US_HISCO_SPIRE

Organic Acid, Superior Supersafe, 30DS, Liquid, Double Strength, VOC-Free, 1 Gallon

Hisco #:10318213

MFG #:Flux-30DS

Made in the USA
This item is NEW to our website.
Available to Order - 0 on Hand
Manufacturer Estimated Lead Time When Not In Stock14 days
Minimum Order QTY: 4 Containers
Item must be ordered in multiples of 4

The Superior Flux Flux-30DS is an ideal solder flux when the adhesiveness of a paste form is advantageous. Post-solder flux residues should be cleaned off in 60°/140°F water to avoid post-solder contamination of soldered or tinned component.

Superior Flux Flux-30DS Features:
  • Formulated for electronic, electrical, industrial, artisan, and aerospace applications
  • Used for Copper, Beryllium-Copper, Nickel, Alloy 42, Alloy 51, Brass, and some steels
  • VOC-Free formulation is non-hazardous and environmentally friendly.
  • Conforms to IPC ANSI J-STD-004, Type ORM1
  • Recommended Temp Ranges: 95-315°C / 200-600°F
  • Broad activity range an excellent choice for Lead-Free, Tin/Lead, Tin/Silver, Tin/Bismuth, and Indium solder alloys

Product Description

The Superior Flux Flux-30DS is an ideal solder flux when the adhesiveness of a paste form is advantageous. Post-solder flux residues should be cleaned off in 60°/140°F water to avoid post-solder contamination of soldered or tinned component.

Superior Flux Flux-30DS Features:
  • Formulated for electronic, electrical, industrial, artisan, and aerospace applications
  • Used for Copper, Beryllium-Copper, Nickel, Alloy 42, Alloy 51, Brass, and some steels
  • VOC-Free formulation is non-hazardous and environmentally friendly.
  • Conforms to IPC ANSI J-STD-004, Type ORM1
  • Recommended Temp Ranges: 95-315°C / 200-600°F
  • Broad activity range an excellent choice for Lead-Free, Tin/Lead, Tin/Silver, Tin/Bismuth, and Indium solder alloys

Technical Information

BrandSuperior Flux
Weight: 9.1
Country Of Origin: US
Harmonized Code: 3810.90.1000
Available to Order - 0 on Hand
 
Minimum Order QTY: 4 Containers
Item must be ordered in multiples of 4