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2 tel fax TEL-M-SI ly and ly Conductive Silicone Foil TEL-M-SI is a high performance electrically and thermally conductive foil for an optimised thermal coupling between electronic packages and heat sinks even over large gaps or big tolerances.through the specific formulation and filling with highly thermally and electrically conductive particles a very high thermal conductivity is reached. Its conformal surface structure and softness guarantee a good compliance to the contact surfaces. Thus the total thermal resistance is minimised. TEL-M-SI vs. () - R th vs. () 2, 1,5,25,5 1, 2, - Good surface compliance and softness - Sheet of 15 x Very high thermal conductivity of 1 W/mK - Double-side tacky - Extraordinary chemical resistance and longterm stability - Residue-free removal after use - Shock absorbing - Kiss cut parts on sheet link of: - MOSFETs or IGBTs - Power diodes or AC/DC converters - Switch mode power supplies - Motor control units - Automotive engine management systems - UPS units - Solar systems Property Unit TEL-M25-SI TEL-M5-SI TEL-M1-SI TEL-M2-SI Color Dark grey Dark grey Dark grey Dark grey Thickness , Hardness Shore Flaability UL 94 V V V V RoHS Conformity 22/95/EC Yes Yes Yes Thickness.8 (.14).1 (.23).11 (.24).9 (.32).12 (.44).14 (.47).13 (.56).16 (.86).18 (.92) Conductivity W/mK (1.15).26 (1.7).29 (1.81) Operating Temperature Range C - 5 to to to to + 2 Volume Resistivity Ohm - cm > 1 > 1 > 1 > 1 Thicknesses: Release E2/28 R [,] Rth [] 1,,5,,4,3,2,1 N/cm ² (), N/cm ² (),25,5 1, 2,

3 tel fax TEL-S-SI ly and ly Conductive Silicone Foil TEL-S-SI is a high performance electrically and thermally conductive foil for an optimised thermal coupling between electronic packages and heat sinks even over large gaps or big tolerances.through the specific formulation and filling with highly thermally and electrically conductive particles an extraordinary high thermal conductivity is reached. Its highly conformal surface structure and very high softness guarantee an excellent compliance to the contact surfaces. Thus the total thermal resistance is minimised. TEL-S-SI vs. () - R th vs. () 2, 1,5,25,5 1, 2, - Excellent surface compliance and softness - Sheet of 15 x Extraordinary thermal conductivity of 15 W/mK - Double-side tacky - Extraordinary chemical resistance and longterm stability - Residue-free removal after use - Shock absorbing - Kiss cut parts on sheet link of: - MOSFETs or IGBTs - Power diodes or AC/DC converters - Switch mode power supplies - Motor control units - Automotive engine management systems - UPS units - Solar systems Property Unit TEL-S25-SI TEL-S5-SI TEL-S1-SI TEL-S2-SI Color Dark grey Dark grey Dark grey Dark grey Thickness Hardness Shore Flaability UL 94 V V V V RoHS Conformity 22/95/EC Yes Yes Yes Thickness.5 (.12).7 (.22).9 (.24).7 (.2).9 (.4).1 (.45).1 (.37).11 (.79).13 (.9) Conductivity W/mK (.6).17 (1.31).19 (1.6) Operating Temperature Range C - 5 to to to to + 2 Volume Resistivity Ohm - cm > 1 > 1 > 1 > 1 Rth R [,] [] 1,,5,,25,2,15,1,5 N/cm ² (), N/cm ² (),25,5 1, 2, Release E2/28 Thicknesses:

4 tel fax TEL-X-SI ly and ly Conductive Silicone Foil TEL-X-SI is a high performance electrically and thermally conductive foil for an optimised thermal coupling between electronic packages and heat sinks even over large gaps or big tolerances.through the specific formulation and filling with highly thermally and electrically conductive particles an extremely high thermal conductivity is reached. Its conformal surface structure and high softness guarantee a very good compliance to the contact surfaces. Thus the total thermal resistance is minimised. TEL-X-SI vs. () - R th vs. (),8,6,25,5,75 - High surface compliance and softness - - Extremely high thermal conductivity of 2 W/mK - Extraordinary chemical resistance and longterm stability - Residue-free removal after use - Shock absorbing - Sheet of 15 x 15 - Double-side tacky - Kiss cut parts on sheet link of: - MOSFETs or IGBTs - Power diodes or AC/DC converters - Switch mode power supplies - Motor control units - Automotive engine management systems - UPS units - Solar systems Property Unit TEL-X25-SI TEL-X5-SI TEL-X75-SI Color Dark grey Dark grey Dark grey Thickness Hardness Shore Flaability UL 94 V V V RoHS Conformity 22/95/EC Yes Yes Thickness.3 (.12).4 (.21).5 (.23).5 (.22).6 (.4).7 (.44) Conductivity W/mK (.25).9 (.57).11 (.68) Operating Temperature Range C - 5 to to to + 2 Volume Resistivity Ohm - cm > 1 > 1 > 1 Thicknesses Release E2/28 Rth R [,] [],4,2,,15,1,5 N/cm ² (), N/cm ² (),25,5,75

5 tel fax TEL-Z-SI ly and ly Conductive Silicone Foil TEL-Z-SI is a high performance electrically and thermally conductive foil for an optimised thermal coupling between electronic packages and heat sinks even over larger tolerances.through the specific formulation and filling an extremely high thermal conductivity is reached. Its conformal surface structure and high softness guarantee a very good compliance to the contact surfaces. Thus the total thermal resistance is minimised. TEL-Z-SI vs. () - R th vs. (),6,5,2,4,5,4 - High surface compliance and softness - - Extremely high thermal conductivity of 5 W/mK - Extraordinary chemical resistance and longterm stability - Residue-free removal after use - Shock absorbing - Sheet of 9 x 9 link of: - MOSFETs or IGBTs - Power diodes or AC/DC converters - Switch mode power supplies - Motor control units - Automotive engine management systems - UPS units - Solar systems Property Unit TEL-Z2-SI TEL-Z4-SI TEL-Z5-SI Graphite filled elastomere Graphite filled elastomere Graphite filled Silicone elastomere Color Black Black Black Thickness Hardness Shore Flaability UL 94 V V V RoHS Conformity 22/95/EC Yes Yes Thickness.2 (.12).24 (.14).4 (.16).26 (.29).32 (.35).44 (.37) Conductivity W/mK (.36).35 (.44).46 (.46) Operating Temperature Range C - 5 to to to + 2 Volume Resistivity Ohm - cm < 1 < 1 < 1 Thicknesses: Release E2/28 Rth R [,] [],3,2,1,,8,6,4,2 N/cm ² (), N/cm ² (),2,4,5

6 tel fax TFO-S-CB ly Conductive Graphite Foil TFO-S-CB consists of more than 98% pure graphite. Due to its flake-like shape it shows anisotropic thermal conductivities in-plane (x-y-plane) and in through direction (z-direction). Its softness allows for a good compliance to the contact surfaces. Thus the total thermal resistance is minimised. Its low density compared to copper (15%) or aluminum (5%) makes it ideal for applications where low weight is required. The very high temperature resistance allows for the use in extreme hot environments. TFO-S-CB R th vs. (),6,5,13,25,5 - Maximum contact through good surface compliance - Very low weight - Silicone-free - Very high temperature resistance - EMI-shielding through high electrical conductivity - Sheet of 3 x 5 - Roll with 3 width - Non tacky link of: - CPUs to heat sinks - Semiconductors - IGBTs For use e.g. in: - Power inverters - Laptops - Automotive power supplies - Industrial PCs R [,] Rth [],4,3,2,1, N/cm ² () Property Unit TFO-S13-CB TFO-S25-CB TFO-S5-CB Graphite (98%) Graphite (98%) Graphite (98%) Color Grey Grey Grey Thickness Hardness Shore A UL Flaability UL 94 None None None RoHS Conformity 22/95/EC Yes Yes Conductivity (Z Direction) Conductivity (X-Y Direction) W/mK W/mK Operating Temperature Range C - 24 to to to + 3 Volume Resistance Ohm - cm 11. x x x 1-4 Dielectric 1 MHz <.1 <.1 <.1 Release E12/28 Thicknesses:

7 tel fax TFO-S-CB-UL ly Conductive Graphite Foil TFO-S-CB-UL consists of more than 98% pure graphite. Due to its flake-like shape it shows anisotropic thermal conductivities in-plane (x-y-plane) and in through direction (zdirec-tion). Its softness allows for a good compliance to the contact surfaces. Thus the total thermal resistance is minimised. Its low density compared to copper (15%) or aluminum (5%) makes it ideal for applications where low weight is required. The very high temperature resistance allows for the use in extreme hot environments. TFO-S-CB-UL R th vs. (),6,5,13,25,51 - Maximum contact through good surface compliance - Very low weight - Silicone-free - Very high temperature resistance - EMI-shielding through high electrical conductivity - Sheet of 457 x 69 - Roll with 69 width - Non tacky (TFO-SXXX-CB-UL) -Tack on one side (TFO-SXXX-CB-UL-A1) link of: - CPUs to heat sinks - Semiconductors - IGBTs R [,] Rth [],4,3,2,1 - Kiss cut parts on roll - Kiss cut parts on sheet For use e.g. in: - Power inverters - Laptops - Automotive power supplies - Industrial PCs, N/cm ² () Property Unit TFO-S13-CB-UL TFO-S25-CB-UL TFO-S51-CB-UL Graphite (98%) Graphite (98%) Graphite (98%) Color Grey Grey Grey Thickness Hardness Shore A UL Flaability UL 94 VO VO VO RoHS Conformity 22/95/EC Yes Yes Conductivity (Z Direction) Conductivity (X-Y Direction) W/mK W/mK Operating Temperature Range C - 24 to to to + 3 Volume Resistance Ohm - cm 11. x x x 1-4 Dielectric 1 MHz <.1 <.1 <.1 Release E12/28 Thicknesses:

8 tel fax TPC-S-AL Aluminum Film with Phase Change Coating TPC-S-AL is an aluminum film which is coated with a thermally conductive phase changing compound on both sides thus optimising the thermal path e.g. between electronic packages and heat sinks. During warm-up the phase change coating starts filling up surface-specific roughnesses and unevenesses and expels any air enclosures from micro structures even at low pressure. The wettening of the contact areas is further on improved by volumetric material expansion at increasing temperature. Thus the total thermal resistance is minimised. The particular formulation and the thixotropic nature prevents from run-out, dry-up as well as migration. The aluminum carrier effects high mechanical stability and easy handling. - Optimal thermal contact - No dry-up - No migrating, run out, pump out due to thixotropic properties - Process reliable coating thickness - Ideal replacement of messy thermal grease - Sheet with 34 x 34 - Roll with XXX width - Non tacky (TPC-S76-AL) - Kiss cut parts on roll - Kiss cut parts on sheet link of: - MOSFETs und IGBTs - Insulated diodes - CPUs - Servo drive control units - Traction drives - Automation appliances - Microelectronics TPC-S-AL R th vs. () Rth R [,] [],3,2,1, N/cm ² () Property Unit TPC-S76-AL Aluminum with phase change coating on both sides Color White Thickness Aluminum µ m 51 Thickness Phase Change (per side) µ m 12.5 Total Thickness µ m 76 UL Flaability UL 94 V RoHS Conformity 22/95/EC Phase Change Temperature C ca. 52 Operating Temperature Range C - 4 to + 2 Release E2/21 Thickness: 76 µ m

9 tel fax TPC-T-AL-CB Aluminum Film with Phase Change Coating TPC-T-AL-CB is an aluminum film which is coated with a thermally conductive phase changing compound on both sides thus optimising the thermal path e.g. between electronic packages and heat sinks. During warm-up the phase change coating starts filling up surface-specific roughnesses and unevenesses and expels any air enclosures from micro structures even at low pressure. The wettening of the contact areas is further on improved by volumetric material expansion at increasing temperature. Thus the total thermal resistance is minimised. The particular formulation and the thixotropic nature prevents from run-out, dry-up as well as migration. The aluminum carrier effects high mechanical stability and easy handling. - Optimal thermal contact - No dry-up - No migrating, run out, pump out due to thixotropic properties - Process reliable coating thickness - Ideal replacement of messy thermal grease - Sheet with 34 x Roll - Non tacky link of: - MOSFETs und IGBTs - Insulated diodes - CPUs - Servo drive control units - Traction drives - Automation appliances - Microelectronics Property Unit TPC-T64-AL-CB TPC-T76-AL-CB TPC-T83-AL-CB TPC-T12-AL-CB Aluminum with graphite filled phase change coating on both sides Color Black Black Black Black Thickness Aluminum µ m Thickness Phase Change (per side) µ m Total Thickness µ m UL Flaability UL 94 V V V V RoHS Conformity 22/95/EC Yes Yes Yes Phase Change Temperature C ca. 52 ca. 52 ca. 52 ca. 52 Operating Temperature Range C - 4 to to to to + 15 Release E2-1/29 TPC-T-AL-CB R th vs. () R Rth [,] [],4,3,2,1, N/cm ² (),64,76,83,12 Phase change coatings per side: 6.5 µ m 12.5 µ m 16. µ m 25.5 µ m Total Thicknesses: 64 µ m 76 µ m 83 µ m 12 µ m

10 tel fax TPC-X-PC ly Conductive Phase Change Film TPC-X-PC is a thermally conductive phase change film optimising the thermal path e.g. between electronic packages and heat sinks. During warm-up the phase change coating starts filling up surface-specific roughnesses and unevenesses and expels any air enclosures from micro structures even at very low pressure. The wettening of the contact areas is further on improved by volumetric material expansion at increasing temperature. Thus the total thermal resistance is minimised. The particular formulation and the thixotropic nature prevents from run-out, dry-up as well as migration. TPC-X-PC R th vs. (),5,4 Properties Availability Application examples - Optimal thermal contact - No dry-up, migrating, run out or pump out - No run-out through thixotropic nature - Process reliable coating thickness - Ideal replacement of messy thermal grease - Sheet with 34 x 34 - Roll - Non tacky (TPC-X125-PC) - Tacky on one side (TPC-X125-PC-A1) link of: - MOSFETs und IGBTs - Insulated diodes - CPUs R Rth [,] [],3,2,1 - Servo drive control units - Traction drives - Automation appliances - Microelectronics, N/cm ² () Property Unit TPC-X125-PC Phase change film Color White Thickness.125 UL Flaability UL 94 V RoHS Conforrmity 22/95/EC Conductivity W/mK.9 Phase Change Temperature C ca. 52 Operating Temperature Range C - 4 to + 2 Release E2/28 Thickness:.125

11 tel fax TPC-Z-PC (-AL), TPC-Z-PC-D, TPC-Z-PC-P Phase Change TPC-Z-PC is a thermally conductive phase changing compound optimising the thermal path e.g. between electronic packages and heat sinks. During warm-up the phase change compound starts filling up surface-specific roughnesses and unevenesses and expels any air enclosures from micro structures even at very low pressure. The wettening of the contact areas is further on improved by volumetric material expansion at increasing temperature. Thus the total thermal resistance is minimised. The particular formulation and the thixotropic nature prevents from run-out, dry-up as well as migration. The material is available as TPC-Z2-PC as film or as TPC-Z-PC-D as dispensable dryable type. TPC-Z-P7 and -P8 are printable compounds with alternatively long drying times. As TPC-Z-PC-AL the compound is available with an aluminum film carrier thus reworkability is improved since no compound residues remain on one side. - Optimal thermal contact - No dry-up, migrating or pump out - No run out due to thixotropic properties - Ideal replacement of messy thermal grease - Dispensable and printable types TPC-Z-PC-D und -P - TPC-Z-PC-AL with one-side aluminum film allows for one-side residue-freeness and improved reworkability - TPC-Z2-PC: Die cut parts between 2 release liners TPC-Z-PC-AL with.38 1-side aluminum film carrier - TPC-Z-PC-D: Dispensable type, dries after dispensing In jars or pails or upon request - Prototypes: TPC-Z-PC-P7 und -P8: Printable, drying after print in jars, pails or upon request link of: - MOSFETs und IGBTs - Memory modules - CPUs, LEDs - Servo drive control units - Computers - Automation appliances - Microelectronics TPC-Z-PC R th vs. () R Rth [,] [],4,3,2,1, N/cm ² () Property Unit TPC-Z2-PC (TPC-Z14-PC-AL) Phase Change Film (+.38 AL film) TPC-Z-PC-D TPC-Z-PC-P7 TPC-Z-PC-P8 Dryable Phase Change Compound Color Gray Gray Gray Gray Total Thickness.2 (.14) Dispense Dispense Dispense g/cm³ 2. dry undried dry undried dry undried Viscosity 1 rpm / 1 rpm cps - 1, / 6, 17, / 7, 2, / 8, Thickness Time 22 C: 2 h (.25 ) 5 h (.5 ) 9 h (.1 ) 24 h (.2 6 C: 8 min (.5 6 C: 1.5 h (.5 ) 24 min (.15 ). 4 min (.25 ) 3 h (.15 ). 6 h (.25 C: 2.5 min (.5 C: 5 min (.5 ). 3 min (.15 ). 5 min (.25 ) 8 min (.15 ). 12 min (.25 ) RoHS Conformity 22/95/EC Yes Yes Yes (.8) Conductivity W/mK Phase Change Temperature C ca. 45 ca. 45 ca. 45 ca. 45 Recoended Storage Temperature C Thickness TPC-Z2-PC TPC-Z14-PC-AL.2.14 Release E5/21 TPC-Z-PC-D, TPC-Z-PC-P:.5 kg or upon request Shelf life Min. 6 months