HOME>SN100C WORLD>Features

SN100C WORLD

SN100C is a lead-free solder that makes it possible to achieve high productivity in soldering process to produce reliable joints cost-effectively.
Solutions for Lead-Free Soldering Challenges
flashplayer Some features of this website require Flash Player for viewing.
If you do not have this media player you can download it from the following link.
Adobe Reader To open PDF files you need Adobe Reader.
If you do not have this please take advantage of the free download from the following link


NSe-solder

01 Drainage

High First Pass Yield

Ni and Ge delivers high fluidity ensuring minimal shorts and icicles.

Linkpdf

Note the difference between SN100C and SAC305 in the side-by-side videos of icicle drainage.

NSe-solder

02 Wettability

High First Pass Yield

Excellent Wetting Properties

Linkpdf

SN100C Wets and Spreads Faster than SAC305!

NSe-solder

03 Shrinkage

High First Pass Yield, High Reliability

SN100C reduce shrinkage defect

Linkpdf

How Shrinkage Occurs.Note the difference between SN100C and the SnAgCuBi alloy in side-by-side videos.

NSe-solder

04 Copper erosion

High Reliability

Reduced Copper Erosion

 

Linkpdf


NSe-solder

05 Intermetallic compound

High Reliability

SN100C forms a stable intermetallic compound layer at the solder copper interface. The Ni in SN100C stabilizes the intermetallic so that it does not grow.

 

Linkpdf


NSe-solder

06 Thermal cycling test

High Reliability

Long Service Life Under Conditions of Thermal Cycling

Linkpdf


NSe-solder

07 Cyclic strain test

High Reliability

Long Service Life Under Conditions of Cyclic Strain

Linkpdf


NSe-solder

08 Dross

Economical Efficiency

Low Dross Rate

Linkpdf


NSe-solder

Solutions for Lead-Free Soldering Challenges

Solutions for Lead-Free Soldering Challenges

Nihon Superior Co., Ltd. is now actively, more than ever, providing solutions to the soldering challenges and process improvements as companies transition to lead-free.

See the presentation that shows Features of SN100C

 
Return to Top of Page