Non-silicon Type Heat-conductive Sheet UX3002D series Features UX3002D is an acrylic-type thermal conductive sheet having high flexibility. UX3002D produces no siloxane gas. Thermal conductivity: 3 W/mk class Ensures workability and reworkability. UX3002D is halogen-free and flame resistant. (UL94-V0) UX3002D contains no specific harmful substances as defined in RoHS directives. Features extremely reduced levels of volatile constituents and decreased odor. No changes in electrical insulation characteristics and performance after long-term usage. Structure and Specification Tack-free layer Thermal-conductive flexible layer Release film * Double-sided release film specification is also available. UX3002D-050 UX3002D-100 UX3002D-150 UX3002D-200 Acryl Base material 3 (W/mK) class Thermal conductivity 0.5 1.0 1.5 2.0 (*2)Thickness mm 30 Asker C White/ Ivory Color UL94 V-0 (File No. E63260) Flame resistance 14 10 Volume resistivity cm (*3)Compressibility 20 %/kg cm2 (*1)The above are measured values, not guaranteed values. In addition, since the information set out above may be changed depending, for example, on specification changes, without notice. The above values apply to the heat-conductive sheet only and does not include the release film. (*2)The lineup of thickness will be based on 0.5, 1.0, 1.5, 2.0mm as the standards. Customers may consult on items such as product size. (*3) A compressibility is a central value in 1mm thick. Applications UX3002D acts as a thermal-conductive material when adhered to heat-generating components and heat sinks of devices such as desktop PCs, notebook PCs, displays and electronic device power sources. UX3002D can also be used for application where there are concerns over siloxane gas generation. UX3002D TDS-241 Characteristics and Test Data * Thermal resistance value: SCID TIM heat conductivity measurement method (Output: 8 W) Revision in Oct, 2012 Note on the characteristic data given Data on the characteristics of the products described in this catalog are based on the results of evaluations carried out by the company. This does not guarantee that the characteristics of the product conform with your usage environment. Before use, review the usage conditions based on evaluation data obtained from the equipment and substrates actually used. URL