Chemtronics
30m of Chem Wik Fast Acting 2.5mm Wide Rosin Flux Desoldering Wick Braid Mop
- SKU:
- CHEMWIK10100L
- UPC:
- 5412810196388
- MPN:
- 10-100L
- Condition:
- New
- Availability:
- Available Now With Free UK Shipping
- Weight:
- 150.00 Grams
- Width:
- 6.00 (cm)
- Height:
- 3.50 (cm)
- Depth:
- 6.00 (cm)
- Shipping:
- Calculated at Checkout
Description
1 x 30m bobbin of Chem Wik 2.5mm wide Rosin Flux desoldering braid.
This 30m bobbin is great for use in the workshop and it will last a long time.
Chem Wik desoldering braid is the professional's choice and is manufactured by Chemtronics in the USA.
This excellent quality Rosin Flux cored ultra-pure Oxygen Free Copper braid is extremely fast acting to prevent heat damage to electronic components.
Applications include removing solder from thru-hole components, surface mount device pads, bga pads, terminals, lugs and posts.
Let's have a look at the features and benefits of Chem Wik Rodsin Flux Desoldering Braid:
- Supplied in Antistatic Dissipative Bobbins
- Requires little or no post solder cleaning, no corrosive residues
- Optimized weave design for faster wicking and heat transfer
- Halide free
- Coated with ultra high purity, noncorrosive Type R rosin flux
- Quickly and thoroughly removes solder
- Fast wicking action protects components from harmful heat damage
Technical specifications and approvals:
- MIL-F-14256F Type R
- NASA STD-8739.3 Soldered Electrical Connections
- ANSI/IPC J STD-004, Type ROL0
- DOD-STD-883E, Method 2022
Additional Information
Product Information: |
Genuine Chem Wik Professional Rosin Flux Desoldering Braid From Chemtronics USA |
Product Information: |
Supplied On 1 x ESD Static Dissipative Bobbin of 30m Length x 2.5mm Wide |
Product Information: |
Chem Wik Part Code: 10-100L - Blue Text on the Bobbin Indicates the 2.5mm Width |
Product Information: |
Safely Removes Solder From Thru-hole Components, Surface Mount Pads, Lugs and Posts & More |
Product Information: |
Fast Acting Flux Cored Pure Oxygen Free Copper Braid - Protects Components From Heat Damage |