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Brazing and Solder Fluxes

Products Item Number Product Description
Stay-Silv 0%
Description:
This low cost alloy is suitable for most copper-to-copper or brass joints where close tolerance can be maintained.

Stay-Sliv 2%
Description:
Low-silver PhosCopper Brazing Alloy. This economical, low silver alloy, designed to broaden the melting range of Phos Copper 0, has proven useful in some specific applications where mechanical properties are not critical.

Stay-Silv 5%
Description:
Medium-silver PhosCopper Brazing Alloy. These medium-range alloys are well suited where close fit-up cannot be maintained. These filler metals are somewhat more ductile than Harris 0 or Stay-Silv 2.

Stay-Silv 15%
Description:
PhosCopper Brazing Alloy. For many years the standard of the industry, the 15% silver alloy has proven its value. This filler metal is excellent for situations in which close fit-up does not exist, and where thermal expansion and service vibration are involve.

SB61/2POP Stay-Brite
Description:
Stay Brite® Lead-free Solder. Stay Brite® solders bond with all of the ferrous and nonferrous alloys. Joints soldered with Stay Brite® solders exhibit considerably higher than necessary elongation for sound, dissimilar metal joints and vibration applications. Both Stay Brite® and Stay Brite® 8 produce an overall component with greater strength than a brazed component whose base metals are weakened by annealment from high brazing heat.

SBSKPOP Stay-Brite
Description:
Stay Brite Lead-free Solder Kit Use for all metals with the exception of aluminum. Low temperature solder excellent for many HVAC connections.

45KPOP Safety-Silv
Description:
General Purpose Silver Brazing Alloy. Excellent general-purpose brazing alloy. Often specified in government use. Good ductilitiy and capillary flow. Color is silver to light yellow.

56KPOP Safety-Silv
Description:

High-silver Brazing Alloy. High silver content alloy; makes premium-quality brazes. Free-flowing with unsurpassed capillary attraction and deep penetration with high ductility.

Typical Application:
Suitable for use in the food processing industry. Silver color is excellent match for stainless steel and silverware applications.

955612/POP


Tin/Antimony

Description:
Lead-free Tin-antimony Solder Tin-antimony solder well suited for applications where moderately elevated temperature is a factor. With higher electrical conductivity and high fluidity, 95/5 is recommended for lead free installation of small diameter, tight fitting connections. Not recommended for use on brass or HVAC connections.

Typical Application:
Not recommended for use on brass or HVAC connections.

60R61/2POP


60/40 Rosin Core (Size 1/8")

Description:
Common Lead-bearing Solder With some exceptions, these tin-lead solders can be used to join copper and most copper alloys, lead, nickel alloys and steel. Tin-lead solders are not recommended for joints subject to high stress or vibration in the cooling industry due to lack of sufficient elongation properties. These solders are also available with rosin or acid core. Similar to 50/50 but flows faster due to narrow melting range.

CAUTION:
Lead-bearing solders are not to be used in potable water systems.

Typical Application:
These tin/lead solders can be used, with some exceptions, to join copper and most copper alloys, lead, nickel alloys and steel. Tin/lead solders are not recommended for joints subject to high stress or vibration in the cooling industry due to lack of sufficient elongation properties. These solders are also available with rosin or acid core. Useful in general purpose soldering, radiators, electrical components.

Note:
it is illegal to use lead solders in both public and private potable water systems.

60R31/2POP


60/40 Rosin Core (Size 1/16")

Description:
Common Lead-bearing Solder With some exceptions, these tin-lead solders can be used to join copper and most copper alloys, lead, nickel alloys and steel. Tin-lead solders are not recommended for joints subject to high stress or vibration in the cooling industry due to lack of sufficient elongation properties. These solders are also available with rosin or acid core. Similar to 50/50 but flows faster due to narrow melting range.

CAUTION:
Lead-bearing solders are not to be used in potable water systems.

Typical Application:
These tin/lead solders can be used, with some exceptions, to join copper and most copper alloys, lead, nickel alloys and steel. Tin/lead solders are not recommended for joints subject to high stress or vibration in the cooling industry due to lack of sufficient elongation properties. These solders are also available with rosin or acid core. Useful in general purpose soldering, radiators, electrical components.

Note:
it is illegal to use lead solders in both public and private potable water systems.

505061/2POP


50/50 Tin/ Lead

Description:
Common Lead-bearing Solder. With some exceptions, these tin-lead solders can be used to join copper and most copper alloys, lead, nickel alloys and steel. Tin-lead solders are not recommended for joints subject to high stress or vibration in the cooling industry due to lack of sufficient elongation properties. These solders are also available with rosin or acid core. Note: It is illegal to use lead solders in both public and private potable water systems.

CAUTION:
Lead-bearing solders are not to be used in potable water systems.

Typical Application:
A tin-lead alloy with a wide melting range. Used for automotive, radiator, general purpose soldeirng, electrical applications.

BRGT612POP


Bridgit

Description:
Lead-free Solder. Lead-free solder widely used in plumbing applications where lead-bearing solders are prohibited. Contains nickel, making joints tremendously strong. Wide range makes Bridgit an excellent alloy for large diameter fittings and ill-fitted or non-concentric pipes. Fills gaps and caps off easily and effectively.

D620F1


Dynaflow

Description:
PhosCopper Brazing Alloy. Dynaflow melts and flows at temperatures very close to Stay Silv 15, and provides comparable brazed mechanical properties. This makes Dynaflow an excellent cost effective alternative to the 15% silver alloys. This premium, medium range silver alloy has been meticulously formulated to even tighter specifications than our standard copper-to-copper alloys.

BK220R1


Blockade

Description:
Phosphorus Tin Silicon Brazing Alloy. BLOCKADE is a proprietary phosphorus-tin-silicon alloy engineered as an inexpensive alternative to copper-copper and copper-brass alloys. It is self-fluxing on copper and its lower melting temperature makes it an excellent choice for brass connections. BLOCKADE flows rapidly but can be used to "cap" brazed joints.

AL200RC


Alcor

Description:
Aluminum Brazing Alloy. A very easy-to-use aluminum alloy with non-corrosive flux inside the wire; no external flux is required with this product. Designed for the repair of heat exchangers, air conditioners, aluminum alloy condensers and other applications. Very good fluidity with good capillary attraction. Post-braze cleaning unnecessary. Better than tin-zinc and aluminum silicon alloys for aluminum coil repair.

Typical Application:
Use on heat exchangers, air conditioners, aluminum alloy condensers, other cooling applications and aluminum to aluminum alloy piping connections.

ALADDIN
Aladdin 3 in 1
Weld White Metal Die Cast
Braze Aluminum
Solder Aluminum Galvanized


Stay-Silv White Flux

Description:
All-purpose White Brazing Flux An all-purpose, low-temperature flux for use in silver brazing. Use with most ferrous and non ferrous metals, not recommended on aluminum, magnesium, and titanium.

Typical Application:
Use Stay-Silv White Brazing Flux on applications requiring normal heat. For use with silver brazing alloys on all metals other than aluminum, magnesium, or titanium.


Stay-Silv Black Flux

Description:
All-purpose Black Brazing Flux. An all-purpose, high-temperature flux for use in silver brazing. Formulated for applications where the work is subjected to rapid, localized heating. Particularly useful in applications where large amounts of refactory oxides may form, such as with stainless steel alloys. Use with stainless steel, carbide, heavy parts, prolonged heating cycles.

Typical Application:
Use Stay-Silv Black Flux on heavy parts, where localized overheating may occur, and where parts are heated over a prolonged period. Stay-Silv Black Flux is also suggested when brazing stainless steel.

Acid Brush