MF R301 No Clean Liquid Flux Pen, 10mL
Hisco #:MM00603-34899
MFG #:760089
Our Price: $25.64 Each
Available to Order - 0 on Hand
Manufacturer Estimated Lead Time When Not In Stock: 54 days
Minimum Order QTY: 400 Eaches
Item must be ordered in multiples of 400
Item must be ordered in multiples of 400
| Quantity | Price | Save |
|---|---|---|
| 1200 | 24.89 | Save |
This item is hazardous and may be subject to an additional handling fee.
The Multicore 760089 is a no-clean high activity, resin-based halide-free liquid flux designed for use on surfaces with poor solderability. Recommended for consumer electronics and general electrical soldering applications using conventional wave soldering machines.
Multicore 760089 Features:- For surfaces with poor solderability
- No clean, high activity liquid flux
- No cleaning - reduces costs
- Compatible with rosin-based surface preservatives
- Product Type: Flux Pen
- Container Size: 10ml
- Color: Pale Amber
- Solids Content, %: 6.0
- Halide Content: Zero
- Specific Gravity @ 25°C: 0.802
Product Description
Technical Information
SDS/TDS
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Product Description
This item is hazardous and may be subject to an additional handling fee.
The Multicore 760089 is a no-clean high activity, resin-based halide-free liquid flux designed for use on surfaces with poor solderability. Recommended for consumer electronics and general electrical soldering applications using conventional wave soldering machines.
Multicore 760089 Features:- For surfaces with poor solderability
- No clean, high activity liquid flux
- No cleaning - reduces costs
- Compatible with rosin-based surface preservatives
- Product Type: Flux Pen
- Container Size: 10ml
- Color: Pale Amber
- Solids Content, %: 6.0
- Halide Content: Zero
- Specific Gravity @ 25°C: 0.802
Technical Information
Brand: Multicore
Weight: 0.03
Country Of Origin: US
Harmonized Code: 3810.90.5000
Additional Resources
Our Price: $25.64 Each
Available to Order - 0 on Hand
Minimum Order QTY: 400 Eaches
Item must be ordered in multiples of 400
Item must be ordered in multiples of 400