Harris Brazing Rod | 15% Silver | Silver Brazing Alloy | USA

Description:
The Harris Stay-Silv 15 (SS15) Silver Brazing Rod is the industry’s trusted 15% silver alloy, widely recognized as the standard filler metal for HVAC and refrigeration applications. Manufactured in the USA, this brazing alloy is highly versatile and dependable, performing exceptionally in situations where close fit-up is not possible or where thermal expansion and service vibration are common.

With a wide melting range, Stay-Silv 15 allows operators to easily fill loose connections, cap, or build-up around finished joints. It penetrates tight connections when heated above its liquidus, ensuring strong, reliable, and leak-proof brazed joints.

Ideal for copper-to-copper and copper-to-brass applications, this alloy is self-fluxing on copper and can be used with Stay-Silv white flux when brazing brass or copper-nickel alloys. Compliant with EU REACH & RoHS directives, Stay-Silv 15 provides both performance and safety, making it a popular choice for HVAC, refrigeration, and plumbing professionals.

Key Points:
⦁ Industry Standard Alloy – 15% silver brazing filler metal with proven performance in HVAC and refrigeration.
⦁ Versatile Applications – Suitable for copper-to-copper, copper-to-brass, and low-nickel copper-nickel alloys.
⦁ Self-Fluxing on Copper – Eliminates need for flux when brazing copper-to-copper joints.
⦁ Wide Melting Range – Allows filling of loose connections, capping, or building-up around finished joints.
⦁ Handles Vibration & Expansion – Excellent for service conditions involving vibration and thermal cycling.
⦁ Flux Compatible – Use with Stay-Silv white flux when brazing brass or copper-nickel.
⦁ Reliable & Durable – Provides strong, corrosion-resistant joints comparable to copper base metals.
⦁ Not for Ferrous Metals – Avoid using with steel or where sulfur exposure is expected.
⦁ Safety Assured – Fully compliant with EU REACH & RoHS directives.
⦁ Made in USA – Manufactured to strict quality standards for consistent results.