-
Compatherm 9343 is a two part thermal filler from Nolato.
Features and benefits
Nolato integrated dispensing head solution.
4 W/mK thermal conductivity
Operating temperature -40 to +150˚ C
Ultra conforming before curing
Addition curing at room temperature
Very good wetting.
Two part material gives high mechanical stability after
curing -
Compatherm filler 9343 thermally conductive two-part addition cured compound from Nolato
Applications
The product is used to transfer heat from heat sources, such as components on a
PCB, to a heat sink. Compatherm filler 9343 has the ability to cover various gap
heights and complex geometries with a very low closure force.Compatherm filler key properties 9343
− 4 W/(mK) thermal conductivity
− Operating temperature -40 to +150˚ C
− Ultra-conforming
− Very good wetting
− Two-part material gives high mechanical stability after curing -
Compatherm filler 9344 thermally conductive two-part addition cured compound from Nolato.
Compatherm filler key properties 9344
− 4 W/(mK) thermal conductivity
− Operating temperature -40 to +150˚ C
− Ultra-conforming
− Very good wetting
− Two-part material gives high mechanical stability after curing
1. Applications
The product is used to transfer heat from heat sources, such as components on a
PCB, to a heat sink. Compatherm filler 9344 has the ability to cover various gap
heights and complex geometries with a very low closure force. -
Compatherm Paste 9532 a high performance, thin bondline thermal paste from Nolato
Compatherm paste 9532 key properties
− 2.5 W/(mK) thermal conductivity
− Operating temperature -40 to +150˚ C
− Non curing
− Solvent free
− Excellent long-time stability
− Suitable for printing, stamping applications -
Compatherm Paste 9543 a high performance thin bondline thermal paste from Nolato
Nolato thermal paste 9543 is designed to provide efficient heat transfer for cooling of
modern electronics.Compatherm paste 9543 key properties
− 4.3 W/(mK) thermal conductivity
− Operating temperature -40 to +150˚ C
− Non curing
− Excellent long-time stability -
Nolato 8650 is a material used for moulded components.
The material is a one component, peroxide cured silicone system.
Nolato 8650 is a material used for moulded components.
Nolato 8650 key properties
– Operating temperatures are between –55°C and +125°C.
– Silicone rubber can easily stand heat, cold, moisture, UV, ozone and
pressure over long times.
– In environmental tests this material has proved none or only slights
deterioration of conductivity and shielding effect. -
Nolato Compashield 2.0 EMI gasket Reduced compression force and better compression set
Up to 20 % lower compression force
– Less force needed when compressing the gasket
Up to 30 % better compression set
– Ensures good contact and improved shielding in the long-term.
Twice the tensile strength
– Robust to work with
Electrical resistance improved by 50%
– Excellent resistance also after aging -
Nolato Compatherm Pad 9410 is a cost effective thermally conductive interface material.
Compatherm Pad 9410 is a cost effective thermally conductive
interface material. The material is a filled thermal conductive
elastomer which provides good thermal performance with great
reliability. -
Nolato Compatherm Pad 9420 cost effective thermally conductive interface material.
Compatherm Pad 9420 is a cost effective thermally conductive interface material.
The material is a filled thermally conductive elastomer which provides good thermal
performance with great reliability.
Compatherm pad 9420 key properties
− 2 W/(mK) thermal conductivity
− Operating temperature -40 to +150˚ C
− Electrically insulating material
− Compliant elastomeric based material
− Naturally tacky on both sides, customised surface available
− Available in thickness from 0.25 to 5mm -
Nolato Norante 8831HAB two-component high-temperature curing conductive silica gel
Product features
● High temperature curing (100℃~150℃), with strong intermolecular bonding force and stable performance.
● Excellent conductivity.
● Good fluidity and high production efficiency.
● Strong adhesion.
● meet EU RoHS directive.
● It can be applied to triangle dispensing process, which can make up the fit tolerance of workpieces better.
●Trishield dispensing pad-triangle -
Nolato Norante8817HAB two-component high-temperature curing conductive silica gel
Product features
● High temperature curing (100℃~150℃), with strong intermolecular bonding force and stable performance.
● Excellent conductivity.
● Good fluidity and high production efficiency.
● Strong adhesion.
● meet EU RoHS directive.
● It can be applied to triangle dispensing process, which can make up the fit tolerance of workpieces better.
●Trishield dispensing pad-triangle -
Nolato Series 1110 Solid Silicone Rubber Sheets
DESCRIPTION
These sheets are manufactured to ZZ-R-765, AA59588, applicable MIL, AMS and SAE standards.
Commercial grades are available in durometers
from 10 to 85. Thicker sheets (2″ and more)
are available special order. Many sizes and
specifications in stock for immediate delivery.