EASYBRAID CO.
Easy Braid Co. is a manufacturer of desolder wick with an
emphasis on continuing advancement in desoldering
technology. Established in 1989, Easy Braid Co. quickly
achieved widespread recognition in the rework/repair
industry with its competitive pricing and innovative
product line.
With products, packaging, and flux technologies constantly
changing—particularly in the development of water
soluble and no-clean fluxes, fine pitch components and
arrays—high quality and consistent performance is
essential. By manufacturing in compliance with our
uniform quality standards, and through our strict adherence
to Statistical Process Control (SPC), Easy Braid Co. can
assure you the highest quality products and guarantee the
consistency of that quality.
Easy Braid’s wick products are made using ultra fine,
oxide-free copper braided into a weave configuration
which maximizes thermal conduction and solder retention.
Immediately after braiding, the wick is cleaned in an
environmentally friendly process unique to Easy Braid Co.
Every precaution is taken to ensure that the braid remains
oxide-free until it is coated through our proprietary flux
process. Our closed weave design requires less time for
desoldering, thus minimizing lifted pads and thermal
damage and absorbing up to 30% more solder mass. This
enables an operator to get on and off a connection quickly,
using less wick to accomplish the task.
Likewise, Easy Braid Co. applies the same technologies to
its stencil rolls for optimum cleaning while using the least
amount of paper to absorb the most solder paste. Unlike
other stencil roll manufacturers who re-spool readily
available paper to fit various screen printers, Easy Braid Co.
utilizes a paper that is specifically designed for maximum
absorption of solder paste in a stencil-cleaning environment.
Easy Braid utilizes the sales support and services of over
200 representatives located throughout the United States
and in 20 additional countries spanning six continents.
Our international sales base continues to grow and
strengthen with each new Easy Braid advancement.
QUICK BRAID
Cleaner, Faster, More Consistent
ONE•STEP
Clean, Fast, Reliable
• Oxide-free clean copper
• More strands of copper (more surface
area) per square inch
• Flux residue remaining on board does
not need to be cleaned
• To be used in conjunction with
processes using RMA type no-clean
fluxes; conforms to the requirements of
ANSI/J-STD-004, Type LO
• High SIR—conforming to Bellcore
specification GR-78-CORE (TR-TSY-
000078), and IPC Test Method III
• Available in static dissipative spools in
compliance with the ESD Association
Standard (Mil. Standard 2000 and
ANSI/ESD S2020)
• Manufactured under SPC guidelines
• Cleaned and manufactured utilizing
the latest technology in environmentally
friendly chemicals and processes
• Packaged in 5, 10, 25 and 100 foot
lengths
DESOLDERING BRAID
• Oxide-free clean copper
• More strands of copper (more surface
area) per square inch
• Designed to leave a residue which is
environmentally safe
• Uses pure type ‘R’ resin flux conforming
to all the requirements of Mil-F-14256F,
Type ‘R’ and ANSI/J-STD-004
• Available in static dissipative spools in
compliance with the ESD Association
Standard (Mil. Standard 2000 and
ANSI/ESD S2020)
• Manufactured under SPC guidelines
• Cleaned and manufactured utilizing
the latest technology in environmentally
friendly chemicals and processes
• Packaged in 5, 10, 25, 100 and 500
foot lengths
SEA BRAID
Ready to use with the
flux of your choice
• Oxide-free clean copper
• More strands of copper (more surface
area) per square inch
• Can be used in conjunction with any
flux to fit your process
• Coated to prevent oxidation
• Available in static dissipative spools in
compliance with the ESD Association
Standard (Mil. Standard 2000 and
ANSI/ESD S2020)
• Manufactured under SPC guidelines
• Cleaned and manufactured utilizing
the latest technology in environmentally
friendly chemicals and processes
• Packaged in 5, 10, 25 and 100 foot
lengths
1
Analogue and Mixed Signal
京公网安备 11010802033920号
EEWORLD
