Secure a Quote for 3M Part Number, a Protectors And Insulators Component

Welcome to the Request for Quote (RFQ) page for 3M part number 80000057747, a 3m™ Dmd180 Flexible Laminates Are Three-Ply Composites Of Non-Woven Polyester Fiber Mat Coated With A High-Performance Inorganic-Filled Resin System Bonded To Both Sides Of Polyester )pet) Film For Use In High-Temperature Electrical Insulation Applications. Qualified For Use In Electrical Insulation Systems Up To Class 180(H) Per Ul 1446 And Iec Std. 60085; Csa Component Acceptance At 180°c. Dmd180 Flexible Laminates Are Primarily Designed For Use In Motor Repair Applications As Slot Cell, Phase, And Wedge Insulation. Dmd180 Laminates Are Flexible, Conformable Materials With High Tensile Strength, Excellent Tear Resistance, And Low Moisture Absorption. The Inorganic Content Offers High Thermal Conductivity, Long-Term Voltage Endurance, And Resistance To Partial Discharge (Corona) Which Helps Dmd180 Laminates Withstand Damage From Voltage Spikes; The Polyester Film Reinforcement Provides Stiffness, High Mechanical Strength, And Resistance To Tear. Dmd180 Laminates Are Well-Suited For Automatic Insertion Applications, As Well As Heavy-Duty Winding Applications. Dmd180 Laminates Are Compatible With Commonly Used Impregnating Varnishes And Resins, And Are Easily Impregnated, Further Enhancing Thermal Conductivity And Coil Bonding Characteristics. 3m™ Innovative Paper Technologies Ul Recognized Insulation Systems (File No. 65007) May Be Found On Uls Electrical Insulation Systems Database At Http://Www.Ul.Com/Eis/ . product that is currently available for procurement here on Electromechanical Automation. If you are interested in securing pricing information on this Protectors And Insulators item, be sure to fill out and submit the form below with essential details like your target price and desired quantity. Our representatives are working diligently to ensure a seamless purchasing process, so you can expect a customized response that matches your specifications within 15 minutes or less.