Hisco #:24-6337-7602-32285
MFG #:24-6337-7602


Item must be ordered in multiples of 1
Kester 24-6337-7602 No-Clean Solder Wire, .020" dia., Core Size-50 Sn63Pb37
Developed to provide superior wetting performance for hand soldering applications, Kester 275 no-clean wire solder is ideal for use with lead bearing or lead-free soldering. This unique halide-free, rosin-based flux results in a completely clear, cosmetically appealing residue without cleaning.
Kester 24-6337-7602 Features:- Colorless translucent residue eliminates cleaning requirements
- Enhanced wetting performance accommodates a range of surface finishes
- Unique chemical structure ensures low smoke, odor and spattering
- Compatible with both leaded and lead-free alloys for a variety of applications
- Classified as ROL0 per J-STD-004
- Compliant to Bellcore GR-78
- Wire diameter: .020"
- Alloy: Sn63Pb37 (63% Tin / 37% Lead)
- Melting point: 361°F (183°C)
- Core flux type: No-Clean
- Core size: 50
- Spool size: 1 lb.
- Shelf life: 3 years from DOM
- RoHS compliant: No
Product Description
Kester 24-6337-7602 No-Clean Solder Wire, .020" dia., Core Size-50 Sn63Pb37
Developed to provide superior wetting performance for hand soldering applications, Kester 275 no-clean wire solder is ideal for use with lead bearing or lead-free soldering. This unique halide-free, rosin-based flux results in a completely clear, cosmetically appealing residue without cleaning.
Kester 24-6337-7602 Features:- Colorless translucent residue eliminates cleaning requirements
- Enhanced wetting performance accommodates a range of surface finishes
- Unique chemical structure ensures low smoke, odor and spattering
- Compatible with both leaded and lead-free alloys for a variety of applications
- Classified as ROL0 per J-STD-004
- Compliant to Bellcore GR-78
- Wire diameter: .020"
- Alloy: Sn63Pb37 (63% Tin / 37% Lead)
- Melting point: 361°F (183°C)
- Core flux type: No-Clean
- Core size: 50
- Spool size: 1 lb.
- Shelf life: 3 years from DOM
- RoHS compliant: No
Technical Information
Item must be ordered in multiples of 1