LORD 406/19 Fast Setting (4-6 Minute) Temperature Resistant, Non-Sag acrylic adhesives

LORD 406/19 Fast Setting (4-6 Minute) Temperature Resistant, Non-Sag acrylic adhesives

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$32.99
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LORD 406/19 can be used to replace welding, brazing, riveting and other mechanical fastening methods. These adhesives perform particularly well in low-temperature environments and applications that are subject to high impact or high peel loads. LORD 403, 406 and 410 acrylic adhesives provide a range of working times to accommodate a wide variety of process requirements. Fast Setting 6 to 10 minute set time (aka working life) with a fast time to handling strength of 12 to 17 minutes The 'GB' feature is code for Glass Microbead infused, which enables a controlled minimum bondline width. Features and Benefits Versatile“ bonds a wide range of unprepared metals with minimal substrate preparation, as well as engineered thermoplastics including XENOY, polycarbonate, ABS and acrylics. Temperature Resistant performs at temperatures from -40 °F to +300° (-40°C to +149°C). Envirnomentally Resistant resists dilute acids, alkalis, solvents, greases, oils, moisture, salt spray and weathering; provides excellent resistance to indirect UV. Non-Sag remains in position when applied on vertical or overhead surfaces, allowing for greater process flexibility. UL Rated when mixed with LORD Accelerator 19, adhesive system is UL 746C certified. Typical Properties Appearance Off-White to Tan Paste Viscosity, cP @ 77 °F (25 °C) 100,000 – 300,000 Density, lb/gal (kg/m^3) 9.1-9.7 (1090-1162) Flash Point, °F ( °C) 59 (15)   Typical Properties of Adhesive Mixed w/ Accelerator Mix Ratio by Weight 3.02:1 Mix Ratio by Volume 4:1 Solids Content, % 100 Working Time, min @ 75 °F (24 °C) 6-10 Time to Handling Strength, min @ 75 °F (24 °C) 12-17 Mixed Appearance Tan Paste Cured Appearance Tan to Green   Typical Cured Properties Tensile Strength at Break, psi (MPa)ASTM D638, modified 4650 (32.1) Elongation, %ASTM D638, modified 30 Young's Modulus, psi (MPa)ASTM D638, modified 130,000 (896.3) Glass Transition Temperature, °F ( °C)ASTM E1640-99, by DMA 162 (72)

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