Lead Free 48 RA Solder Wire, .031", 3.3% Flux, Sn99.3Cu0.7, 1lb Spool
Hisco #:24-9574-1402-16600
MFG #:48
Our Price: $50.41 LB
List Price: Manufacturer Lead Time When Not In Stock: 28 days
Minimum Order QTY: 1
Item must be ordered in multiples of 1
Item must be ordered in multiples of 1
Quantity | Price | Save |
---|---|---|
1 | 50.41 | |
25 | 48.73 | Save 3% |
The Kester 48 is a 48 flux cored lead free solder wire developed for lead-free applications to enable soldering of most common metals. This solder has performance characteristics far exceeding standard RA fluxes and features "instant-action" wetting to provide fast and reliable solder joints.
Kester 48 Features:- Developed for lead-free applications
- Enables soldering of most common metals
- Exceeds standard RA fluxes
- Wire diameter: .031"
- Alloy: Sn99.3Cu0.7 (99.3% Tin / 0.7% Copper)
- Melting range: 440°F (227°C)
- Core flux type: RA
- Core size: 66
- Spool size: 1 lb.
- Shelf life: 3 years from DOM
- RoHS compliant: Yes
Product Description
Technical Information
SDS/TDS
Back to top
Product Description
The Kester 48 is a 48 flux cored lead free solder wire developed for lead-free applications to enable soldering of most common metals. This solder has performance characteristics far exceeding standard RA fluxes and features "instant-action" wetting to provide fast and reliable solder joints.
Kester 48 Features:- Developed for lead-free applications
- Enables soldering of most common metals
- Exceeds standard RA fluxes
- Wire diameter: .031"
- Alloy: Sn99.3Cu0.7 (99.3% Tin / 0.7% Copper)
- Melting range: 440°F (227°C)
- Core flux type: RA
- Core size: 66
- Spool size: 1 lb.
- Shelf life: 3 years from DOM
- RoHS compliant: Yes
Technical Information
Brand: Kester
Product Type: Solder Wire
Length: 2.0 in.
Width: 2.0 in.
Height: 2.0 in.
Availability: In Stock
Maximum Storage Temperature: 80
Minimum Storage Temperature: 60
Weight: 1.068
Country Of Origin: US
Our Price: $50.41 LB
List Price: Minimum Order QTY: 1
Item must be ordered in multiples of 1
Item must be ordered in multiples of 1