5516S-10

The 5516S-10 by 3M revolutionizes Thermal - Pads, Sheets solutions for medical imaging equipment. Designed for precision thermal control in diagnostic systems, this advanced material ensures stable operation of sensitive imaging sensors while meeting stringent medical safety standards.As a medical-certified Interface Pad, Sheet, this product combines biocompatibility with exceptional thermal conductivity. Unlike standard thermal pads, it meets ISO 10993 requirements while providing superior heat dissipation for critical imaging components.Precision-cut in Rectangular configurations, this material accommodates complex sensor array geometries. The laser-cut edges ensure contamination-free installation in cleanroom environments.With 320.00mm x 230.00mm dimensions, this solution fits standard medical imaging module footprints. The size-optimized design allows for efficient thermal management without interfering with sensitive optical paths.Featuring ultra-precise 0.0390" (0.991mm) control ( 0.02mm), this material ensures perfect sensor-to-heatsink contact. The uniform cross-section guarantees consistent interface pressure across delicate imaging surfaces.Formulated with medical-grade Silicone Elastomer, this pad exhibits exceptional resistance to gamma radiation and chemical disinfectants. This unique property makes it ideal for reusable medical equipment requiring frequent sterilization.Featuring Tacky - Both Sides properties, this solution offers secure bonding without leaving residues. This characteristic is critical for maintaining optical clarity in imaging systems during component replacement.The Polyethylene-Terephthalate (PET) system ensures sterile handling during installation. This specialized release liner prevents contamination while maintaining material integrity prior to application.The Gray pigmentation provides clear visual differentiation in multi-layer assemblies. This medical-grade coloring system aids in quick identification during equipment servicing.Delivering 3.1W/m-K performance, this material enables precise temperature control of imaging sensors. The anisotropic properties allow directional heat flow while minimizing lateral thermal spread.