Flux-Cored 285 RMA Solder Wire, .031", 3.3% Flux, Sn60Pb40, 1lb Spool
Hisco #:24-6040-9710-44800
MFG #:24-6040-9710
Our Price: $89.36 LB
List Price: Availability: 52 In Stock
Manufacturer Estimated Lead Time When Not In Stock: 32 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 | 89.36 | |
| 25 | 86.62 | Save |
The Kester 24-6040-9710 is a cored solder wire with a minimum melting temperature of +183.
The Kester 24-6040-9710 Features:- Industry standard RMA cored wire
- Compatible with leaded and lead-free alloys
- Classified as ROL0 per J-STD-004
- Brand: Kester®
- Product Type: Cored Solder Wire
- Wire Diameter: 0.03in
- Chemical Composition: Sn60Pb40
- Flux Type: Rosin
- Maximum Melting Temperature: +301°C
- Minimum Melting Temperature: +183°C
- Color: Silver Gray
- Primary Color: Gray
- Container Type: Spool
- Container Size: 1lb
- Applications: Electronics Industry, Soldering
- Standards Met: ROL0 per J-STD-004, IPC-TM-650
Product Description
Technical Information
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Product Description
WARNING: Cancer and Reproductive Harm - www.P65Warnings.ca.gov
The Kester 24-6040-9710 is a cored solder wire with a minimum melting temperature of +183.
The Kester 24-6040-9710 Features:- Industry standard RMA cored wire
- Compatible with leaded and lead-free alloys
- Classified as ROL0 per J-STD-004
- Brand: Kester®
- Product Type: Cored Solder Wire
- Wire Diameter: 0.03in
- Chemical Composition: Sn60Pb40
- Flux Type: Rosin
- Maximum Melting Temperature: +301°C
- Minimum Melting Temperature: +183°C
- Color: Silver Gray
- Primary Color: Gray
- Container Type: Spool
- Container Size: 1lb
- Applications: Electronics Industry, Soldering
- Standards Met: ROL0 per J-STD-004, IPC-TM-650
Technical Information
Brand: Kester
Availability: In Stock
Weight: 1.055
Country Of Origin: US
Harmonized Code: 8311.30.3000
Our Price: $89.36 LB
List Price: Availability: 52 In Stock
Minimum Order QTY: 1
Item must be ordered in multiples of 1
Item must be ordered in multiples of 1