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Electronics

Soldering aids for electronics production

We offer various nozzle cleaners for reliable selective soldering. These can be used to clean coated and uncoated solder nozzles and help to remove scaling and dross deposits. The range of soldering aids is completed by a covering oil.

Nozzle cleaners are not only an indispensable part of the maintenance of selective soldering systems, they also contribute directly to improving production quality and efficiency. Emil Otto's nozzle cleaners offer electronics production a range of added values that can be demonstrated by increased quality, reduced costs and higher reproducibility:

Catalog number

Product

Solids content

Application

Activators

Cat. no. 2010

EO-COVERFLUID-TESU

-

Use in wave soldering systems

-

-

EO-FLUX-COVER PFS-001

-

Coating the surfaces of component connections

Complex of carboxylic acids and di-carboxylic acids

Cat. no. 2951

EO-NCF-001

-

Automatic nozzle cleaning of selective soldering systems

-

Cat. no. 2952

EO-NCF-002

-

Automatic nozzle cleaning of selective soldering systems

Di-carboxylic acid-resin complex, halogen-free

Cat. no. 2991

EO-NCF-1003

-

Automatic nozzle cleaning of selective soldering systems

-

Cat. no. 0673

EO-NOZZLE-PROTECT 1.0

-

Mini wave soldering, small solder baths, selective soldering with solder nozzles

-

Cat. no. 2995

NC-260/RF EO "Nozzle Clean"

-

Special paste for activating and cleaning uncoated solder nozzles

-

Ensuring the soldering quality

Dirty or clogged nozzles can negatively affect the amount of soldering material applied. This can result in incomplete or faulty solder joints, which can impair the reliability of electronic assemblies.

Maintaining system efficiency

Clean nozzles promote the optimum performance of a selective soldering system by ensuring that the soldering processes run smoothly. They also increase the efficiency of the machine and extend its service life.

Avoidance of material waste

Clean nozzles ensure precise dosing of the soldering material. Inefficient application due to dirty nozzles can lead to increased material consumption and therefore higher production costs.

Cost savings

By avoiding errors and minimizing wasted material, regular cleaning measures help to reduce overall production costs.

Minimization of downtimes

Regular nozzle cleaning reduces the likelihood of blockages, which can lead to production downtime. This improves the overall productivity of production.

Increase in process stability

Consistent soldering quality enables products that meet the high demands of the electronics industry. In addition, confidence in the quality of the manufactured assemblies is strengthened.