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Cronatron® 52 Aluminum/Zinc Bare Brazing Rod 1/8"
Cronatron® - 52 Aluminum/Zinc Bare Brazing Rod, Gray, 18" Length, 1/8" (2 US Pounds)
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Cronatron® - 52 Aluminum/Zinc Bare Brazing Rod, Gray, 18" Length, 1/8" (2 US Pounds)
A selection of alloys for joining all types of aluminum.
Superior Advantages
Products for joining and buildup
Easy to apply
High-strength, self-fluxing
Tensile Strength: 40,000 PSIBond Strength: 28,000 PSIApplication Temperature: 720°F (382°C)
Typical Applications
Aluminum frames
Tubing and piping
Ornamental aluminum
Cast aluminum
Usage ProcedureHeat base metal with 1-X acetylene feather flame. Melt off small amount of Cronabraze Eagle™ 52 and scrub (tin) area of repair using a clean stainless steel wire brush. Use circular motion of torch when applying buildup or repair alloy. Copper or carbon block is suggested as a chill bar when soldering thin sections. No flux is required.
Technical TipMaximum bonding requires getting to the base metal under the oxide layer present on all aluminum. To bond to virgin metal, scrub the bonding area with molten 52’ alloy or scratch the area with the 52’ alloy with the base metal at application temperature. Heavy oxide layers can be easily removed with Flex’ grinding wheels.After tinning, bring filler to surface at 90° angle and manipulate torch in a circular motion at 45°. Avoid overheating base metal. Use clean torch tip to p
A selection of alloys for joining all types of aluminum.
Superior Advantages
Products for joining and buildup
Easy to apply
High-strength, self-fluxing
Tensile Strength: 40,000 PSIBond Strength: 28,000 PSIApplication Temperature: 720°F (382°C)
Typical Applications
Aluminum frames
Tubing and piping
Ornamental aluminum
Cast aluminum
Usage ProcedureHeat base metal with 1-X acetylene feather flame. Melt off small amount of Cronabraze Eagle™ 52 and scrub (tin) area of repair using a clean stainless steel wire brush. Use circular motion of torch when applying buildup or repair alloy. Copper or carbon block is suggested as a chill bar when soldering thin sections. No flux is required.
Technical TipMaximum bonding requires getting to the base metal under the oxide layer present on all aluminum. To bond to virgin metal, scrub the bonding area with molten 52’ alloy or scratch the area with the 52’ alloy with the base metal at application temperature. Heavy oxide layers can be easily removed with Flex’ grinding wheels.After tinning, bring filler to surface at 90° angle and manipulate torch in a circular motion at 45°. Avoid overheating base metal. Use clean torch tip to p
† May Require Additional Delivery Time to Canada