Weller WSW SAC M1 (T0051388199) Lead Free Solder Wire, Ø 0.3mm, Alloy Sn96.5Ag3.0Cu0.5, Flux Content 3.5%, 100g, Silver
Prices from
COMPARE ALL WEBSHOPS
(1)
Amazon
PERFORMANCE & PRODUCTIVITY - Optimized performance with a guaranteed and consistent 100% continuous flux core. QUALITY SOLDER JOINTS - Long-term, highly durable soldering joints that will not crack, even on difficult surfaces. LOW TOTAL COST OF OWNERSHIP - Up to 70% less reduced tip consumption and provide a low total cost of ownership by saving labor time & ressources due a higher productivity. REDUCED SPLASH - Increase direct user safety as well as workplace cleanliness. FLOW + HEAT PERFORMANCE - Patented alloys guarantee optimal results., Weight: 26.45547144 Pounds, Manufacturer: Weller
Read more
111.79
![]() |
£ 111.79 | To Shop |
Description
Amazon
PERFORMANCE & PRODUCTIVITY - Optimized performance with a guaranteed and consistent 100% continuous flux core. QUALITY SOLDER JOINTS - Long-term, highly durable soldering joints that will not crack, even on difficult surfaces. LOW TOTAL COST OF OWNERSHIP - Up to 70% less reduced tip consumption and provide a low total cost of ownership by saving labor time & ressources due a higher productivity. REDUCED SPLASH - Increase direct user safety as well as workplace cleanliness. FLOW + HEAT PERFORMANCE - Patented alloys guarantee optimal results., Weight: 26.45547144 Pounds, Manufacturer: Weller
Compare webshops (1)
Shop
Price
PERFORMANCE & PRODUCTIVITY - Optimized performance with a guaranteed and consistent 100% continuous flux core. QUALITY SOLDER JOINTS - Long-term, highly durable soldering joints that will not crack, even on difficult surfaces. LOW TOTAL COST OF OWNERSHIP - Up to 70% less reduced tip consumption and provide a low total cost of ownership by saving labor time & ressources due a higher productivity. REDUCED SPLASH - Increase direct user safety as well as workplace cleanliness. FLOW + HEAT PERFORMANCE - Patented alloys guarantee optimal results., Weight: 26.45547144 Pounds, Manufacturer: Weller