Brazing solder no. 2 DIN EN 1044, ISO 3677, B-Cu92PAg

Name: Brazing solder no. 2 DIN EN 1044, ISO 3677, B-Cu92PAg
Brand: Würth
SKU: 098752

Brazing solder no. 2
SLDR-NO2-(L-AG2P)-1KG-D2

Art.-no. 098752

EAN 4011231918831

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Brazing solder no. 2 DIN EN 1044, ISO 3677, B-Cu92PAg

Art.-no. 098752

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Quantity

x 1 pcs

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For the flux-free soldering of copper/copper connections in oil, gas and liquid gas installations and in heating and drinking water installations with pipe dimensions greater than 28 x 1.5 mm. When soldering brass or red bronze, an additional flux must be used.

Working temperature: 710°C

Melting range: 650–810°C

Notice

Solder does not contain flux.

Product information

Würth Catalogue

Datasheets(X)

Certificates/ Documents

Wire diameter x length	2.0 x 500 mm
Weight of content	1 kg
Min./max. melting temperature	650 to 810 °C
Ag composition of the brazing solder (weight-%)	2 %
Cu composition of the brazing solder (weight-%)	91.8 %
P composition of the brazing solder (weight-%)	6.2 %
DIN	8513
ISO	3677
Material designation	B-Cu92PAg
EN standard	1044
Length	500 mm
Wire diameter	2.0 mm
Min. melting temperature	650 °C
Max. melting temperature	810 °C
Contains flux	No
Working temperature	710 °C
Product weight (per item)	1022.000 g

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Permeation is the process by which a chemical moves through the material of a protective glove on a molecular level. The time from the initial contact between the chemical and the glove to the permeation of the material is the breakthrough time.

Measured breakthrough time

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< 10 min

≥ 10 min

≥ 30 min

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Important information:

The information given is based on experience and laboratory conditions and is designed as a guide. However, the actual suitability of a glove depends on the individual conditions of its use and must be confirmed by an appropriate test under operational conditions. Given the variety of materials and chemicals used, the possibility of incompatibility or usage problems for the wearer cannot be excluded in individual cases. We would be happy to advise you about optimum solutions.