Solder Ribbon Selector Kits:
One of the key hurdles in product development is being able to test a variety of options at a reasonable cost. With our Solder Ribbon Selector Kits you can select various assembly solders to experiment with, then choose the one that works best in your application.
When creating your Solder Ribbon Selector Kit, you can choose 3, 6 or 12 different alloys of 1.00" (25.4mm) x 0.002" (0.05mm) x 3 ft. (914mm) ribbon. Ribbon can be cut into experimental preforms (knife included) to determine the proper configuration. Solder volume can be increased by stacking cut preforms.
For assistance in determining the correct solder to use with a metallization, please refer to the additional information provided below.
Additional Information
Online Resource Links
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3 Solder Alloys Ribbon KitIPN: KITEA-85541
Price: $375.00
Available solders include Indalloy numbers 1E, 2, 4, 121, 150, 151, 205, 241, 246, 256, 281, 282, and 290. To create a Ribbon Selector Kit your can choose 3 different alloys of 1" x .002" x 3' ribbon. Ribbon can be cut into experimental shapes (with the knife included) to determine the proper configuration. Solder volume can be increased by stacking cut preforms. Details…
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6 Solder Alloys Ribbon KitIPN: KITEA-85525
Price: $395.00
Available solders include Indalloy numbers 1E, 2, 4, 121, 150, 151, 205, 241, 246, 256, 281, 282, and 290. To create a Ribbon Selector Kit your can choose 6 different alloys of 1" x .002" x 3' ribbon. Ribbon can be cut into experimental shapes (with the knife included) to determine the proper configuration. Solder volume can be increased by stacking cut preforms. Details…
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12 Solder Alloys Ribbon KitIPN: KITEA-85516
Price: $475.00
Available solders include Indalloy numbers 1E, 2, 4, 121, 150, 151, 205, 241, 246, 256, 281, 282, and 290. To create a Ribbon Selector Kit your can choose 12 different alloys of 1" x .002" x 3' ribbon. Ribbon can be cut into experimental shapes (with the knife included) to determine the proper configuration. Solder volume can be increased by stacking cut preforms. Details…
