467MP (1 IN X 60 YD)

ASK A 3M EXPERT December, 2017 3M Adhesive Transfer Tape 467MP Product Description 3M High Performance Acrylic Adhesive 200MP is a popular choice for graphic attachment and general industrial joining applications. It provides outstanding adhesion to metal and high surface energy plastics. This adhesive provides some initial repositionability for placement accuracy when bonding to plastics. It also performs well after exposure to humidity and hot/cold cycles. Product Features Up to 400F short-term heat resistance Excellent solvent resistance Excellent shear strength to resist slippage and edge lifting 3M Adhesive Transfer Tape 467MP Technical Information Note The following technical information and data should be considered representative or typical only and should not be used for speci cation purposes. Typical Physical Properties Property Values Notes Adhesive Thickness 0.06 mm 2.3 mil The thickness listed is based on a calculation from manufacturing controlled adhesive coat weights using a density of 1.012 g/cc. While past data pages have listed nominal thicknesses, the coat weight (and theoretical caliper) has not changed. Liner 58 Polycoated Kraft Paper (PCK) Liner Thickness 0.11 mm 4.2 mil Liner Color Tan Typical Performance Characteristics 90 Peel Adhesion Dwell/Cure Time Substrate 5.4 N/cm 49 oz/in 15 min 5 min Stainless Steel 10 N/cm 92 oz/in 72 hr Room Temperature Stainless Steel 16.7 N/cm 153 oz/in 72 hr 158F(70C) Stainless Steel 7 N/cm 64 oz/in 72 hr Room Temperature Aluminum 2.4 N/cm 22 oz/in 72 hr Room Temperature ABS 7 N/cm 64 oz/in 72 hr Room Temperature Acrylic (PMMA) 9.9 N/cm 90 oz/in 72 hr Room Temperature Glass 4.4 N/cm 40 oz/in 72 hr Room Temperature Polyvinyl chloride (PVC) 7.8 N/cm 71 oz/in 72 hr Room Temperature Polycarbonate (PC) Property: 90 Peel Adhesion Method: ASTM D3330 Backing: Aluminum Foil Static Shear Test Condition 10000+ min 1000 g load Room Temperature 10000+ min 1000 g load 70C (158F) 10000+ min 1000 g load 93C (200F) 10000+ min 500 g load 177C (350F) Table continued on next page