to cool to protect to connect The right contact! ISO 9001 ISO ISO Thermally conductive materials

Transcription

1 to cool to protect to connect The right contact! SO 9001 SO SO Thermally conductive materials

2 Alphanumerical product list page AOS 3 37 AOS 3 P 37 AOS 3 P 2 37 AOS 3 P S 37 AOS 5 37 AOS AOS AOS AOS AOS AOS AOS AOS AOS AOS AOS 220 S 37 AOS AOS P 1 38 AOS P AOS P 2 38 AOS P 3 38 AOS P 4 38 AOS P 5 38 AOS P 6 38 AOS P 7 38 AOS P 8 38 AOS P 9 38 AOS P S 15 P S 15 P S 15 P S 20 P 39 S 52 P S S S P W 34 S S S 3 36 S 3 P 36 S 3 P S 36 S 32 P 36 S 66 P 36 S S S S 220 P 36 AP 1 P 35 AP 3 35 AP AP 218 O 35 AP AP AP 220 O 35 AP 247 O 35 W 3 6 W 3 P 6 WT 30 6 WT 36 6 WT W W W W W W W W W W W W W W W W W W W page W WP WP WP WQ WS WS WS 16 9 WS WSA WSA W 3 6 W 3 P 6 WT 36 6 WT W 3 6 W 3 P 6 W 3/4 6 WT 24 6 WT 30 6 WT 36 6 WT 85 6 WT W 9010 R W 9010 R W 9010 R W 9015 R W 9015 R W 9015 R W 9020 R W 9020 R W 9020 R W S 900 R W S 900 R W S 900 R WT WT / 18 WT / WT WT W 5 43 W W W W 4 44 W W W 4 44 W W P 44 WP WP WP 300 S 41 WP WP 500 S 41 WP WP WP WP WP 300 S 41 WP 3 42 WP 5 42 WP WS 3 6 WS 3 6 WS 3 P 6 WS 3/4 6 WS WS 08 W 20 WS 16 W 20 WS 24 W 20 WS 32 W 20 WS 48 W 20 WS 635 W 20 WSS 635 W 20 WS WS WS TO 3 P 7 WS TOP WS TOP WS WST 30 6 WST 36 6 WST 85 6

3 ndex Aluminium oxide wafers eat conductive foam and gel foils igh thermoconducting graphite foils 16 apton insulator washers 35 ica wafers 36 Silicone-free thermal conductive foils Silicone rubber insulating material for semiconductors 2-6 Thermal conductive foil one-sided adhesive 17 Thermal conductive paste and thermal interface film Thermally conductive adhesive Thermally conductive foil both sides adhesive Thermally conductive foil made of siliconelastomer 7-11

4 Thermal contact materials Thermal conductive materials nnovative thermal conductive foils fficient thermal conductive materials Thermal contact materials aluminium oxide-, apton- and mica discs high at very good best mechanical properties easy and clean handling wide operating cuts and special designs acc. to customer s requirement Thermal conductive materials with high long-term stability and smallest heat transfer resistances excellent compensation of unevennesses electrical conductive and insulating as sheet material or rolled goods customised cuts by means of 24 h sample delivery service nnovative thermal conductive foils very good thermal properties silicone containing and silicone-free versions optimal contacting between device and heat sink easy fitting by means of adhesive coating 24 h sample cut service individual cuts according to customer specifiations fficient thermal conductive materials fluid thermal conductive material, thermal conductive paste and glue optimum balance of roughnesses and unevennesses good performance and processing properties automatic dispensable containing silicone and silicone-free other packaging seizes and container types upon request

5 igh quality thermal conductive materials A The connection of the device to be dissipated to the heat sink is especially important as for a poor heat transfer, i.e. from the device to the heatsink, the heat conduction respectively the heat transition is reduced and the device temperature will be significantly increased. eside functional restrictions an uncontrolled temperature increase or even a device destruction is also possible. An optimal heat transfer can only be achieved if the inevitable tolerances, unevennesses and roughnesses of the surfaces to be connected which occur by production processes will be equalised. Suitable thermal conductive foils matching to the application provide excellent solutions for the thermotechnical contact optimization. Our wide range of products contains i.e. silicon-containing and silicone-free thermal conductive foils, one sided and double sided adhesive thermal conductive foils, high thermal conductive graphite foils, thermal conductive silicone foam foils, silicone-containing and silicone-free thermal conductive foils, dispensable thermal conductive foils, kapton insulating washers, aluminium oxide and mica washers, phase change thermal conductive materials, silicone-containing and silicone-free thermal conductive pastes as well as various thermal conductive glues. The different thermal conductive foils can be produced individually out of plate- or roll material according to customer specific drawings. Please also use our 24 hour sample service for individual cuts of our standard thermal conductive materials according to your specification. Production process: rawing parts with digital cutter A data as a dxf file can be realised directly in ready and zero-toleranced exact cut templates without tooling costs. The outstanding production speed and a cutting technology perfected to the last detail provide an optimal result. Stamped parts according to customer specific requirements We produce contour die-cutting according to your drawing specification flexibly and fast for you. The fully automised punching machine with the associated steel strip blanking die is particularly suitable for smaller, but also for higher quantities. eside contour- and kiss-cut parts the possibility of cutting roll material to size or machining according to customer s requirements is also given. The thermal data in the catalogue refers to an area of 1 inch² (6.45 cm²) if not indicated otherwise. 2

6 A igh quality thermal conductive materials Thermal conductivity [W/m*] aterial thickness [mm] page Thermally conductive foils containing silicone Silicone-free thermally conductive foils mm 3.2 mm 0.8 / 1.6 / 2.4 / 3.2 / 4.8 / / 0.25 / 0.38 / WP / WS WP W (one side adhesive) W WS WP W / / / / / 2.54 / / / / 1.0 / 1.5 / 2.0 / 2.5 / 3.0 / 3.5 / 4.0 / 4.5 / / 1.5 / () WS WS / 1.0 / 1.5 / 2.0 / 2.5 / 3.0 / 3.5 / 4.0 /4.5 / / / WSA / / / / 2.54 / / 1.0 / 1.5 / 2.0 / 2.5 / 3.0 / 3.5 / 4.0 /4.5 / / / / / 2.54 / / 1.0 / 1.5 / 2.0 / / 2.0 / / 1.0 / 1.5 / / 0.5 / 1.0 / 1.5 / 2.0 / 2.5 /

7 igh quality thermal conductive materials A Aluminium and graphite foils Adhesive thermally conductive foils AP iller thermally conductive foils AP illers for extreme compressions Phase hange thermally conductive foils Thermally conductive pastes Thermally conductive glues WT 8943 (one sided) WT 404 / WT 414 (one sided ) WT 405 (double sided) WS(S) WT 88 (double sided) WP WP W WT 8940 (double sided ) S 52 P W... S 15 P W 15 () S 18 (fluid) S 20 P WQ () S W 30 W 9020 S 35 (fluid) 45 () W 50 W 9010 W () S... W S S... WP 80 ()

8 A Silicone rubber insulating material for semiconductors other cuttings on request 2 x Ø 3,1 2 2 x Ø 4,2 2 2 x Ø 2 5, , ,9 28,2 R 6 R 14, x Ø 1,5 R 10 R x Ø 2 Ø 4,2 16, Ø 3,1 Ø 3,1 Ø 3,1 Ø 3,9 17, , ,5 20,5 17, ,5 7, , , ,5 13 Ø 3 15 Ø 3, Ø 3, , ,5 9 4 Ø 2,5 Ø 3,1 8 Ø 3, ,5 7,3 11 5

9 Silicone rubber insulating material for semiconductors foil type foil WS foil W foil W foil W material silicone foil, standard silicone foil, reinforced silicone foil, reinforced, one side selfadhesive Washer TO-3 WS 3 W 3 W 3 W 3 TO-3 WS 3 TO-3/4 WS 3/4 W 3/4 TO-3 P WS 3 P W 3 P W 3 P W 3 P 3158 WS 3158 W 3158 W 3158 TOP 3 WS TOP 3 TOP 3/1 WS TOP 3/1 W TOP 3/1 TO 218 (ultiwatt) W 218 TO 247 WS 247 W 247 TO 220 WS 220 W 220 W 220 W X TO 220 WS WS 3159 W 3159 W 3159 TO 126 W 126 SOT 32 W 32 TO 247/1 WS 247/1 nsulating tube TO-220 Ø 11 mm, WS-220 length 25 mm TO-3 P Ø 13.5 mm, WS-3 P length 25 mm TO-247 Ø 14.5 mm, length 30 mm WS-247 nsulating tube as meterpiece TO-220 Ø 11 mm WS-220 TO-3 P Ø 13.5 mm WS-3 P Tape material (width) 24 mm WT mm WST 30 WT 30 WT mm WST 36 WT 36 WT 36 WT mm WST 85 WT mm WT 300 WT 300 WT 300 silicone foil, reinforced oil WS oil W oil W oil W green brown material thickness 0.3 mm +0.1/ mm +0.02/ mm +0.02/ thermal resistance 0.4 /W 0.42 /W 0.45 /W 0.34 /W 1.22 W/m 1.13 W/m 0.92 W/m 1.43 W/m hardness range 75 Shore A 87 Shore A 90 Shore A insulation resistance Ω cm Ω cm Ω cm extensibility 100 % 2 % 4 % 10 kv 6.5 kv 3 kv class of flammibility U 94 V-0 A 6

10 A nsulating caps A type material thickness dim. [mm] [mm] A WS TO / WS TOP TO 3 P/TO / WS TO / WS TOP TOP / WS TO 3 P TO 3 P/TO / oil WS 0.3 mm green oil WS 0.9 mm thermal resistance 0.4 /W 0.96 /W hardness range insulation resistance 1.22 W/m 75 Shore A Ω cm extensibility 100 % 10 kv 15 kv class of flammibility U 94 V-0 nsulating caps 7

11 Thermally conductive foil made of siliconelastomer A silicone foil with glass fibre reinforcement free from toxic substances very good thermal and mechanical properties one-sided or double-sided adhesive layer upon request cuts and contours according to customer specific drawing specifications version material thickness [mm] WS hardness range material thickness [mm] WS WS WS silicone foil with glass fibre reinforcement grey 0.9 W/m 85 Shore A extensibility 54 % dielectric constant tensile strength tensile strength Ω m 5.5 [1 kz] 3,000 psi 5 k/m 3.5 kv 4.5 kv class of flammibility U 94 V-0 Thermal resistances vs. contact pressure / surface TO 220 cuttings on customer's requirements/ sheet material/ rolled goods pressure [psi] thermal resistance WS [/W] thermal resistance WS [/W] thermal impedance WS [-cm²/w] thermal impedance WS [-cm²/w]

12 A Thermally conductive foil made of siliconelastomer very good suitable for low tightening torques or spring applications good electrical insulating properties optimal contacting between device and heatsink one-sided adhesive layer upon request cuts and contours according to customer specific drawing specifications version material thickness [mm] WS hardness range WS 16 silicone foil with glass fibre reinforcement pink 1.6 W/m 92 Shore A extensibility 20 % dielectric constant tensile strength Ω m 6.1 [1 kz] 1,300 psi 5.5 kv class of flammibility U 94 V-0 Thermal resistances vs. contact pressure / surface TO 220 cuttings on customer's requirements/ sheet material/ rolled goods pressure [psi] thermal resistance WS 16 [/W] thermal impedance WS 16 [-cm²/w]

13 Thermally conductive foil made of siliconelastomer A silicone material with glass fibre reinforcement optimal contacting between device and heatsink simplified mounting by means of double-sided adhesive layer automatic assembling possible cuts and contours according to customer specific drawing specifications version material thickness [mm] WS hardness range WS 18 silicone foil with glass fibre reinforcement blue 1.8 W/m 75 Shore A extensibility 22 % dielectric constant tensile strength tensile strength Ω m 6,1 [1 kz] 238 psi 0.34 k/m class of flammibility U 94 V-0 Thermal resistances vs. contact pressure / surface TO kv cuttings on customer's requirements/ sheet material/ rolled goods pressure [psi] thermal resistancews 18 [/W] thermal impedance WS 18 [-cm²/w]

14 A Thermally conductive foil made of siliconelastomer silicone-foil with very good thermal properties excellent insulating properties simple and stable handling by means of glass fibre carrier material one-sided adhesive layer upon request cuts and contours according to customer specific drawing specifications version material thickness [mm] WSA hardness range dielectric constant thermal capacity material thickness [mm] WSA WSA 30 silicone foil with glass fibre reinforcement white 3 W/m 90 Shore A Ω m 7 [1 kz] 1 J/g class of flammibility U 94 V-0 Thermal resistances vs. contact pressure / surface TO kv cuttings on customer's requirements/ sheet material/ rolled goods pressure [psi] thermal resistance WSA [/W] thermal impedance WSA [-cm²/w]

15 Silicone-free thermal conductive foils A thermal conductive foil based on polyester particularly suitable for silicone-free applications very good insulating properties one-sided adhesive layer upon request cuts and contours according to customer specific drawing specifications version material thickness [mm] WP hardness range WP 09 kapton carrier foil with ceramic filled polyester resin double-sided fully coated brown 0.9 W/m 90 Shore A extensibility 40 % dielectric constant tensile strength tensile strength Ω m 5 [1 kz] 5,000 psi 5 k/m class of flammibility U 94 V-0 Thermal resistances vs. contact pressure / surface TO kv cuttings on customer's requirements/ sheet material/ rolled goods pressure [psi] thermal resistance WP 09 [/W] thermal impedance WP 09 [-cm²/w]

16 A Silicone-free thermal conductive foils thermal conductive foil based on polyester particularly suitable for silicone-free applications very good thermal and mechanical properties simplified mounting by means of adhesive layers upon request cuts and contours made of sheet or roll material as per your specifications version material thickness [mm] WP hardness range WP 09 glass fibre-carrier foil with ceramic filled polyester resin double-sided fully coated brown 0.9 W/m 90 Shore A extensibility 10 % dielectric constant tensile strength tensile strength Ω m 5.5 [1 kz] 7,000 psi 18 k/m 2.5 kv class of flammibility U 94 V-0 Thermal resistances vs. contact pressure / surface TO 220 cuttings on customer's requirements/ sheet material/ rolled goods pressure [psi] thermal resistance WP 09 [/W] thermal impedance WP 09 [-cm²/w]

17 Silicone-free thermal conductive foils A thermal conductive foil for silicone-free applications thermal conductive foil based on polyester very good insulating properties one-sided adhesive layer upon request cuts and contours according to customer specific drawing specifications version material thickness [mm] WP hardness range WP 13 kapton carrier foil with ceramic filled polyester resin double-sided fully coated brown 1.3 W/m 90 Shore A extensibility 40 % dielectric constant tensile strength tensile strength Ω m 3,7 [1 kz] 5,000 psi 5 k/m class of flammibility U 94 V-0 Thermal resistances vs. contact pressure / surface TO kv cuttings on customer's requirements/ sheet material/ rolled goods pressure [psi] thermal resistance WP 13 [/W] thermal impedance WP 13 [-cm²/w]

18 A Thermal conductive foil made of aluminium double-sided coated aluminium foil good replacement for thermal pastes electroconductive with wide low heat-transmission resistance between device and heatsink cuts and contours according to customer specific drawing specifications version material thickness [mm] WQ hardness range WQ 25 aluminium foil with double-sided coating black 2.5 W/m 93 Shore A Ω m electrically conductive class of flammibility U 94 V-0 Thermal resistances vs. contact pressure / surface TO 220 cuttings on customer's requirements/ sheet material/ rolled goods pressure [psi] thermal resistance WQ 25 [/W] thermal impedance WQ 25 [-cm²/w]

19 igh thermoconducting graphite foils A high-compressed anisotropic natural graphite very good thermal characteristics optimal for heat spreading high operating different material thicknesses and coatings upon request customer specified cuttings and stampings acc. to drawing width [mm] W 9010 R W 9010 R W 9010 R W 9015 R W 9015 R W 9015 R description version width [mm] W 9020 R W 9020 R W 9020 R W S 900 R W S 900 R W S 900 R W 9010 W 9015 W 9020 W S 900 base film made of graphite, electrically conductive graphite foil, electrically conductive adherent layer on one side overall thickness 0.15 mm 0.2 mm 0.25 mm mm dark gray thermal resistance 0,09 /W 0,07 /W 0,23 /W 0,08 /W z (x/y) 5.5 (55) W/m 6 (55) W/m 4 (55) W/m 7.5 (<450) W/m tightness 1 g/cm 3 <1.6 g/cm 3 hardness range 30 Shore specific thermal resistance 36 mm 2 /W 28.8 mm 2 /W 72 mm 2 /W 34 mm 2 /W tensile strength 5.5 /mm 2 6 /mm /mm 2 10 /mm 2 elongation at break 10 % 5 % class of flammibility U 94 V-0 sold by the meter 16

20 A Thermal conductive foil one-sided adhesive one-sided acrylate adhesive coating, silicone-free carrier material good thermal characteristics with high operating temperature thin material thickness for optimal thermal resistance high, electrically insulating cuttings and customised cut-outs acc. to customer specific requirements WT 8943 description overall thickness filling material plates, usable area 300x200mm WT 8943 one-sided adhesive, filled opolymer 0.17 mm ceramic specific thermal resistance 4.7 cm 2 /W peel strength at ambient temperature and 24 h beige 0.4 W/m /cm Ω/cm 62.7 kv/mm class of flammibility U 94 V-0 17

21 Thermally conductive foil both sides adhesive A good thermal charactaristics double-sided adhesive layers replaces mechanical fastenings cuttings and cut-outs upon request width [mm] WT 404 R25 25 sold by the meter WT 404 R50 50 sold by the meter WT 404 R sold by the meter WT 404 R sold by the meter WT 414 R25 25 sold by the meter WT 414 R50 50 sold by the meter dimensions [mm] WT x x100 plate WT x x200 plate WT x x200 plate WT x x100 plate WT x x200 plate width [mm] WT 414 R sold by the meter WT 414 R sold by the meter WT 405 R25 25 sold by the meter WT 405 R50 50 sold by the meter WT 405 R sold by the meter WT 405 R sold by the meter dimensions [mm] WT x x200 plate WT x x100 plate WT x x200 plate WT x x200 plate WT 404 WT 414 WT 405 description insulating, double sided adhesive non insulating, double-sided adhesive overall thickness mm ± mm ±0.03 truss material polyimide (apton T) 0.025mm aluminium foil 0.05mm glue layer acrylate (pressure sensitive) double-sided specific thermal resistance 3.7 cm 2 /W 3.4 cm 2 /W 0.4 W/m 0.5 W/m holding force (overlapping) 0.86 Pa 0.69 Pa 0.93 Pa holding force (shear rate) Al [Pa]/ Al [Pa]/ u [Pa]/ u [Pa]/ Al 2 O [Pa]/ Al 2 O [Pa] 5 kv (A) blue Al [Pa]/ Al [Pa] class of flammibility U 94 V-0 Al [Pa]/ Al [Pa]/ u [Pa]/ u [Pa]/ Al 2 O [Pa]/ Al 2 O [Pa] 18

22 A Thermally conductive foil both sides adhesive double sided adhesive layer optimal adhesion of different substrates very good, electrical insulating easy handling due to double sided protection foil optimized surface moistening and excellent impact strength cutouts and different punchings according to customer drawing WT 8805 WT 8810 WT 8815 WT 8820 WT 8940 description plates, usable area 300x200mm plates, usable area 300x200mm plates, usable area 300x200mm plates, usable area 300x200mm plates, usable area 300x200mm WT 8805 WT 8810 WT 8815 WT 8820 WT 8940 double sided adhesive, filled acrylic polymer overall thickness 0.13 mm 0.25 mm 0.38 mm 0.5 mm 0.19 mm filling material ceramic protection cover silicone treated polyester, µm 75 µm specific thermal resistance 3.2 cm 2 /W 5.8 cm 2 /W 7.7 cm 2 /W 9.7 cm 2 /W 5.1 cm 2 /W 0.6 W/m 0.9 W/m permanent up to 100 permanent up to 150 peel strength at ambient temperature and 72 h blue 5.8 /cm 8.3 /cm 9.8 /cm 11.9 /cm 6 /cm Ω/cm Ω/cm Ω/cm Ω/cm 26 kv/mm 52.8 kv/mm class of flammibility U 746 U 94 V-0 19

23 Thermally conductive silicon foam foils A elastomer foam with closed cell structure good heat conductor e.g. between components, heatsinks and casing parts electrical insulating can be compressed even with a low contact pressure absorbs shocks and vibrations material thickness [mm] WS ±0.4 WS ±0.4 WS ±0.8 WS ±0.8 WS ±0.8 WS ±1.2 WSS ±1.2 Thermal resistance at 3.2 mm material thickness: compression [%] contact contact pressure [psi] > R th [/W] (1 in 2 x 3.2 mm) heat conductivity [W/m] WSS 635 double sided adhesive and WS self-adhesive upon request according to ASA gas emission requirements WS WSS 635 version non adhesive one-sided self-adhesive green tightness g/cm 3 hardness range compression, 25% 13 Shore A W/m (substrate) psi extensibility 150 % tensile strength class of flammibility 120 psi 4 kv/mm U 94 V-1 (at thickness 3.2mm) plates 914x914mm/ cuttings on customer's requirements 20

24 A Silicone free thermal adhesive foils silicone free gap-filler with good thermal characteristics smooth, compressible and elastic cut outs, punchings and modifications according to customer specification other material thicknesses upon request material thickness R th (100 kpa) R th (100 kpa) [mm] [ in 2 /W] [ cm 2 /W] ± ± ± material thickness R th (100 kpa) R th (100 kpa) [mm] [ in 2 /W] [ cm 2 /W] ± ± ± version standard polyamide film mash reinforced light gray 1.5 W/m tightness 2.1 g/cm 3 hardness range 53 Shore extensibility 150 % dielectric constant dielectric loss factor Ω/m 9,12 [50 z] / 8,55 [1 kz] / 5,83 [1 z] 0,152 [50 z] / 0,135 [1 kz] / 0,034 [1 z] 11 kv/mm class of flammibility U 94 V-0 on both sides covered with protective foil/ plates, usable area 300x200mm/ cuttings on customer's requirements 21

25 el thermal conducting foils A highly heat-conductive silocon foil smooth, elastic and compressible equals uneven surfaces very well (ap-iller) material thickness R th (100 kpa) R th (100 kpa) [mm] [ in 2 /W] [ cm 2 /W] ± ± ± ± ± ± ± ± ± ± material thickness R th (100 kpa) R th (100 kpa) [mm] [ in 2 /W] [ cm 2 /W] ± ± ± ± ± ± ± ± ± ± version standard polyamide film mash reinforced, adherent layer on one side dark gray 1.5 W/m tightness 2.6 g/cm 3 hardness range 49 Shore extensibility 100 % 60 % dielectric constant dielectric loss factor Ω/m 5.8 [50 z]/ 5.6 [1 z]/ 5.5 [1 z] [50 z]/ [1 z]/ [1 z] 14 kv/mm (A) 8 kv/mm (A) class of flammibility U 94 V-0 U 94 V-1 U 94 V-0 on both sides covered with protective foil/ plates, usable area 300x200mm/ cuttings on customer's requirements 22

26 A el thermal conducting foils very soft thermal conductive foil without any reinforcing layer optimal balance of bigger unevennesses thermal conductive foil both-sided adherent cuts and contours according to customer specific drawing specifications version material thickness [mm] W W W W material thickness [mm] W W W W W 15 silicone film without reinforcement black 1.5 W/m hardness range 40 Shore 00 dielectric constant thermal capacity Ω m 5.5 [1 kz] 1 J/g class of flammibility U 94 V-0 Thermal resistances vs. material thickness 6 kv cuttings on customer's requirements/ sheet material/ rolled goods material thicknesses [mm] thermal impedance W 15 [-cm²/w]

27 el thermal conducting foils A thermal conductive foils with very good thermical characteristics for balancing non-planarities and differences in components (gap-filler) soft, elastic and compressible customer specific cuts and punchings according to drawing material thickness [mm] R th (100 kpa) [ in 2 /W] R th (100 kpa) [ cm 2 /W] ± ± ± ± ± ± ± ± ± material thickness [mm] R th (100 kpa) [ in 2 /W] R th (100 kpa) [ cm 2 /W] ± ± ± ± ± ± ± ± ± version standard polyamide film mash reinforced grey 2.5 W/m tightness 2.7 g/cm 3 hardness range 50 Shore Shore extensibility 64 % 32 % dielectric constant dielectric loss factor Ω/m 8,98 [50 z] / 8,63 [1 kz] / 8,05 [1 z] [50 z]/ [1 kz]/ [1 z] 15 kv/mm class of flammibility U 94 V-0 on both sides covered with protective foil/ plates, usable area 300x200mm/ other dimensions upon request 24

28 A el thermal conducting foils good compressible gap filling material high very good shearing and tensile strength double-sided natural adhesive layer cuts and contours according to customer specific drawing specifications version material thickness [mm] W W W material thickness [mm] W W W W 30 silicone foil with glass fibre reinforcement blue 3 W/m hardness range 15 Shore 00 dielectric constant thermal capacity Ω m 6,5 [1 kz] 1 J/g class of flammibility U 94 V-0 Thermal resistances vs. material thickness 5 kv cuttings on customer's requirements/ sheet material/ rolled goods material thicknesses [mm] thermal impedance W 30 [-cm²/w]

29 el thermal conducting foils A gap filler with exceptionally good and low outgassing especially smooth, compressible and elastic cut outs, punchings and modifications according to customer specification other material thicknesses upon request material thickness [mm] R th (100 kpa) [ in 2 /W] R th (100 kpa) [ cm 2 /W] ± ± ± ± ± ± ± ± ± ± material thickness [mm] R th (100 kpa) [ in 2 /W] R th (100 kpa) [ cm 2 /W] ± ± ± ± ± ± ± ± ± ± version standard polyamide film mash reinforced grey 4.5 W/m tightness 3.2 g/cm 3 hardness range 45 Shore extensibility 50 % dielectric constant dielectric loss factor Ω/cm 8,98 [50 z] / 8,63 [1 kz] / 8,05 [1 z] 0,0249 [50 z] / 0,0219 [1 kz] / 0,00675 [1 z] 11 kv/mm class of flammibility U 94 V-0 on both sides covered with protective foil/ plates, usable area 300x200mm/ cuttings on customer's requirements 26

30 A el thermal conducting foils very good compressibility particularly suitable for low contact pressure double-sided natural adhesive layer wide cuts and contours according to customer specific drawing specifications version material thickness [mm] W W W material thickness [mm] W W W W 50 silicone foil with glass fibre reinforcement violet 5 W/m hardness range 35 Shore 00 dielectric constant thermal capacity Ω m 8 [1 kz] 1 J/g class of flammibility U 94 V-0 Thermal resistances vs. material thickness 5 kv cuttings on customer's requirements/ sheet material/ rolled goods material thicknesses [mm] thermal impedance W 50 [-cm²/w]

31 el thermal conducting foils A silicone foils with especially high balances non-planarities and differences in components (ap filler) soft, elastic and compressible cuts, punchings and special designs according to customer specifications material thickness R th (100 kpa) R th (100 kpa) [mm] [ in 2 /W] [ cm 2 /W] ± ± ± ± ± material thickness R th (100 kpa) R th (100 kpa) [mm] [ in 2 /W] [ cm 2 /W] ± ± ± ± ± version standard polyamide film mash reinforced dark reddish grey 6 W/m tightness 3.2 g/cm 3 hardness range 52 Shore extensibility 80 % dielectric constant dielectric loss factor Ω/m 6.4 [50 z]/6.4 [1 kz]/6.4 [1 z] [50 z]/0.005 [1 kz]/0.001 [1 z] 13 kv/mm class of flammibility U 94 V-0 on both sides covered with protective foil/ plates, usable area 300x200mm/ other dimensions upon request 28

32 A el thermal conducting foils high heat conducting silicone foil as a gap-filler very good compression with high optimal for balancing big unevennesses or production tolerances customer specific cuts according to drawing other material compositions and thicknesses upon request material thickness R th (100 kpa) R th (100 kpa) [mm] [ in 2 /W] [ cm 2 /W] ± ± ± ± ± ± material thickness R th (100 kpa) R th (100 kpa) [mm] [ in 2 /W] [ cm 2 /W] ± ± ± ± ± ± version standard polyamide film mash reinforced light gray 13 W/m tightness 3,39 g/cm 3 hardness range 75 Shore extensibility 50 % dielectric constant dielectric loss factor Ω cm 9,54 [50 z] / 8,82 [1 kz] / 7,92 [1 z] 0,063 [50 z] / 0,044 [1 kz] / 0,014 [1 z] 15 kv/mm class of flammibility U 94 V-0 on both sides covered with protective foil/ plates, usable area 300x200mm/ cuttings on customer's requirements 29

33 el thermal conductive foils for extreme compression A especially soft design levels smallest air gaps and unevennesses cuts and contours with cutouts according to customer specifaction material thickness [mm] R th (100 kpa) [ in 2 /W] R th (100 kpa) [ cm 2 /W] 27 S ± S ± version 27 S standard grey 2.7 W/m tightness 3 g/cm 3 hardness range 53 Shore extensibility 45 % Ω/m 15 kv/mm class of flammibility U 94 V-0 on both sides covered with protective foil/ plates, usable area 300x200mm/ other dimensions upon request 30

34 A el thermal conductive foils for extreme compression very soft and compressible thermal conductive foil simple compensation of bigger differences in components double-sided adhesive surfaces with protective foil excellent drawing parts acc. to customer s specification upon request material thickness [mm] R th (100 kpa) [ in 2 /W] R th (100 kpa) [ cm 2 /W] 60 S / S / S / version 60 S standard with double-sided adhesive surface dark gray 6 W/m tightness 3.2 g/cm extensibility 95 % dielectric constant dielectric loss factor Ω cm 7,37 [50 z] / 7,31 [1 kz] / 7,34 [1 z] 0,0101 [50 z] / 0,0022 [1 kz] / 0,0007 [1 z] 13 kv/mm class of flammibility U 94 V-0 on both sides covered with protective foil/ plates, usable area 300x200mm/ cuttings on customer's requirements 31

35 el thermal conductive foils for extreme compression A extremely strong compressible gap-filler thermal conductive foil very high efficiency in connection with very high little force for material compression perfectly suitable for balancing smallest unevennesses cuts and contours according to customer drawing material thickness [mm] R th (100 kpa) [ in 2 /W] R th (100 kpa) [ cm 2 /W] 130 S ± S ± S ± S ± version 130 S standard with double-sided adhesive surface blue 13 W/m tightness 3.3 g/cm extensibility 95 % dielectric constant dielectric loss factor Ω cm 9,28 [50 z] / 8,58 [1 kz] / 7,761 [1 z] 0,0483 [50 z] / 0,0389[1 kz] / 0,0147 [1 z] 12 kv/mm class of flammibility U 94 V-0 on both sides covered with protective foil/ plates, usable area 300x200mm/ cuttings on customer's requirements 32

36 A luid thermal conductive material two-part fluid gap filling material high dimensional stability after mounting automatic dispensation optimum balance of roughness and unevennesses to be stored at 25 room temperature, vertical standing with opening pointing downwards other delivery forms and container seizes upon request more package sizes and container types upon request store cool and dry version basin contents of delivery S 18 cartridge 1x 50 ml cartridge / 3x mixer 18 S 18 two-part fluid gap filling material yellow/ white (A/) mixture proportion 1:1 viscosity 25 Pa s 1.8 W/m tightness 2.7 g/cm 3 hardness range 50 Shore 00 dielectric constant thermal capacity Ω m 6.4 [1 kz] 1 J/g 400 V durability 6 25 working life at room temperature class of flammibility U 94 V-0 hardening time / cartridge with additional mixers Accessories 18 W P contents of delivery 10x mixer für 50 ml cartridge (packing unit 10 pieces) 1x applicator gun for 50 ml cartridge 33

37 luid thermal conductive material A fully curing one-component system very good thicker and thinner layer thicknesses possible no bleeding, small compression force necessary automatic dispensable more package sizes and container types upon request store cool and dry version viscosity basin contents of delivery S 35 cartridge 1x 30 ml cartridge S 35 one-part fluid gap filling material pink 30 Pa s 3,5 W/m tightness 3.2 g/cm 3 dielectric constant thermal capacity durability Ω m 7 [100 kz] 1 J/g 8 kv/mm 18 months class of flammibility U 94 V-0 Accessories P cartridge contents of delivery 1x applicator gun for 30 ml cartridge 34

38 A apton insulator washers very low thermal resistance optimised heat conductivity best mechanical charactaristics polyimide-carrier foil with silicone-free phase changing thermal conductive layer completely coated on both sides clean processing, no abrasion of the coating stacked foils do not stick together good resistance against cleening agents no cold flow low pressure force necessary, thus particularly applicable for spring-fixing of semiconductors cuttings and special versions according to customer's requirements the thermal details refer to an area of 1 inch 2 (6.45 cm 2 ) Ø 3, ±0, ±0,5 AP 1 P suitable for pre-cut parts (plate) Ø 3,1 AP 247 O TO 248/ TO 218/ TO 247 Ø 3,1 Ø 4,2 AP 218 O TO 218 Ø 1,5 Ø 4,2 AP 220 O TO 220 AP 218 TO 248/ TO 218/ TO material AP 220 TO 220 4,5 13,5 18 AP 220 TO AP 3 TO 3 AP 1 P AP polyimide-carrier foil with silicone-free phase changing thermal conductive layer completely coated on both sides phase change temperature 52 thermal resistance 0.15 /W [at 1 inch 2 ; = 6.45 cm 2 ; = TO 3 (AP 3)] insulation resistance material thickness 0.45 W/m (substrate) Ω 0.077mm (substrate 0.05mm) extensibility 30 % 7.8 kv class of flammibility U 94 V-0 plate cut 35

39 ica wafers A Ø 4,1 Ø 3,1 Ø 3,7 Ø ,5 13, ,5 18 5, S 220 TO 220 Ø 3,1 S 218 TO 218 Ø 3,1 S 3 P S TOP 3 Ø 3,1 Ø 4,2 Ø 2 S 66 P TO 66 S TO , , ,5 4 13, ,9 30 S 220 P TO 220 S 32 P SOT 32 S 3 P TOP 3 S 3 TO 3 S material material thickness thermal resistance (S 3) insulation resistance muskovit 0.05 mm 0.4 /W 5 kv Ω cm 36

40 A Aluminium oxide wafers other thicknesses and versions on request = thickness; = flatness Ø 4 Ø 4 16 Ø 3,6 Ø 3, ,5 23 AOS mm 0.02 mm Ø 3, AOS mm 0.15 mm Ø 3, AOS mm 0.02 mm Ø 4 23 AOS 3 P 2 1 mm 0.15 mm Ø 3, ,5 AOS 3 P S 1.5 mm 0.15 mm Ø 3, ,5 19, ,3 3,7 11 AOS mm 0.11 mm AOS 220 S 4.5 mm mm AOS mm mm AOS mm mm AOS mm mm 21 Ø 4 R 7,5 17,5 Ø 3,1 4 10,9 5,1 Ø 1,1 9,5 Ø 3,2 8 2,5 Ø O, AOS mm mm 15 20,5 AOS 3 P 1.5 mm mm AOS mm mm AOS mm 0.03 mm AOS mm mm Ø 4,9 4,2 4,9 Ø 4,3 Ø 4, ,2 5,1 19,2 13,2 40,5 16,9 AOS mm mm material specific electrical resistance 9,7 33,3 14,7 AOS mm 0.10 mm AOS A 2 O 3 - ceramics >10 14 Ω/cm 25 W/m dielectric constant 9 linear expansion coefficient ~ / thermal resistance 0.3 /W [at 1 inch 2 ; = 6.45 cm 2 ; = TO 3 (AOS 3 )] 10 kv/mm 37

41 Aluminium oxide wafers according to customer's instructions laser-cut versions with outer dimensions and cutouts according to customer's requirements other plate dimensions upon request max. plate dimension 180 x 180 mm A material thickness [mm] outer dimensions [mm] ,6x106, ,6x106, x ,6x106,6/ 160x113/ 190x ,6x106,6/ 160x113/ 180x x114/ 160x113/ 165x x114/ 160x113/ 165x114/ 180x x x114/ 290x x x114 38

42 A Phase hange thermal conductive material strapless (free standing film) changing condition thermal conductive material as a foil material with phase changing temperature at 48 or 52 best, above the phase change temperature the material flows in all gaps of the impinged device and heatsink thixotropic, therefore no migration of the material away from the moistened surface no influence on the due to thermal cycles only low contact pressure necessary, as it is no elastomer and therefore ideally suitable for clamp mounting of the devices not electrically conductive, but no insulator self-adhesive properties, also suitable for large surfaces no toxic ingredients customised cuts upon request with double-sided protective film basin dimensions [mm] material thickness [mm] S 20 P plate, protection foil on both 300x400x0.2 ± sides S 52 P plate, protection foil on both sides 330x343x0.127 ± S 20 P S 52 P phase change temperature thermal resistance (1 in 2, TO 3) at contact pressure of 0.08 /W 0.03 /W /mm /mm 2 2 W/m 0.9 W/m tightness 2.9 g/cm 3 2 g/cm adhesive holding force 0.6 /mm /mm 2 dielectric constant 4,8 [1 kz] / 4,4 [1 z] 3.8 [1 kz] 3.4 [1 z] white class of flammibility U 94 V-0 39

43 Phase hange thermal conductive material A phase change material on a polyamide basis very good thermal properties one-sided adhesive layer eases the mounting particularly suitable for the application of spring clips cuts and contours upon customised drawing specifications material thickness [mm] S 15 P S 15 P S 15 P S 15 P phase change temperature 52 version electrically insulating phase change material with polyamide reinforcement and one-sided adhesive layer gold 1.5 W/m extensibility 40 % dielectric constant tensile strength Ω m 4,5 [1 kz] 7,000 psi class of flammibility U 94 V-0 Thermal resistances vs. contact pressure / surface TO kv cuttings on customer's requirements/ sheet material/ rolled goods pressure [psi] thermal resistance S 15 P 011 [/W] thermal resistance S 15 P 012 [/W] thermal resistance S 15 P 014 [/W] thermal impedance S 15 P 011 [-cm²/w] thermal impedance S 15 P 012 [-cm²/w] thermal impedance S 15 P 014 [-cm²/w]

44 A Thermal conductive paste Silicon thermal transfer compound thermal conductive paste used to reduce the thermal transmission resistance between semiconductor and heatsink basin delivery quantity [g] WP 004 box 4 WP 035 box 35 WP 500 box 500 WP 300 S cartridge (310 ml) 300 WP 500 S cartridge (310 ml) 500 Silicone-free thermal transfer compound thermal conductive paste used to reduce the thermal transmission resistance between semiconductor and heatsink basin delivery quantity [ml] delivery quantity [g] WP 05 syringe 2 WP 10 syringe 5 WP 20 syringe 10 WP 50 syringe 20 WP 300 S cartridge (310 ml) 300 WP composition silicone oil, inorganic filling material silicone free synthetic liquid. etal oxide filling. consistance specific electrical resistance pastey >10 12 Ω/cm flashpoint none ( 53213) of the basic oil >280 (SO 2592) drop point >260 WP thermal resistance no bleeding at (4 h/200 ) <1% (96 h/200 ) acid number solubility in water < 0.01 mg O/g insoluble white white-grey 0.61 W/m >0.7 W/m tightness 1.1 g/cm 3 approx. 2 g/cm

45 Thermal conductive paste eramic filled, silicone-free thermal conductive paste with high suitable especially for silicone-sensitive applications no drying out, hardening or melting of the thermal conductive paste high long-term stability further package sizes, container types such as cans, cartridge, etc. upon request A basin delivery quantity [ml] WP 3 syringe 3 WP 5 syringe 5 WP 10 syringe 10 composition consistance solubility in water WP silicone-free, synthetic fluid ceramic filled pastey insoluble silver 10 W/m tightness 1.4 g/cm not applicable, because conducting 42

46 A Thermally conductive adhesive thermally conductive, electrically non-conductive adhesive two part epoxy resin adhesive, metaloxide filled fully replaces mechanical fastenings excellent function and application characteristics to be stored at a cool and dark place W 5 composition 5 g resin/0.5 g hardener W 10 composition 10 g resin/1 g hardener composition composition W g resin/3 g hardener W g resin/12 g hardener W specific thermal resistance 1.2 m /W Ω/cm hardening time 20 approx h / 25 approx. 8 h / 120 approx. 20 min glue layer poxid mixture proportion 10: W/m

47 Thermally conductive adhesive solvent-free and thermal conductive two part adhesive epoxy based filled with aluminium oxide composition of hardener and resin (1:1) with statical mixing tube lockability of the container via uer-ock System good usage and working properties more package sizes and container types upon request store cool and dry A basin contents of delivery W 4 syringe 1x 4 ml syringe / 3x mixer W 4 W 10 syringe 1x 10 ml syringe / 3x mixer W 4 W 50 cartridge 1x 50 ml cartridge / 3x mixer W 50 specific thermal resistance working life at room temperature hardening time glue layer W 118 cm/w Ω/cm approx. 30 min 60 approx. 4 h/25 approx. 16 h poxid mixture proportion 1:1 Accessories W 4 W 50 W P 1 W/m contents of delivery 10x mixer für 4 & 10 ml syringe (packing unit 10 pieces) 10x mixer für 50 ml cartridge (packing unit 10 pieces) 1x applicator gun for 50 ml cartridge 44

48 to cool to protect to connect to cool to protect to connect kühlen schützen verbinden to cool to protect to connect dissipation protection connexion f.cool.e SO 9001 SO SO xtruded heatsinks heatsinks ooling aggregates f.con.e Sockets onnectors rackets f.collect SO 9001 SO SO xtruded heatsinks,sockets Slip-ase -heatsinks, ooling aggregates, Thermally conductive mat. onnectors rackets for collecting the ischer catalogues ischer lektronik mb & o. ottebohmstraße üdenscheid UTSA on ax mail nternet