Telecore Plus No-Clean Solder Wire, P3, .032", Sn63Pb37, 1lb Spool
Hisco #:110062-1998
MFG #:110062
$
100 Arriving From Manufacturer On: 04/15/2025
Manufacturer Lead Time When Not In Stock: 42 days
Manufacturer Lead Time When Not In Stock: 42 days
Minimum Order QTY: 1
Item must be ordered in multiples of 1
Item must be ordered in multiples of 1
The ALPHA 110062 is a low residue core solder designed for no-clean soldering applications that meet high SIR reliability and excellent spread characteristics.
ALPHA 110062 Features:
ALPHA 110062 Features:
- Fast wetting which is excellent for high throughput
- Good solder joint formation
- Clear non-tacky residue which is useful for all applications
- Provides good joint appears
- Makes inspection and quality control easy
- Series: Telecore Plus
- Product type: No-clean cored
- Wire diameter: .032"
- Chemical composition: Sn63Pb37
- Flux type: P3
- Color: Silver gray
- Container type: Spool
- Container size: 1lb
- Standards met: J-STD-006B, ANSI/J-STD-004, Bellcore Test (GR-78-CORE), IPC-TM-650-2.3.32
Product Description
Technical Information
SDS/TDS
Back to top
Product Description
The ALPHA 110062 is a low residue core solder designed for no-clean soldering applications that meet high SIR reliability and excellent spread characteristics.
ALPHA 110062 Features:
ALPHA 110062 Features:
- Fast wetting which is excellent for high throughput
- Good solder joint formation
- Clear non-tacky residue which is useful for all applications
- Provides good joint appears
- Makes inspection and quality control easy
- Series: Telecore Plus
- Product type: No-clean cored
- Wire diameter: .032"
- Chemical composition: Sn63Pb37
- Flux type: P3
- Color: Silver gray
- Container type: Spool
- Container size: 1lb
- Standards met: J-STD-006B, ANSI/J-STD-004, Bellcore Test (GR-78-CORE), IPC-TM-650-2.3.32
Technical Information
Brand: Alpha
Availability: In Stock
Weight: 1
Country Of Origin: MX
Tariff Code: 8311309999
UPC Code: No UPC
$
Minimum Order QTY: 1
Item must be ordered in multiples of 1
Item must be ordered in multiples of 1