Kontakt Chemie Black Graphite Conductive Lacquer for Electronic, PCB

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22,06 €

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26,69 €

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N° de stock RS:
131-6174
Numéro d'article Distrelec:
303-08-557
Référence fabricant:
76009
Fabricant:
Kontakt Chemie
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Marque

Kontakt Chemie

Product Type

Conductive Lacquer

Colour

Black

Application

Electronic, PCB

Maximum Operating Temperature

300°C

Product Form

Liquid

Package Type

Aerosol

Base Material

Graphite

Package Size

200 ml

Trade Name

GRAPHIT 33

Minimum Operating Temperature

250°C

Standards/Approvals

No

Pays d'origine :
BE

Kontakt Chemie Conductive Lacquer, Graphite, +250°C Minimum Operating Temperature - 76009


This conductive lacquer is suitable for a variety of electronic applications, enhancing the performance of PCBs while protecting against electrostatic discharges. The formulation, based on graphite, ensures effective conductivity at elevated temperatures.

Features & Benefits


• High-purity graphite provides excellent electrical conductivity

• Good adhesion to various substrates, including plastics and metals

• Functions as an effective ESD protection coating

• Serves as a high-temperature release agent

• Quick-drying composition reduces application time

• User-friendly aerosol allows for precise application control

Applications


• Coating the backs of cathode ray tubes

• Electroplating non-conductive materials

• Creating ESD-safe packaging solutions

• Repairing graphite-coated PCBs

• Optical uses, including laser applications

What is the best method for applying this lacquer?


Using the aerosol spray can from a distance of 20-30cm ensures an even coating on clean, dry surfaces.

How does the lacquer perform at high temperatures?


The product is heat resistant and maintains its properties at temperatures up to +300°C.

Can this lacquer be used in a vacuum environment?


Yes, preheating the lacquer before application in vacuum equipment is advisable for optimal results.

Is ventilation necessary when using this product?


Good ventilation is essential; ensure that all ignition sources are removed during application.

How can one enhance the conductivity of the coating?


Heating the applied coating at 90°C for one hour or polishing it can further decrease surface resistivity.

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