Elektronik

Solder Pastes for soft-soldering of a wide range of metals

In soft-soldering, metals are joined together using solder at process temperatures below 450 °C. A solder is melted to create a bond between the metal surfaces. A solder is melted to create a bond between the metal surfaces. Emil Otto offers a variety of ready-to-use solder pastes for this purpose. Our solder pastes are used for conventional soft soldering of iron, steel, stainless steel, copper and brass materials as well as for tinning aluminium and aluminium alloys with pure tin.

Catalogue number

Product

Solids content

Application area

Activators

Cat.-No. 0962

ALUSOL-Sn

Soft soldering and tinning of aluminium and aluminium alloys with pure tin (Sn100)

Cat.-No. 0968

ALUSOL-Sn-X

Soft soldering and tinning of aluminium and aluminium alloys with pure tin (Sn100)

Cat.-No. 2719

Solder Paste B-26

Conventional soft soldering of copper and brass materials

Cat.-No. 0084

ZINNIN GREEN I Sn100

Conventional soft soldering and tinning of steel, stainless steel, brass and copper alloys

Cat.-No. 0094

ZINNIN GREEN II Sn96,5 Ag3,0 Cu0,5

Conventional soft soldering and tinning of steel, stainless steel, brass and copper alloys

Cat.-No. 0095

ZINNIN GREEN III SnCu3

Conventional soft soldering and tinning of steel, stainless steel, brass and copper alloys

Cat.-No. 0082

ZINNIN PQ LSnPb

Conventional soft soldering of steel, stainless steel, copper and brass materials

Cat.-No. 0089

ZINNIN PQ Sn100

Conventional soft soldering of stainless steel, iron, copper and brass materials

Cat.-No. 0081

ZINNIN PQ Sn96,5Ag3Cu0,5

Conventional soft soldering of stainless steel, iron, copper and brass materials

Cat.-No. 0101

ZINNIN PQ Sn97Ag3

Conventional soft soldering and tinning for stainless steel and steel alloys

Cat.-No. 0093

ZINNIN PQ Sn97Cu3

Conventional soft soldering of steel, stainless steel, copper and brass materials

Cat.-No. 0091

ZINNIN PQ SnAgBi57,6

Conventional soft soldering of steel, stainless steel, iron, copper and brass materials