Lapox® EEW Viscosity1 @ 25°C Softening point Recommendations g/eq mPa∙s °C ARP-12 653 - 704 375 - 475 80 - 90 A Type 2 medium molecular weight epoxy resin recommended for powder coating formulations to enhance flow. ARP-13 HT 769 - 847 6,000 - 8,000 @ 150°C Tg = Min 55 A Type 2 modified epoxy resin recommended for powder coating formulations with high glass transition temperature. ARP-13 LV 714 - 752 500 - 600 95 - 101 A Type 2 medium molecular weight epoxy resin recommended for hybrid powder coatings. ARP-14 HF 781 - 855 480 - 580 85 - 90 A Type 4 modified epoxy resin to achieve better flow properties in powder coating formulations. P-3 (ARP-11) 450 - 465 160 - 190 65 - 75 A Type 1 epoxy resin recommended for solvent based protective coatings, zinc based primers and stoving enamels. P-4 (ARP-14) 833 - 893 550 - 700 90 - 102 A Type 4 epoxy resin recommended for esterification with fatty acids for enamels and exterior coatings of cans and tubes, also suitable for functional powder coatings. P-5 (ARP-17) 1,695 - 1,887 1,800 - 2,600 110 - 120 A Type 7 epoxy resin suitable for cross linking with amino and phenolic resins as stoving lacquers for internal coatings of cans and tubes. P-6 (ARP-19) 2,381 - 2,941 5,000 - 10,000 125 - 140 A Type 9 high molecular weight epoxy resin recommended for tubes, can and coil coatings. P-10 (ARP-14 E) 847 - 926 430 - 550 90 - 100 A Type 4 epoxy resin recommended for esterification of water based systems for anodic electrodepositions. P-62 (ARP-13) 741 - 800 600 - 700 95 - 101 A standard Type 3 epoxy resin for powder coating formulations. P-122 (ARP-14 A) 862 - 935 620 - 900 100 - 110 A Type 4 epoxy resin recommended for functional powder coatings. 1Brookfield viscosity of 40% solution in butyl carbitol *Method: EEW - ASTM D1652; Viscosity - ASTM D2196; Softening point - ASTM E28 BISPHENOL-A BASED SOLID RESINS Atul offers Bisphenol-A based modified and unmodified resins from Type 1 to Type 9. Solid resins are recommended for can and coil coatings, functional coatings, powder coatings, protective coatings, rebars and wire enamels. BISPHENOL-F AND BISPHENOL-A/F BLENDS Bisphenol-F based resins are known for low viscosity, better chemical resistance and a low crystallisation tendency in cold conditions. Atul offers Bisphenol-F based pure and Bisphenol-A/F blend resins in varying viscosities for several applications. Lapox® Colour EEW Viscosity1 @ 25°C Recommendations APHA g/eq mPa∙s ARF-11 (XR-40) Max 200 159 - 175 2,000 - 5,000 A standard Bis-F based epoxy resin recommended for coating applications, composites, construction and electrical casting. CAS # 9003-36-53 | 42423-25-6 ARF-12 Max 200 164 - 172 2,000 - 3,300 A low viscosity Bis-F based epoxy resin recommended for coating applications, composites, construction and electrical casting. CAS # 9003-36-53 | 42423-25-6 ARF-13 Max 200 164 - 172 3,300 - 4,100 A medium viscosity Bis-F based epoxy resin recommended for coating applications, composites, construction and electrical casting. CAS # 9003-36-53 | 42423-25-6 ARF-14 Max 200 159 - 172 5,000 - 7,000 A high viscosity Bis-F based epoxy resin recommended for coating applications, composites, construction and electrical casting. CAS # 9003-36-53 | 42423-25-6 ARF-15 Max 100 156 - 167 1,200 - 1,600 A distilled and pure Bis-F based epoxy resin for specific applications. CAS # 9003-36-53 | 42423-25-6 ARFM-12 (XR-123) Max 22 (Gardner) 172 - 180 6,500 - 8,500 A medium viscosity Bis-A/F blend recommended for coatings, composites, construction applications and floor coatings. ARFM-13 (XR-60) Max 22 (Gardner) 174 - 182 4,500 - 6,500 A low viscosity Bis-A/F blend recommended for coatings, composites, construction applications and floor coatings. ARFM-14 (XR-106) Max 22 (Gardner) 185 - 196 860 - 960 A reactive diluent modified Bis-A/F blend recommended for high solids coatings, construction and floor coatings. Diglycidyl ether of Bisphenol-F (DGEBF) 1Brookfield viscosity 2ASTM D1544 3CAS # of Europe as per REACH *Method: Colour D1209; EEW - ASTM D1652; Viscosity - ASTM D2196 1Brookfield viscosity 2100% solid *Method: Colour - ASTM D1544; EEW - ASTM D1652; Viscosity - ASTM D2196 BROMINATED RESINS Halogenated epoxy resins are used to impart flame retardancy along with superior mechanical and electrical properties in casting or laminate products. They are used to manufacture PCBs, copper clad laminates and instrument transformers. Lapox® Colour EEW Viscosity1 @ 25°C Bromine content Recommendations Gardner g/eq mPa∙s % L-68 Max 4 450 - 5002 2,200 – 3,000 19 - 23 A solvent cut brominated epoxy resin recommended for the manufacture of B-stage prepregs and FR-4 laminates. L-247 – 250 - 280 700 – 1,100 @ 70°C 21 - 26 A solvent free brominated epoxy resin. The product provides good dielectric properties up to 130°C and UL-94 V0 performance. L-249 – 319 - 410 – 44 - 48 A solvent free brominated epoxy resin. The product is recommended to produce FR products such as vinyl ester and electronic components. RESINS RESINS 6 7
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