Electronics

Water-based fluxes: efficiency and sustainability in electronics manufacturing

Catalog number

Product

Solids content

Application

Activators

Cat. no. 6012

EO-G-001 (multiflux)

3.5 wt.-%

Wave and selective soldering

di-carboxylic acids, VOC-free, resin-free, halogen-free

Cat. no. 6015

EO-G-002 (multiflux)

3.0 wt.-%

Wave and selective soldering

di-carboxylic acids, VOC-free, synthetic resin, halogen-free

Cat. no. 6008

EO-G-003 (multiflux)

3.3 wt.-%

Wave and selective soldering

di-carboxylic acids, VOC-free, resin-free, halogen-free

Cat. no. 6091

EO-G-005 (multiflux)

4.0 wt.-%

Wave soldering (spray fluxing), hand and selective soldering

di-carboxylic acids, VOC-free

Cat. no. 6131

EO-G-006 (multiflux)

5.0 wt.-%

Wave soldering (spray fluxing), hand and selective soldering

di-carboxylic acid complex, VOC-free, halogen-free

Cat. no. 6135

EO-G-006A (multiflux)

2.0 wt.-%

Wave soldering (spray fluxing), hand and selective soldering

di-carboxylic acid complex, VOC-free, halogen-free

Cat. no. 6133

EO-G-006B (multiflux)

3.0 wt.-%

Wave soldering (spray fluxing), hand and selective soldering

di-carboxylic acid complex, VOC-free, halogen-free

Cat. no. 6134

EO-G-006C (multiflux)

4.0 wt.-%

Wave soldering (spray fluxing), hand and selective soldering

di-carboxylic acid complex, VOC-free, halogen-free

Cat. no. 6132

EO-G-007 (multiflux)

7.0 wt.-%

Wave soldering (spray fluxing), hand and selective soldering

di-carboxylic acids, VOC-free, halogen-free

Cat. no. 2107

WB-30/EK 1401 (multiflux)

3.0 wt.-%

Wave and selective soldering

di-carboxylic acids, VOC-free, synthetic resin, halogen-free

Cat. no. 2118

WB-35/SOX (multiflux)

3.5 wt.-%

Wave and selective soldering

di-carboxylic acids, VOC-free, resin-free, halogen-free

Cat. no. 2125

WB-35/SOX-DT (multiflux)

3.5 wt.-%

Wave and selective soldering

di-carboxylic acids, VOC-free, resin-free, halogen-free

Environmental friendliness

Water-based fluxes are not hazardous goods, are not flammable and do not contain any volatile organic compounds (VOCs). This minimizes health risks for employees and the environment. It also reduces occupational health and safety requirements.

Cost efficiency

Water-based fluxes are not hazardous goods. This reduces the costs for transportation, storage, environmental protection measures and compliance with legal regulations. In addition, water-based fluxes ensure lower material consumption thanks to precise dosing.

High process reliability

Water-based fluxes provide uniform wetting of the solder joints and ensure excellent activation even at low temperatures. They ensure a clean soldering pattern and meanwhile achieve drying times that are in no way inferior to those of alcohol-based fluxes.

Optimized cleaning

Residues left after soldering can be easily removed using water or agents cleaning agents. This eliminates the need for aggressive chemical cleaners, protecting both components and production environments.