glass spheres and silica aerogel; may be used over waterborne epoxy primers for added corrosion control. 8

Liquid Applied Sound Damping To reduce the impact of vibration induced sound in transportation, infrastructure and white goods, many technical solutions are applied, but few offer the convenience of liquid applied sound damping (LASD) or the performance of Waterborne Acrylic Resins. Powered by AVANSE Technology, next-generation Resins feature a novel mechanism that activates the inorganic phase and offers a notable boost to sound-damping properties. Compared to standard latexes, with AVANSE Technology offers improved damping performance at equivalent coating weight or equal performance with a notable reduction in coating weight; less latex and more filler, without a significant drop in performance; and formulation latitude allowing for higher levels of platy fillers, which are better for damping. Featured s C AV-1220 AV-1350 AV-1331 AV-1420 50-51 0 50-51 13 54.5-55.5 16 55-56 20 High performance AVANSE Latex Technology; exceptional film formation; room temperature sound damping; 20-20 peak damping temperature; anionic. High performance AVANSE Latex Technology; exceptional film formation; elevated temperature sound damping; 30-35 peak damping temperature; anionic. High performance AVANSE Latex Technology; exceptional film formation; elevated temperature sound damping; 33-38 peak damping temperature; anionic. High performance AVANSE Latex Technology; exceptional film formation; elevated temperature sound damping; 37-42 peak damping temperature; anionic. 9

Metal Finishing Used to enhance aesthetics and handling properties, coatings for metal finishing in factory settings often require resins that deliver a combination of hardness, gloss and durability. WL Acrylic Emulsions are user-friendly one-component waterborne options offering these key properties plus excellent multi-substrate adhesion, corrosion resistance and chemical/solvent resistance. Featured s ONE-COMPONENT SOLUTIONS WL-100 WL-96 WL-91 WL-81 WL-51 THERMOSET BAKING FINISHES AC-3094 ACRYSOL WS-68 50.5 48 42 26 41.5 52 Highest gloss and DOI of WL Series; good corrosion resistance; excellent adhesion to steel, plastic and alkyd paints; versatile formulation latitude; limited chemical resistance and exterior durability. Fastest dry and hardness development of WL Series; excellent early print and block resistance. Best solvent and chemical resistance of WL Series; good adhesion to steel, plastic and alkyd paints; good stability with reactive pigments for metal primers. 42 52 Best exterior durability of the WL Series; excellent water and corrosion resistance. 41.5 52 47 25 38 5 High gloss; excellent adhesion to multiple substrates (metals and plastics); moderate chemical resistance. Hydroxyl-functional resin for high temperature baking finishes crosslinked with MF resins; high temperature bake (>120 ) but more highly crosslinked versus isocyanate or epoxy cures, yielding excellent chemical, solvent, and water resistance; good flexibility. Carboxyl-functional colloidal dispersion for high gloss baking finishes; crosslinks with MF resins; high gloss and DOI; very hard films. 10

Furniture & Prefinished Wood Regulatory and consumer-driven interest in lowering VOCs and HAPS are giving wood and composite wood manufacturers strong incentive to replace solventborne coatings with waterborne alternatives. Dow highperformance acrylic binders for furniture, kitchen cabinets, molding, joinery and other wood and engineered wood products are low-voc capable and offer performance properties that are comparable to solventborne standards, including excellent chemical and stain resistance, scratch and mar resistance, early block and print resistance and excellent film clarity. Featured s Applications ONE-COMPONENT SOLUTIONS ROSHIELD 4000 ROSHIELD 3188 ROSHIELD 636 CL-104 CL-105 TWO-COMPONENT SOLUTIONS ROSHIELD 3275 40 48 40.5 43 39 74 Clear and pigmented sealers and topcoats for kitchen cabinets, residential and office furniture; DIY interior wood coatings; interior joinery; general wood finishing. Sealers and topcoats for kitchen cabinets, fine furniture, office and institutional furniture. Interior furniture; kitchen cabinet topcoats; interior board primers and topcoats; doorskin primers; molding. 38.5 17 Fine furniture and interior wood topcoats. 37 40 Fine furniture and general wood sealers. 42 11 Kitchen cabinets; office and institutional furniture; joinery. Offering excellent chemical and stain resistance; very good print and block resistance; novel technology cross-links rapidly after film formation; no yellowing over formaldehyde-emitting substrates. Excellent stain, solvent, mar and block resistance; excellent for flow and clarity; fast dry, excellent sandability; ambient self-crosslinking. Outstanding mar, block, and print resistance; exceptional humidity resistance; excellent color retention (non-yellowing); very good ammonia resistance. Best print resistance of CL Series; excellent chemical, stain and mar resistance; outstanding block resistance; very good toughness and wear. Outstanding film clarity, good early sanding properties, and low microfoam; excellent cost/performance balance; water-white. Hydroxyl-functional acrylic, reacted with polyisocyanates; ambient cure; non-yellowing; excellent stain/solvent/humidity resistance; outstanding print and mar resistance; ultra-low VOC capable. 11

Details Metal and Concrete Weight ph Wet Density (lb/gal) Applications Primer Sealer Topcoat THERMOPLASTIC WATERBORNE ACRYLIC COPOLYMERS AVANSE 200 45 AVANSE MV-100 50.5 HG-86 43.5 HG-54D 41.5 HG-56 50 HG-31 45 PR-15 47.3 PR-71 50 WL-51 41.5 WL-71 41.5 WL-81 42.0 WL-91 41.5 WL-96 42.0-9.0 7.2-7.8 7.2-6.9-7.9 7.5-8.5 7.8 6.8-7.8 7.4-7.1-8.2 6.5-7.5 30 8.8 14 8.65 30 8.62 30 8.55 30 8.47 30 8.64 35 8.62 20 8.70 52 8.62 52 8.62 52 8.58 52 8.62 26 8.62 Excellent corrosion resistance, durability, metal adhesion, and formulation versatility. Based on AVANSE Self-crosslinking Resin Technology. Excellent corrosion resistance, durability, metal adhesion, gloss, and formulation versatility. Based on AVANSE Self-crosslinking Resin Technology. Low VOC capability (100 g/l or less). Excellent corrosion resistance, gloss, durability, metal adhesion and chemical resistance. Industry standard with proven history of durability and metal protection. Good corrosion, chemical resistance and gloss potential. Performance similar to HG-54D. Higher solids (50) and increased stability with reactive pigments yields greater formulation latitude. Higher gloss potential than HG-54D. Excellent water and corrosion resistance. Best of the product line for water whitening (blushing) resistance for clear films. Waterborne alternative to alkyd shop primers. Fast dry and early hardness development. Excellent adhesion to untreated aluminum, galvanized steel. Excellent corrosion resistance. Best of the product line for industrial maintenance primers. Excellent adhesion to a variety of substrates (including plastics) and high gloss. Moderate chemical resistance. Best of WL line for blending with alkyds. High gloss with rapid hardness development. Best of WL line for exterior durability. Excellent water resistance/blush resistance. Good corrosion resistance. Best solvent and chemical resistance in the WL line. Good adhesion and stability with reactive pigments. Fastest dry and hardness development in WL line. Excellent early print and block resistance. New construction and maintenance painting of tanks, bridges, structural steel. Steel and concrete structures. Railcars. Commercial architecture and DIY. New construction and maintenance painting of tanks, bridges, structural steel. Steel and concrete structures. Railcars. Commercial architecture and DIY. New construction and maintenance painting of steel structures. Railcars. Bridges. Concrete and masonry. New construction and industrial maintenance of steel structures. Railcars. Bridges. Concrete and masonry. New construction and industrial maintenance of steel structures. Railcars. Bridges. Concrete and masonry. Industrial maintenance. Concrete and masonry for commercial architecture and DIY. o o Shop primers for steel. o o Corrosion-resistant primers. Storage tanks, bridges, railcars, etc. High gloss finishes for agricultural and construction equipment, industrial machinery. Clears for copper and brass. Drum coatings, industrial machinery. Blends with water reducible alkyds. Auto and truck underbody. Drum coatings. Industrial equipment. Blends with epoxy esters. Dip coatings. Clear wood finishes. Textured finishes and business machine coatings. Commercial architecture. Clear sealers for concrete. Touch up paints for fast dry. Metal furniture parts. Clear wood finishes. o o o 12

Metal and Concrete Weight ph Wet Density (lb/gal) Applications Primer DTM Finish Topcoat WL-100 50.5 EWP-466 50.5 ACRYSOL WS-24 36.0 9.0-10.0 6.8-7.5 48 8.74 55 8.76 10 8.70 AMBIENT CURING TWO-COMPONENT CROSSLINKING TECHNOLOGY AE-58 42.5 TL-5 41.5 7.0-7.2-7.8 40 8.58 40 8.62 BAKING FINISHES CROSSLINKED WITH AMINOPLAST RESINS AC-3094 47.0 ACRYSOL WS-68 3 6.8-7.6 25 8.68 5 8.70 Highest gloss and DOI of the WL line. Good corrosion resistance. Excellent adhesion to steel, plastic and alkyd paints. Versatile formulation latitude. Limited chemical resistance and exterior durability. Excellent gloss. Excellent choice for high gloss finishes which require limited exterior durability and solvent resistance. Colloidal dispersion for alkali-removable, temporary coatings. Good pigment dispersing properties. General purpose resin for crosslinking with epoxy resins. Used in acrylic/epoxy primers, midcoats, and topcoats. Exceptional exterior durability. Excellent solvent and chemical resistance. Long pot life. Equivalent weight (solids basis) is 1700. Ambient temperature crosslinking with epoxy resins. High gloss, good chemical and solvent resistance. Produces tile-like coatings. Equivalent weight (solids basis) is 1700. Hydroxyl-functional resin for high temperature baking finishes crosslinked with MF resins. High temperature bake (>120 ) but more highly crosslinked versus isocyanate or epoxy cures, yielding excellent chemical, solvent, and water resistance; good flexibility. Carboxyl-functional colloidal dispersion for high gloss baking finishes. Crosslinks with MF resins. High gloss and DOI; very hard films. Railcars. Shipping containers. Dumpsters. Racking. Plastic coatings. Industrial machinery. Dumpsters. Racking. Interior plastic coatings. Alkali-removable temporary coatings. Dip coatings for brass. Clear and pigmented coatings for general metal finishing. Industrial maintenance: storage tanks, bridges, railcars, concrete, etc. Interior institutional coatings. Garage floor paints. Fieldapplied coatings on exterior piping, racking. High gloss finishes with good chemical resistance such as coatings for institutional use in hospitals, schools. Business machines. Office furniture. General metal finishing. Electrostatic spray coatings. Drum coatings. o o o o 13

Details Wood and Wood Composites Weight ph Wet Density (lb/gal) Applications Primer Sealer Topcoat THERMOPLASTIC WATERBORNE ACRYLIC COPOLYMERS ROSHIELD 4000 40 ROSHIELD 3188 40.5 HG-95P 46.5 HG-700 45 PR-33 43 7.3-7.8 48 8.80 43 8.76 26 8.85 16 8.84 6 8.85 ONE-COMPONENT SELF-CROSSLINKING ACRYLIC-STYRENE POLYMERS ROSHIELD 636 39 EP-6060 38-9.0 7.9-8.9 74 8.70 63 8.90 ONE-COMPONENT SELF-CROSSLINKING ACRYLIC-STYRENE POLYMERS PROSPERSE 704 38.5 PROSPERSE 707 38 8.2 8.2 11 8.82 < 0 8.81 TWO-COMPONENT AMBIENT CROSSLINKING ACRYLIC POLYMERS ROSHIELD 3275 42 THERMOSETTING ACRYLIC POLYMERS TR-407 45.5 Emulsion E-2353 45.5 3.0-4.0 2.1-2.6 11 8.85 22 8.93 30 8.88 THERMOSETTING ACRYLIC-STYRENE POLYMERS AC-1035 47 24 8.66 AC-3094 47.6 22 8.68 Ambient self-crosslinking with rapid development of chemical resistance properties. Non-yellowing over formaldehyde-containing substrates and basecoats. Excellent stain, solvent, mar and block resistance. Excellent for flow and clarity. Fast dry, excellent sandability. Ambient self-crosslinking. Ambient self-crosslinking. Excellent overall resistance properties. Excellent exterior durability. Pigmented coatings. Ambient self-crosslinking with low VOCs. Excellent durability, adhesion and stain removal. Good chemical resistance. Pigmented coatings. Excellent stain-blocking even at high PVC. Excellent adhesion and durability. Outstanding mar, block, and print resistance, exceptional humidity resistance. Excellent color retention (non-yellowing). Very good ammonia resistance. Hard, crosslinked polymer with quick dry and excellent block, print and mar resistance. Good stain/ solvent resistance. Self-crosslinking acrylic-polyurethane polymer based on DESIGNED DIFFUSION Technology. Rapid hardness development with excellent block and print. Excellent chemical and solvent resistance. Self-crosslinking acrylic-polyurethane polymer based on DESIGNED DIFFUSION Technology. Rapid hardness development with excellent block and print. Excellent chemical and solvent resistance. Lower VOC capability than PROSPERSE 704. Hydroxyl-functional acrylic, reacted with polyisocyanates; ambient cure; non-yellowing. Excellent stain/solvent and humidity resistance; outstanding print and mar resistance. Ultra-low VOC capable. Self-crosslinking at high temperature, or can be reacted with MF resins, catalyzed for low temperature cure. Moderate clarity. Good long term exterior durability. Very good block and water resistance. Self-crosslinking at high temperature and can react with MF resins. Excellent water and block resistance. Can be reacted with MF resins. Hydroxyl-functional polymer with excellent blister resistance during fast cure conditions, good durability (>6 months), excellent block/water resistance. Kitchen cabinets, fine furniture, office and institutional furniture, joinery. Kitchen cabinets, fine furniture, office and institutional furniture Joinery, board, molding. Joinery, board. Joinery. Kitchen cabinets, fine furniture, office and institutional furniture, joinery, doorskin primers, molding. Kitchen cabinets, fine furniture, office and institutional furniture. Kitchen cabinets, fine furniture, office and institutional furniture, joinery, molding, flooring, DIY wood finishes. Kitchen cabinets, fine furniture, office and institutional furniture, joinery, molding, flooring, DIY wood finishes. Kitchen cabinets, office and institutional furniture, joinery. Board, joinery, general wood coatings. Board, joinery. Board. Board. 14

Wood and Wood Composites Weight ph Wet Density (lb/gal) Applications Primer Sealer Topcoat THERMOPLASTIC ACRYLIC POLYMERS CL-104 38.5 CL-204 43 CL-105 37 CL-106 42 AVANSE ST-410 37 AC-261LF 50. AC-337N 45.5 AC-347 50 AC-3001 48 MV-23LO 43 6.5-7.5 6.5-7.7 6.0-7.0 7.8-8.8 9.0-10.0 7.5-8.5 9.0-10.0 7.7-8.7 9.2 17 8.51 Best print-resistant topcoat of CL Series. 26 8.68 Low microfoam version of CL-104. 40 8.68 70 8.6 < 3 8.69 16 8.9 14 8.84 15 8.76 THERMOPLASTIC ACRYLIC-STYRENE COPOLYMERS MORKOTE 800 45 AC-1034 47 WL-96 42 8.2-8.7 6.5-7.5 Outstanding film clarity, good early sanding properties, low microfoam. Excellent cost/ performance balance. Water-white. Good blend vehicle to increase hardness properties. Hard, mar-resistant. Water-white. Resin for waterborne interior and exterior stains. Good resolubility properties with excellent lapping. Broad utility. Good adhesion. Very good water resistance. Pigmented coatings. Excellent adhesion and water resistance. Low liquid permeability. Good sprayability. Excellent adhesion. Very good water resistance. Good flexibility and exterior durability. Pigmented coatings. Fine furniture, general wood topcoats. Fine furniture, general wood topcoats. Fine furniture, general wood sealers. Fine furniture, general wood finishes. Stains. Molding, joinery, board. Molding, Kitchen cabinets. Moldings, joinery, board. 27 8.76 High water-resistance. Kitchen cabinets. 8 8.78 Good tannin-stain blocking w/ ZnO. Joinery, doors, windows. 77 8.76 9 8.6 26 8.62 THERMOPLASTIC VINYL ACRYLIC COPOLYMERS 4.5 - ROVACE 9100AF 55 10 9.06 5.5 PIGMENT DISPERSING RESINS ACRYSOL I-62A 50 ACRYSOL I-98A 30 2.4-3.6 2.0-4.0 19 8.70 24 8.60 Hard, thermoplastic resin with excellent block resistance. Can be used as a blending resin to improve hardness properties. For oriented strand board (OSB) sheathing edgecoats. Excellent water resistance and flexibility. Compatible with high levels of wax emulsions. Fast dry and good water resistance. Excellent early print and block resistance. Not recommended in flatted clears. Good pigment binding capacity, high solids for fast dry, sandable. Excellent dispersability. Broad utility. Hydroxylfunctional styrene-acrylic coploymer and can react with MF/UF resins. Excellent pigment dispersant. Good rheology. Hydroxyl-functional styrene-acrylic coploymer and can react with MF/UF resins. Doorskins. Board, lumber. Furniture, board. Filler Sealers, interior wood, molding. Graining Inks, pigment dispersions. Graining Inks, pigment dispersions. 15

Details Liquid Applied Sound Damping Type ph Viscosity (cp) Density (kg/l) Tg () Peak Damping Temperature () SD-22 First Gen. Styrene- Acrylic Copolymer 49-50 7.0-50-600 1.04-1.07 0 20-25 Low cost; room temperature damping performance; anionic. SD-51 First Gen. Styrene- Acrylic Copolymer 46-47 9.0-9.6 10-300 1.04-1.07 10 28-32 Low cost; room temperature damping performance; anionic. SD-23 Enhanced Acrylic Copolymer 50-51 8.5-9.1 50-250 1.04-1.07 10 30-35 Exceptional film formation; elevated temperature damping performance; anionic. SD-380 Enhanced Acrylic Copolymer 50-51 8.5-10-300 1.04-1.07 16 33-38 Exceptional film formation; elevated temperature damping performance; anionic. AV-1220 Enhanced Acrylic Copolymer 50-51 8.6-9.3 50-250 1.04-1.07 0 20-25 High performance AVANSE Latex Technology; exceptional film formation; room temperature damping performance; anionic. AV-1350 Enhanced Acrylic Copolymer 50-51 8.6-9.3 50-250 1.04-1.07 13 30-35 High performance AVANSE Latex Technology; exceptional film formation; elevated temperature damping performance; anionic. AV-1331 Enhanced Acrylic Copolymer 54.5-55.5 8.6-9.4 1-1500 1.04-1.07 16 33-38 High performance AVANSE Latex Technology; exceptional film formation; elevated temperature damping performance; anionic. AV-1420 Enhanced Acrylic Copolymer 55-56 8.6-9.3 1-1500 1.04-1.07 20 37-42 High performance AVANSE Latex Technology; exceptional film formation elevated temperature damping performance; anionic. Insulation Coatings Weight ph Wet Density (lb/gal) Applications IC-1001 47 7.5 9 20-25 IC-1002 50 9.4 9 28-32 Dow Coating Materials US Toll Free: 800-447-4369 Styrene acrylic; low coalescent demand/low-voc capability; excellent flexibility; compatible with hollow glass spheres and silica aerogel. Styrene acrylic; slightly higher Tg offering a harder film; low coalescent demand/low-voc capability; excellent flexibility; compatible with hollow glass spheres and silica aerogel. Airless spray application of thermal insulation and/or safe-touch coatings; may be used over waterborne epoxy primers for added corrosion control. Airless spray application of thermal insulation and/or safe-touch coatings; may be used over waterborne epoxy primers for added corrosion control. dow.com/coatings Form no: 884-00421-0214-NAR-EN-GS Trademark of The Dow Chemical Company ( Dow ) or an affiliated company of Dow 2014 The Dow Chemical Company Notice: No freedom from infringement of any patent owned by Dow or others is to be inferred. Because use conditions and applicable laws may differ from one location to another and may change with time, the Customer is responsible for determining whether products and the information in this document are appropriate for the Customer s use and for ensuring that the Customer s workplace and disposal practices are in compliance with applicable laws and other governmental enactments. The product shown in this literature may not be available for sale and/or available in all geographies where Dow is represented. The claims made may not have been approved for use in all countries. Dow assumes no obligation or liability for the information in this document. References to Dow or the Company mean the Dow legal entity selling the products to Customer unless otherwise expressly noted. NO WARRANTIES ARE GIVEN; ALL IMPLIED WARRANTIES OF MERCHANTABILITY OR FITNESS FOR A PARTICULAR PURPOSE ARE EXPRESSLY EXCLUDED.