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Soldering wire S03X7CA-72M

Anti iron tip erosion super low Ag flux cored wire solder

Alloy: Sn 0.3Ag 0.7Cu 0.03Co

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S03X7Ca-72M 0,2mm 200g
701270

Anti iron tip erosion super low Ag flux cored wire solder

Co added to S03X7Ca-72M forms a barrier layer at the iron tip surface, which inhibits erosion of the tip. S03X7Ca-72M significantly reduces wear of iron tips compared to regular lead-free solder.

72M series contain new activators for improved wettability and new resin composition for better flux coverage. 

They can prevent bridging even at defect prone conditions such as low iron tip temperature or fast sliding speed.

The low Ag composition of 0.3% reduces product prices, while prevention of iron tip erosion reduces running costs. S03X7Ca-72M offers dual cost reduction effects.

Product Performance Table

Alloy
Sn 0.3Ag 0.7Cu 0.03Co
 
Melting Point(℃)
217-227
 
Flux Content(%)
3.2 / 4.5
 
Halide content(%)
< 0.01
 
Flux Type
ROL0 (IPC J-STD-004)

 

701271

Anti iron tip erosion super low Ag flux cored wire solder

Co added to S03X7Ca-72M forms a barrier layer at the iron tip surface, which inhibits erosion of the tip. S03X7Ca-72M significantly reduces wear of iron tips compared to regular lead-free solder.

72M series contain new activators for improved wettability and new resin composition for better flux coverage. 

They can prevent bridging even at defect prone conditions such as low iron tip temperature or fast sliding speed.

The low Ag composition of 0.3% reduces product prices, while prevention of iron tip erosion reduces running costs. S03X7Ca-72M offers dual cost reduction effects.

Product Performance Table

Alloy
Sn 0.3Ag 0.7Cu 0.03Co
 
Melting Point(℃)
217-227
 
Flux Content(%)
3.2 / 4.5
 
Halide content(%)
< 0.01
 
Flux Type
ROL0 (IPC J-STD-004)
701272

Anti iron tip erosion super low Ag flux cored wire solder

Co added to S03X7Ca-72M forms a barrier layer at the iron tip surface, which inhibits erosion of the tip. S03X7Ca-72M significantly reduces wear of iron tips compared to regular lead-free solder.

72M series contain new activators for improved wettability and new resin composition for better flux coverage. 

They can prevent bridging even at defect prone conditions such as low iron tip temperature or fast sliding speed.

The low Ag composition of 0.3% reduces product prices, while prevention of iron tip erosion reduces running costs. S03X7Ca-72M offers dual cost reduction effects.

Product Performance Table

Alloy
Sn 0.3Ag 0.7Cu 0.03Co
 
Melting Point(℃)
217-227
 
Flux Content(%)
3.2 / 4.5
 
Halide content(%)
< 0.01
 
Flux Type
ROL0 (IPC J-STD-004)
701273

Anti iron tip erosion super low Ag flux cored wire solder

Co added to S03X7Ca-72M forms a barrier layer at the iron tip surface, which inhibits erosion of the tip. S03X7Ca-72M significantly reduces wear of iron tips compared to regular lead-free solder.

72M series contain new activators for improved wettability and new resin composition for better flux coverage. 

They can prevent bridging even at defect prone conditions such as low iron tip temperature or fast sliding speed.

The low Ag composition of 0.3% reduces product prices, while prevention of iron tip erosion reduces running costs. S03X7Ca-72M offers dual cost reduction effects.

Product Performance Table

Alloy
Sn 0.3Ag 0.7Cu 0.03Co
 
Melting Point(℃)
217-227
 
Flux Content(%)
3.2 / 4.5
 
Halide content(%)
< 0.01
 
Flux Type
ROL0 (IPC J-STD-004)
701274

Anti iron tip erosion super low Ag flux cored wire solder

Co added to S03X7Ca-72M forms a barrier layer at the iron tip surface, which inhibits erosion of the tip. S03X7Ca-72M significantly reduces wear of iron tips compared to regular lead-free solder.

72M series contain new activators for improved wettability and new resin composition for better flux coverage. 

They can prevent bridging even at defect prone conditions such as low iron tip temperature or fast sliding speed.

The low Ag composition of 0.3% reduces product prices, while prevention of iron tip erosion reduces running costs. S03X7Ca-72M offers dual cost reduction effects.

Product Performance Table

Alloy
Sn 0.3Ag 0.7Cu 0.03Co
 
Melting Point(℃)
217-227
 
Flux Content(%)
3.2 / 4.5
 
Halide content(%)
< 0.01
 
Flux Type
ROL0 (IPC J-STD-004)
701275

Anti iron tip erosion super low Ag flux cored wire solder

Co added to S03X7Ca-72M forms a barrier layer at the iron tip surface, which inhibits erosion of the tip. S03X7Ca-72M significantly reduces wear of iron tips compared to regular lead-free solder.

72M series contain new activators for improved wettability and new resin composition for better flux coverage. 

They can prevent bridging even at defect prone conditions such as low iron tip temperature or fast sliding speed.

The low Ag composition of 0.3% reduces product prices, while prevention of iron tip erosion reduces running costs. S03X7Ca-72M offers dual cost reduction effects.

Product Performance Table

Alloy
Sn 0.3Ag 0.7Cu 0.03Co
 
Melting Point(℃)
217-227
 
Flux Content(%)
3.2 / 4.5
 
Halide content(%)
< 0.01
 
Flux Type
ROL0 (IPC J-STD-004)
701276

Anti iron tip erosion super low Ag flux cored wire solder

Co added to S03X7Ca-72M forms a barrier layer at the iron tip surface, which inhibits erosion of the tip. S03X7Ca-72M significantly reduces wear of iron tips compared to regular lead-free solder.

72M series contain new activators for improved wettability and new resin composition for better flux coverage. 

They can prevent bridging even at defect prone conditions such as low iron tip temperature or fast sliding speed.

The low Ag composition of 0.3% reduces product prices, while prevention of iron tip erosion reduces running costs. S03X7Ca-72M offers dual cost reduction effects.

Product Performance Table

Alloy
Sn 0.3Ag 0.7Cu 0.03Co
 
Melting Point(℃)
217-227
 
Flux Content(%)
3.2 / 4.5
 
Halide content(%)
< 0.01
 
Flux Type
ROL0 (IPC J-STD-004)
701277

Anti iron tip erosion super low Ag flux cored wire solder

Co added to S03X7Ca-72M forms a barrier layer at the iron tip surface, which inhibits erosion of the tip. S03X7Ca-72M significantly reduces wear of iron tips compared to regular lead-free solder.

72M series contain new activators for improved wettability and new resin composition for better flux coverage. 

They can prevent bridging even at defect prone conditions such as low iron tip temperature or fast sliding speed.

The low Ag composition of 0.3% reduces product prices, while prevention of iron tip erosion reduces running costs. S03X7Ca-72M offers dual cost reduction effects.

Product Performance Table

Alloy
Sn 0.3Ag 0.7Cu 0.03Co
 
Melting Point(℃)
217-227
 
Flux Content(%)
3.2 / 4.5
 
Halide content(%)
< 0.01
 
Flux Type
ROL0 (IPC J-STD-004)
701278

Anti iron tip erosion super low Ag flux cored wire solder

Co added to S03X7Ca-72M forms a barrier layer at the iron tip surface, which inhibits erosion of the tip. S03X7Ca-72M significantly reduces wear of iron tips compared to regular lead-free solder.

72M series contain new activators for improved wettability and new resin composition for better flux coverage. 

They can prevent bridging even at defect prone conditions such as low iron tip temperature or fast sliding speed.

The low Ag composition of 0.3% reduces product prices, while prevention of iron tip erosion reduces running costs. S03X7Ca-72M offers dual cost reduction effects.

Product Performance Table

Alloy
Sn 0.3Ag 0.7Cu 0.03Co
 
Melting Point(℃)
217-227
 
Flux Content(%)
3.2 / 4.5
 
Halide content(%)
< 0.01
 
Flux Type
ROL0 (IPC J-STD-004)

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