News : Aismalibar

super-large

large

medium

small

Last news

Aismalibar to attend The Battery Show Europe June 28th to 30th 2022

6/22/2022

Aismalibar to attend The Battery Show Europe June 28th to 30th 2022

Aismalibar to attend the PCIM Europe from 10-12 May 2021.

5/06/2022

Aismalibar to attend the PCIM Europe from 10-12 May 2021.

These are the new TIMs for power electronics

4/09/2022

These are the new TIMs for power electronics

Improved Thermal Interface Materials<br>for Cooling High-Power Electronics

3/09/2022

Improved Thermal Interface Materials
for Cooling High-Power Electronics

Aismalibar’s new range of Thermal Interface Material (TIM).

11/16/2021

Aismalibar’s new range of Thermal Interface Material (TIM).

AISMALIBAR to exhibit at 2021 Productronica, November 16-19, 2021 in Munich, Germany.

11/16/2021

AISMALIBAR to exhibit at 2021 Productronica, November 16-19, 2021 in Munich, Germany.

FR4 Thermal properties to consider when designing PCBs

10/01/2021

FR4 Thermal properties to consider when designing PCBs

Learn how to remove heat from your PCB designs

10/14/2020

Learn how to remove heat from your PCB designs

Webinar: Lab tests to ensure the quality of IMS Laminates with American Standard Circuits.

10/02/2020

Webinar: Lab tests to ensure the quality of IMS Laminates with American Standard Circuits.

Aismalibar Adds Steven Calvert As Field Applications Engineer

9/29/2020

Aismalibar Adds Steven Calvert As Field Applications Engineer

News

Photo of a dimly lit room with a computer interface terminal.

Aismalibar to attend The Battery Show Europe June 28th to 30th 2022

Sin categorizar

Photo of a dimly lit room with a computer interface terminal.

Aismalibar to attend the PCIM Europe from 10-12 May 2021.

Sin categorizar

Photo of a dimly lit room with a computer interface terminal.

These are the new TIMs for power electronics

Sin categorizar

Photo of a dimly lit room with a computer interface terminal.

Improved Thermal Interface Materials
for Cooling High-Power Electronics

Sin categorizar

Photo of a dimly lit room with a computer interface terminal.

Aismalibar’s new range of Thermal Interface Material (TIM).

Products

Photo of a dimly lit room with a computer interface terminal.

AISMALIBAR to exhibit at 2021 Productronica, November 16-19, 2021 in Munich, Germany.

Events & Fairs

Photo of a dimly lit room with a computer interface terminal.

FR4 Thermal properties to consider when designing PCBs

Products

Sin categorizar

Photo of a dimly lit room with a computer interface terminal.

Learn how to remove heat from your PCB designs

Products

Photo of a dimly lit room with a computer interface terminal.

Webinar: Lab tests to ensure the quality of IMS Laminates with American Standard Circuits.

Products

Photo of a dimly lit room with a computer interface terminal.

Aismalibar Adds Steven Calvert As Field Applications Engineer

Sin categorizar

Photo of a dimly lit room with a computer interface terminal.

Innovative Thermal Management Solutions for High Power Electronic Modules

Sin categorizar

Photo of a dimly lit room with a computer interface terminal.

Thermal FR4 by Aismalibar, the evolution of standard FR4

Sin categorizar

Photo of a dimly lit room with a computer interface terminal.

Dielectric Film as TIM in Power Electronic Applications

Sin categorizar

Photo of a dimly lit room with a computer interface terminal.

Aismalibar to attend the PCIM Europe digital days from 3-7 May 2021

Sin categorizar

Photo of a dimly lit room with a computer interface terminal.

EV Industry Facing Bottleneck Challenges

Sin categorizar

Photo of a dimly lit room with a computer interface terminal.

Aismalibar adds “Arkeo Stack” to library of software tools

Sin categorizar

Photo of a dimly lit room with a computer interface terminal.

Aismalibar and American Standard Circuits Confirm IST thermal testing of HTC 3.2w High Tg Multilayer Thermal Conductive Material

Sin categorizar

Photo of a dimly lit room with a computer interface terminal.

Thermal Laminates: One More Tool in Your Toolbox

Sin categorizar

BOND SHEET CURED + AIR GAP FILLER

Ultra-thin dielectric layer, high dielectric strength,
high thermal conductivity and low thermal resistance.

Air Gap Filler μm (mils)

50(2,0)

Bond Sheet Cured μm (mils)

70(2,8) 80(3,1) 100(3,9)

Air Gap Filler μm (mils)

50(1,2)

Air Gap Filler μm (mils)

50(2,0)

Bond Sheet Cured μm (mils)

70(2,8)

80(3,1)

100(3,9)

	Total thickness
Bond Sheet Cured 70µm (ASTM 5476)	70 µm	4 KV	0,041 K/W	2,2 W/mK
Bond Sheet Cured 100µm (ASTM 5476)	100 µm	6 KV	0,058 K/W	2,2 W/mK
Bond Sheet Cured 70µm + Air Gap Filler	120 µm	4,2 KV	0,07 K/W	2,2 W/mK
Bond Sheet Cured 100µm + Air Gap Filler	150 µm	6,2 KV	0,088 K/W	2,2 W/mK
Air gap filler + Bond Sheet Cured 70µm + Air gap filler	170 µm	4,4 KV	0,099 K/W	2,2 W/mK
Air gap filler + Bond Sheet Cured 100µm + Air gap filler	200 µm	6,4 KV	0,117 K/W	2,2 W/mK
Bond Sheet Cured 80µm High Tg (ASTM 5476)	80 µm	4 KV	0,031 K/W	3,2 W/mK
Bond Sheet Cured 80µm High Tg + Air gap filler	130 µm	4,2 KV	0,051 K/W	3,2 W/mK
Air gap filler + Bond Sheet Cured 80µm HTg + Air gap filler	180 µm	4,4 KV	0,070 K/W	3,2 W/mK

Dielectric capacity Thermal resistance Rth Thermal conductivity

Bond sheet cured 70µm (ASTM5476)
Total thickness	70µm
Dialectric capacity	4KV
Thermal resistance Rth	0,041K/W
Thermal conductivity	2,2W/mK
Technical data sheet

Bond Sheet Cured 100µm (ASTM 5476)
Total thickness	100µm
Dialectric capacity	6KV
Thermal resistance Rth	0,058K/W
Thermal conductivity	2,2W/mK
Technical data sheet

Bond Sheet Cured 70µm + Air gap filler
Total thickness	120µm
Dialectric capacity	4,2KV
Thermal resistance Rth	0,07K/W
Thermal conductivity	2,2W/mK
Technical data sheet

Bond Sheet Cured 100µm + Air gap filler
Total thickness	150µm
Dialectric capacity	6,2KV
Thermal resistance Rth	0,88K/W
Thermal conductivity	2,2W/mK
Technical data sheet

Air gap filler + Bond Sheet Cured 70µm + Air gap filler
Total thickness	170µm
Dialectric capacity	4,4KV
Thermal resistance Rth	0,99K/W
Thermal conductivity	3,2W/mK
Technical data sheet

Air gap filler + Bond Sheet Cured 100µm + Air gap filler
Total thickness	200µm
Dialectric capacity	6,4KV
Thermal resistance Rth	0,117K/W
Thermal conductivity	3,2W/mK
Technical data sheet

Bond Sheet Cured 80µm High Tg (ASTM 5476)
Total thickness	80µm
Dialectric capacity	4KV
Thermal resistance Rth	0,031K/W
Thermal conductivity	3,2W/mK
Technical data sheet

Bond Sheet Cured 80µm High Tg + Air gap filler
Total thickness	130µm
Dialectric capacity	4,2KV
Thermal resistance Rth	0,051K/W
Thermal conductivity	3,2W/mK
Technical data sheet

Air gap filler + Bond Sheet Cured 80µm High Tg + Air gap filler
Total thickness	180µm
Dialectric capacity	4,4KV
Thermal resistance Rth	0,070K/W
Thermal conductivity	3,2W/mK
Technical data sheet

Bond sheet cured 70µm (ASTM5476)
Total Thickness	70 µm
Dialectric capacity	4 KV
Thermal resistance Rth	0,041K/W
Thermal conductivity	2,2W/mK
Technical data sheet

Bond Sheet Cured 100µm (ASTM5476)
Total Thickness	100 µm
Dialectric capacity	6 KV
Thermal resistance Rth	0,058 K/W
Thermal conductivity	2,2 W/mK
Technical data sheet

Bond Sheet Cured 70µm + Air gap filler
Total Thickness	120 µm
Dialectric capacity	4,2 KV
Thermal resistance Rth	0,07 K/W
Thermal conductivity	2,2 W/mK
Technical data sheet

Bond Sheet Cured 100µm + Air gap filler
Total Thickness	150 µm
Dialectric capacity	6,2 KV
Thermal resistance Rth	0,88 K/W
Thermal conductivity	2,2 W/mK
Technical data sheet

Air gap filler + Bond Sheet Cured 70µm + Air gap filler
Total Thickness	170 µm
Dialectric capacity	4,4 KV
Thermal resistance Rth	0,99 K/W
Thermal conductivity	3,2 W/mK
Technical data sheet

Air gap filler + Bond Sheet Cured 100µm + Air gap filler
Total Thickness	200 µm
Dialectric capacity	6,4 KV
Thermal resistance Rth	0,117 K/W
Thermal conductivity	3,2 W/mK
Technical data sheet

Bond Sheet Cured 80µm High Tg (ASTM 5476)
Total Thickness	80 µm
Dialectric capacity	4 KV
Thermal resistance Rth	0,031 K/W
Thermal conductivity	3,2 W/mK
Technical data sheet

Bond Sheet Cured 80µm High Tg + Air gap filler
Total Thickness	130 µm
Dialectric capacity	4,2 KV
Thermal resistance Rth	0,051 K/W
Thermal conductivity	3,2 W/mK
Technical data sheet

Air gap filler + Bond Sheet Cured 80µm High Tg + Air gap filler
Total Thickness	180 µm
Dialectric capacity	4,4 KV
Thermal resistance Rth	0,070 K/W
Thermal conductivity	3,2 W/mK
Technical data sheet

ALPRIMER (ISOLAL)

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

BOND SHEET CURED + THERMAL TAPE

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