Product selector

Innovative products from ELECTROLUBE

Is low/non-VOC required?

No Yes

The most suitable product would be:

WBP/s (Aquacoat Plus)
visit the product page to see more info

Please contact the Electrolube Technical Department on +61 (0) 2 9938 1566 or email sales@hkwentworth.com.au
if you would like any further assistance with product selection.

Is Optical clarity required?

No Yes

Is an approval required?

No Yes

We have found three suitable products, these are:

HPA (High Performance Acrylic) - approved to MIL-46058C
visit the product page to see more info

TFA (Toluene Free Acrylic) - approved to IPC-CC-830
visit the product page to see more info

FSC (Flexible Silicone Coating) - approved to IEC 61086
visit the product page to see more info

Please contact the Electrolube Technical Department on +61 (0) 2 9938 1566 or email sales@hkwentworth.com.au
if you would like any further assistance with product selection.

The most suitable product would be:

APL (Acrylic Protective Lacquer)
visit the product page to see more info

Please contact the Electrolube Technical Department on +61 (0) 2 9938 1566 or email sales@hkwentworth.com.au
if you would like any further assistance with product selection.

Is fast touch dry time required?

No Yes

Is an approval required?

No Yes

We have found three suitable products, these are:

Please contact the Electrolube Technical Department on +61 (0) 2 9938 1566 or email sales@hkwentworth.com.au
if you would like any further assistance with product selection.

The most suitable product would be:

APL (Acrylic Protective Lacquer)
visit the product page to see more info

Please contact the Electrolube Technical Department on +61 (0) 2 9938 1566 or email sales@hkwentworth.com.au
if you would like any further assistance with product selection.

Is easy removal for re-work required? (i.e. low chemical resistance)

No Yes

Is an approval required?

No Yes

We have found three suitable products, these are:

Please contact the Electrolube Technical Department on +61 (0) 2 9938 1566 or email sales@hkwentworth.com.au
if you would like any further assistance with product selection.

The most suitable product would be:

APL (Acrylic Protective Lacquer)
visit the product page to see more info

Please contact the Electrolube Technical Department on +61 (0) 2 9938 1566 or email sales@hkwentworth.com.au
if you would like any further assistance with product selection.

Is the operating temperature above 130°C?

No Yes

We have found two suitable products, these are:

WBP/s (Aquacoat Plus) -60°C to +170°C
visit the product page to see more info

DCA (SCC3 conformal coating) -70°C to +200°C
visit the product page to see more info

Please contact the Electrolube Technical Department on +61 (0) 2 9938 1566 or email sales@hkwentworth.com.au
if you would like any further assistance with product selection.

Is the operating temperature below -55°C?

No Yes

We have found three suitable products, these are:

NVOC (Non-VOC) -60°C to +125°C
visit the product page to see more info

DCA (SCC3 conformal coating) -70°C to +200°C
visit the product page to see more info

WBP/s (Aquacoat Plus) -60°C to +170°C
visit the product page to see more info

Please contact the Electrolube Technical Department on +61 (0) 2 9938 1566 or email sales@hkwentworth.com.au
if you would like any further assistance with product selection.

Is chemical resistance required?

No Yes

Is an approval required?

No Yes

The most suitable product would be:

DCA (SCC3 conformal coating) -70°C to +200°C
visit the product page to see more info

Please contact the Electrolube Technical Department on +61 (0) 2 9938 1566 or email sales@hkwentworth.com.au
if you would like any further assistance with product selection.

We have found two suitable products, these are:

NVOC (Non-VOC Coating)
visit the product page to see more info

PUC (Solvent-based Coating) -55°C to +130°C
visit the product page to see more info

Please contact the Electrolube Technical Department on +61 (0) 2 9938 1566 or email sales@hkwentworth.com.au
if you would like any further assistance with product selection.

We have found two suitable products, these are:

APL (Acrylic Protective Lacquer)
visit the product page to see more info

TFA (Toluene Free Acrylic) IPC-CC-830 Approved
visit the product page to see more info

Please contact the Electrolube Technical Department on +61 (0) 2 9938 1566 or email sales@hkwentworth.com.au
if you would like any further assistance with product selection.

Conformal coatings are designed to protect printed circuit boards and related equipment from their environment.

Typically applied at 25-50µm, these coatings ‘conform’ to the contours of the board allowing for excellent protection and coverage, ultimately extending the working life of the PCB. The use of conformal coatings is particularly important in safety critical areas, including automotive under-bonnet applications, military, aerospace and industrial applications.

Electrolube is among the world’s foremost experts in the formulation and application of conformal coatings designed to meet international approvals (including European and American military specifications). The range of products currently available comprises acrylics, silicones, polyurethanes, water-based and non-VOC coatings.

Electrolube can offer both transparent and pigmented coatings to improve or camouflage the appearance of printed circuit boards. The range also includes a number of ancillary products to complement the use of our conformal coatings. These include thinners and removers, peelable coating masks and thixotropic materials for the effective coating of lead ends.

Conformal coatings can be used in a wide range of environments to protect circuitry from hazards such as moisture, salt spray, chemicals (e.g. fuels, coolants, etc.) and high temperature. This can prevent corrosion, mould growth and electrical failures such as current leakage. The protection provided by conformal coatings allows for higher power and closer track spacing, in turn enabling designers to meet the demands of miniaturisation and reliability.