EN
Electronics
Alcohol-based flux

EO-B-013 (Multiflux)

Recommended method of application

Wave, selective, manual and repair soldering, dip soldering, strand tinning

No Clean-Flux, alcohol-based
Di-carboxylic acid complex, halide-free (WEEE/RoHS compliant)
Type ISO-9454: 1231 // DIN EN 61190-1-1: L0 (REL0)

Cat. no. 6088
6088-Kanister-EO-B-013-EN_520x520px

Technical data

Appearance:colourless, light yellowish, transparent liquid
Hazardous goods:Yes
Solids content:4.0 wt.-%
Acid value:32 - 35 mg KOH/g
Halogenide-free:Yes
Resinous:Yes
Available as a concentrate:No
Density at 20 °C:0.796 (+/- 0.003) g/ml
Flash point:12 °C
Durability:12 months

Description

EO-B-013 is a high-performance no-clean flux based on alcohol with di-carboxylic acids and synthetic resin. This flux was developed for wave soldering processes as well as for dip soldering processes and strand tinning. It can be applied using all standard application methods (except foaming). This flux is very versatile. Good results are achieved both in wave soldering and in special applications. The generally applicable rule that applied flux quantities should always be as low as possible also applies to this product.

Spray fluxes: If dosing is possible, first set the flux quantity to 20 - 30 ml/min, ensure even flux distribution on the PCB (test with thermal paper if necessary) and then correct to the optimum quantity.

Preheating: A preheating temperature of 80 - 110 °C is recommended for "simple" PCBs and 100 - 130 °C for "more complex" PCBs. It can be used in both leaded and lead-free solder systems.

Customer added value

  • Wide range of applications (multiflux)
  • Very good soldering properties (wetting)
  • Available as a concentrate in granulate form
  • Broad process window (very high thermal stability, good activity over a long interval)
  • Very good residue behavior (very clean, high SIR)
  • Successful passing of internal test (SIR selective)

Packaging units

Dosing bottle: 50 ml
Metering pen: 8 ml
Canister: 5 l, 20 l
Product information: EO-B-013 (Multiflux)