
super-large
large
medium
small
Thermal interface
materials for EV
battery systems
Aismalibar develop high end thermal interface materials
The electric car revolution needs new battery concepts, offering reliable and safe operation as well as fast and efficient charging. Car manufacturers use different types of battery cells, cylindrical or prismatic and a variety of pack designs and assemblies. However, thermal stress in the cells negatively affects battery charging capacity, safety and longevity.
The electric car revolution needs new battery designs offering reliable and safe operation as well as fast and efficient charging. Car manufacturers use different type of battery cells, cylindrical or prismatic and variety of pack designs and assembling’s. However, heat fluctuation negatively affects battery charging capacity, safety and longevity.
Advantages using Aismalibar thermal Interface Material on BATTERY SYSTEMS
AISMALIBAR THERMAL SOLUTIONS FOR BATTERY SYSTEMS
Aismalibar high end thermal management solutions including thermal interface materials (TIM) as well as insulated metal substrates (IMS), optimize design, production processes and help manufacturers with efficient thermal performances.
Aismalibar high end thermal management solutions including thermal interface materials (TIM) as well as insulated metal substrates (IMS), optimize design, production processes and can help manufacturers and suppliers in reaching their challenges.
Aismalibar product recommendations
BSC ensures the dielectric resistance and with the AISMALIBAR GAP FILLER TECHNOLOGY we improve the thermal preformance. BSC can be delivered with air gap filler in one or both sides.
Air gaps bettwen the 2 materials are eliminated when the matareial achive the 40ºC.
Guarantied homogeneous coating +/- 2 µm
Excellent dielectric strength
Excellent wettability
No need maintenance
Discover more
Power electronics, electronic power modules in solar inverters, windmills, truck gear boxes, high power LED lighting, AC/DC converters. Industrial power electronics managements, in welding machines and robot drives. Electric Vehicles (EV) for Power Train and On-Board-Charger.
50(2,0)
70(2,8) 80(3,1) 100(3,9)
50(1,2)
50(2,0)
70(2,8)
80(3,1)
100(3,9)
Aluminum laminate coated with a thermal conductive ultra-thin dielectric layer.
Insulation thickness µm (in)
100(3,9)
Aluminium thickness um (In)
1000 (0.039)/ 1500 (0.059)/2000(0.078)/3000 (0.12)
Dielectric capacity (KV) | ||
---|---|---|
ALP | 6 | Technical Data Sheet |
Adhesive film with thermal transmission combined with an ultra-thin dielectric layer.
Thermal Tape um (mllc)
50 (1.9)
Dielectric thickness µm (mlic)
70(2,8)/80(3,1) / 100(3,9)
Total Thickness (µm) | Dielectric capacity (KV) | Thermal Resistance Rth (K/W) | Thermal Conductivity | ||
---|---|---|---|---|---|
Bond Sheet Cured 70µm + Thermal Tape | 120 | 4,5 | 0,09 | 2,2 W/mk | Technical Data Sheet |
Bond Sheet Cured 100µm + Thermal Tape | 150 | 6,5 | 0,107 | 2,2 W/mk | Technical Data Sheet |
Air Gap Filler + Bond Sheet Cured 70µm + Thermal Tape | 170 | 4,7 | 0,119 | 2,2 W/mk | Technical Data Sheet |
Air Gap Filler + Bond Sheet Cured 100µm + Thermal Tape | 200 | 6,7 | 0,136 | 2,2 W/mk | Technical Data Sheet |
Bond Sheet Cured 80µm High Tg + Thermal Tape | 130 | 4,5 | 0,08 | 3,2 W/mK | Technical Data Sheet |
Air Gap Filler + Bond Sheet Cured 80µm High Tg + Thermal Tape | 180 | 4,7 | 0,099 | 3,2 W/mK | Technical Data Sheet |
Aluminum laminate coated with a thermal conductive ultra-thin dielectric layer.
120(4,7)
1000(0.039)/1500(0.059)/ 2000(0.078)/3000(0.12)
120(4,7)
1000(0.039)
1500(0.059)
2000(0.078)
3000(0.12)
Total thickness | ![]() | ![]() | ![]() | ||
---|---|---|---|---|---|
Cobritherm ALP | 120 µm | 5 KV | 0,099 K/W | 2,2 W/mK | ![]() |
Cobritherm ALP | |
---|---|
Total Thickness | 120µm |
Dialectric capacity | 5KV |
Thermal resistance Rth | 0,099K/W |
Thermal conductivity | 2,2W/mK |
Technical data sheet | ![]() |
Adhesive film with thermal transmission combined with an ultra-thin thermally conductive dielectric layer.
50(2,0)
70(2,8) 80(3,1) 100(3,9)
50(2,0)
70(2,8)
80(3,1)
100(3,9)
Copper laminate coated with a thermal air gap filler.
50(2,0)
35(1,4) 70(2,8) 105(4,1)
![]() | |
---|---|
Copper | 380 w/mk |
Aismalibar thermal tape 50μm | 1,2 w/mk |
Aismalibar air gap filler | 3,2 w/mk |
50(2,0)
35(1,4)
70(2,8)
105(4,1)
![]() | |
---|---|
Copper | 380 w/mk |
Aismalibar thermal tape 50μm | 1,2 w/mk |
Aismalibar air gap filler | 3,2 w/mk |
Cookie | Duration | Description |
---|---|---|
__cf_bm | 30 minutes | This cookie, set by Cloudflare, is used to support Cloudflare Bot Management. |