0.062" Wire | McMaster-Carr

This niobium wire has a higher melting point than most other metal, so it’s also known as refractory metal. It's highly conductive, corrosion resistant, and maintains its strength even at high temperatures. At low temperatures, it becomes a superconductor. This wire holds up in a variety of tough conditions including jet engines, pipelines, and semiconductor manufacturing.

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				50 ft. Long
Dia.	Dia. Tolerance	Melting Point Temp., ° F	Hardness		Each
0.062"	-0.0015" to 0.0015"	4,470	Rockwell B70 (Medium)	6011N13	0000000

Solder for Electronics and Electrical Applications

Electrically conductive, this solder is best for electronics and electronics applications. It does not have a flux core, so you can choose the flux that works best for your application.

Leaded, Flux Required

		Material Composition				1 lb.		5 lb.
	Solder Alloy	Tin	Lead	Dia.	Melting Temp., ° F		Each		Each
For Joining Brass, Bronze, Copper, Nickel, Stainless Steel, and Steel



		Sn60Pb40	60%	40%	0.062"	375	7667A31	000000	7667A35	0000000


		Sn63Pb37	63%	37%	0.062"	360	7657A6	00000	———	0

Lead-Free, Flux Required

Lead-free solder is safer to use than leaded solder and helps meet industry regulations.

		Material Composition						1 lb.
	Solder Alloy	Tin	Silver	Copper	Lead	Dia.	Melting Temp., ° F		Each
For Joining Brass, Bronze, Copper, Nickel, Stainless Steel, and Steel



		Sn96.5Ag3Cu0.5	96.5%	3%	0.5%	0%	0.062"	420	7872A23	000000


		Sn97Cu3	97%	—	3%	0%	0.062"	445	7872A102	00000
		Sn99.3Cu0.7	99.3%	—	0.7%	0%	0.062"	440	7827A24	00000

High-Melting-Point Solder for Electronics and Electrical Applications

The high melting point prevents remelting when soldering successive joints with another solder. This solder is electrically conductive. Without a flux core, it allows you to choose the flux that works best for your application.

Leaded, Flux Required

Image of Product. Front orientation. Solder. High-Melting-Point Solder for Electronics and Electrical Applications.

		Material Composition					1 lb.		5 lb.
	Solder Alloy	Tin	Silver	Lead	Dia.	Melting Temp., ° F		Each		Each
For Joining Brass, Bronze, Copper, Nickel, Stainless Steel, and Steel



		Pb97.5Ag1.5Sn1	1%	1.5%	97.5%	0.062"	580	7667A43	000000	7667A44	0000000

Solder for HVAC Applications

The silver in this solder helps it resist vibration to form strong joints in HVAC systems. Since it doesn’t have a flux core, you can choose the flux that works best for your application.

Lead-Free, Flux Required

Lead-free solder is safer to use than leaded solder and helps meet industry regulations.

		Material Composition					1 lb.
	Solder Alloy	Tin	Silver	Lead	Dia.	Melting Temp., ° F		Each
For Joining Brass, Bronze, Copper, Nickel, Stainless Steel, and Steel



		Sn96Ag4	96%	4%	0%	0.062"	445	7791A43	0000000

No-Clean Flux-Core Solder for Electronics and Electrical Applications

The flux leaves minimal residue so there's no need for cleanup. All of this solder is electrically conductive.

Leaded, Flux Core

		Material Composition				1 lb.
	Solder Alloy	Tin	Lead	Dia.	Melting Temp., ° F		Each
For Joining Brass, Bronze, Copper, Nickel, Stainless Steel, and Steel



		Sn60Pb40	60%	40%	0.062"	365	4879N56	000000


		Sn63Pb37	63%	37%	0.062"	365	7758A11	00000

Lead-Free, Flux Core

Lead-free solder is safer to use than leaded solder and helps meet industry regulations.

		Material Composition						1 lb.
	Solder Alloy	Tin	Silver	Copper	Lead	Dia.	Melting Temp., ° F		Each
For Joining Brass, Bronze, Copper, Nickel, Stainless Steel, and Steel



		Sn96.5Ag3Cu0.5	96.5%	3%	0.5%	0%	0.062"	425	7872A43	000000


		Sn97Cu3	97%	—	3%	0%	0.062"	445	4879N76	00000

Rosin Flux-Core Solder for Electronics and Electrical Applications

Rosin flux is quick acting with strong cleaning action, but it leaves residue that requires flux remover. This solder is electrically conductive, so it’s good for electronics and electronic applications.

Leaded, Flux Core

Image of Product. Front orientation. Contains Inset. Solder. Rosin Flux-Core Solder for Electronics and Electrical Applications.

		Material Composition
	Solder Alloy	Tin	Lead	Melting Temp., ° F	Dia.	Wt., lb.		Each
For Joining Brass, Bronze, Copper, Nickel, Stainless Steel, and Steel



		Pb60Sn40	40%	60%	460	0.062"	1	7659A11	000000


		Sn50Pb50	50%	50%	420	0.062"	1	7659A12	00000
		Sn60Pb40	60%	40%	370	0.062"	1	7659A3	00000
		Sn60Pb40	60%	40%	370	0.062"	5	7659A4	000000
		Sn63Pb37	63%	37%	370	0.062"	1	7659A66	00000

Lead-Free, Flux Core

Lead-free solder is safer to use than leaded solder and helps meet industry regulations.

		Material Composition
	Solder Alloy	Tin	Silver	Copper	Lead	Melting Temp., ° F	Dia.	Wt., lb.		Each
For Joining Brass, Bronze, Copper, Nickel, Stainless Steel, and Steel



		Sn96.5Ag3Cu0.5	96.5%	3%	0.5%	0%	460	0.062"	1	7872A32	000000


		Sn97Cu3	97%	—	3%	0%	480	0.062"	1	7872A111	00000
		Sn99.3Cu0.7	99.3%	—	0.7%	0%	440	0.062"	1	7872A116	00000

Solder

Use this solder for general purpose applications. It does not have a flux core, so you can choose the flux that works best for your application.

Leaded, Flux Required

		Material Composition				1 lb.		5 lb.
	Solder Alloy	Tin	Lead	Dia.	Melting Temp., ° F		Each		Each
For Joining Brass, Bronze, Copper, Nickel, Stainless Steel, and Steel



		Sn50Pb50	50%	50%	0.062"	420	7667A32	000000	7667A42	0000000

Acid Flux-Core Solder for Electronics and Electrical Applications

Acid flux has strong cleaning action, but leaves corrosive residue that washes away with water. This solder is electrically conductive.

Leaded, Flux Core

		Material Composition				1 lb.
	Solder Alloy	Tin	Lead	Dia.	Melting Temp., ° F		Each
For Joining Brass, Bronze, Copper, Nickel, Stainless Steel, and Steel



		Pb60Sn40	40%	60%	0.062"	460	7658A305	000000


		Sn50Pb50	50%	50%	0.062"	420	7658A312	00000
		Sn60Pb40	60%	40%	0.062"	375	7658A318	00000

Lead-Free, Flux Core

Lead-free solder is safer to use than leaded solder and helps meet industry regulations.

		Material Composition						1 lb.
	Solder Alloy	Tin	Silver	Copper	Lead	Dia.	Melting Temp., ° F		Each
For Joining Brass, Bronze, Copper, Nickel, Stainless Steel, and Steel



		Sn96.5Ag3Cu0.5	96.5%	3%	0.5%	0%	0.062"	460	7658A327	0000000


		Sn97Cu3	97%	—	3%	0%	0.062"	485	7658A333	00000

Easy-Clean Flux-Core Solder for Electronics and Electrical Applications

Wash away flux residue from this solder with water. It is electrically conductive, so it is good for electronics and electrical applications.

Leaded, Flux Core

		Material Composition
	Solder Alloy	Tin	Lead	Dia.	Melting Temp., ° F	Wt., lb.	Specs. Met		Each
For Joining Brass, Bronze, Copper, Nickel, Stainless Steel, and Steel



		Sn60Pb40	60%	40%	0.062"	365	1	IPC J-STD-006	4871N16	000000

No-Clean Flux-Core Solder for High-Temperature Applications

The flux leaves minimal residue so there's no cleanup. The solder keeps its strength in applications where vibration and frequent and extreme temperature changes occur, such as in water lines and refrigeration equipment.

Lead-Free, Flux Core

Lead-free solder is safer to use than leaded solder and helps meet industry regulations.

		Material Composition					1 lb.
	Solder Alloy	Tin	Antimony	Lead	Dia.	Melting Temp., ° F		Each
For Joining Brass, Bronze, Copper, Nickel, Stainless Steel, and Steel



		Sn95Sb5	95%	5%	0%	0.062"	460	7837A103	000000

Quick-Flow Easy-Clean Flux-Core Solder for Electronics and Electrical Applications

Electrically conductive and with five flux cores, this solder speeds up the process of soldering electronics, so you use less solder and transmit less heat to the joint. Easily wash away the flux residue with just water.

Leaded, Flux Core

		Material Composition				1 lb.
	Solder Alloy	Tin	Lead	Dia.	Melting Temp., ° F		Each
For Joining Brass, Bronze, Copper, Nickel, Stainless Steel, and Steel



		Sn60Pb40	60%	40%	0.062"	365	4873N14	000000


		Sn63Pb37	63%	37%	0.062"	365	4873N18	00000

Quick-Flow No-Clean Flux-Core Solder for Electronics and Electrical Applications

The five flux cores in this solder allow fast soldering that uses solder efficiently and reduces the heat to your joint. The flux it’s filled with leaves minimal residue so there’s no cleanup. This solder is electrically conductive, making it good for electronics and electrical applications.

Leaded, Flux Core

Image of Product. Front orientation. Contains Inset. Solder. Quick-Flow No-Clean Flux-Core Solder for Electronics and Electrical Applications.

		Material Composition							1 lb.
	Solder Alloy	Tin	Silver	Antimony	Copper	Lead	Dia.	Melting Temp., ° F		Each
For Joining Brass, Bronze, Copper, Nickel, Stainless Steel, and Steel



		Sn60Pb40	60%	0%	0%	0%	40%	0.062"	365	4879N16	000000


		Sn62Pb36Ag2	62%	2%	0%	0%	36%	0.062"	365	4879N21	000000
		Sn63Pb37	63%	0%	0%	0%	37%	0.062"	365	4879N26	00000

Lead-Free, Flux Core

Lead-free solder is safer to use than leaded solder and helps meet industry regulations.

		Material Composition							1 lb.
	Solder Alloy	Tin	Silver	Antimony	Copper	Lead	Dia.	Melting Temp., ° F		Each
For Joining Brass, Bronze, Copper, Nickel, Stainless Steel, and Steel



		Sn96.5Ag3Cu0.5	96.5%	3%	0%	0.5%	0%	0.062"	425	4879N35	0000000


		Sn96Ag4	96%	4%	0%	0%	0%	0.062"	430	4879N39	000000
		Sn97Ag3	97%	3%	0%	0%	0%	0.062"	430	4879N43	00000

Quick-Flow Rosin Flux-Core Solder for Electronics and Electrical Applications

The five flux cores allow fast soldering that uses less solder and transmits less heat to the joint. Rosin flux is quick acting with strong cleaning action but leaves residue that requires flux remover. Since this solder is electrically conductive, it’s good for electronics and electrical applications.

Leaded, Flux Core

		Material Composition					1 lb.
	Solder Alloy	Tin	Silver	Lead	Dia.	Melting Temp., ° F		Each
For Joining Brass, Bronze, Copper, Nickel, Stainless Steel, and Steel



		Sn60Pb40	60%	—	40%	0.062"	375	7744A1	000000


		Sn62Pb36Ag2	62%	2%	36%	0.062"	460	7687A61	000000
		Sn63Pb37	63%	—	37%	0.062"	365	7745A1	00000

Lead-Free, Flux Core

Lead-free solder is safer to use than leaded solder and helps meet industry regulations.

		Material Composition						1 lb.
	Solder Alloy	Tin	Silver	Copper	Lead	Dia.	Melting Temp., ° F		Each
For Joining Brass, Bronze, Copper, Nickel, Stainless Steel, and Steel



		Sn96.5Ag3Cu0.5	96.5%	3%	0.5%	0%	0.062"	460	7687A25	0000000


		Sn96Ag4	96%	4%	—	0%	0.062"	470	6985N12	000000
		Sn97Cu3	97%	—	3%	0%	0.062"	445	6985N16	00000

Rosin Flux-Core High-Melting-Point Solder for Electronics and Electrical Applications

Image of Product. Front orientation. Contains Inset. Solder. Rosin Flux-Core High-Melting-Point Solder for Electronics and Electrical Applications.

Rosin flux is quick acting with strong cleaning action, but leaves residue that requires flux remover. The high melting point of this solder prevents remelting when soldering successive joints with another solder. It is electrically conductive.

Leaded, Flux Core

		Material Composition					1 lb.
	Solder Alloy	Tin	Silver	Lead	Dia.	Melting Temp., ° F		Each
For Joining Brass, Bronze, Copper, Nickel, Stainless Steel, and Steel



		Pb93Sn5Ag2	5%	2%	93%	0.062"	565	7685A11	0000000


		Pb88Sn10Ag2	10%	2%	88%	0.062"	570	7685A23	00000

Rosin Flux-Core Solder for HVAC Applications

Rosin flux is quick acting with strong cleaning action, but leaves residue that requires flux remover. The addition of silver in this solder helps it resist vibration to form strong joints in HVAC systems.

Lead-Free, Flux Core

Lead-free solder is safer to use than leaded solder and helps meet industry regulations.

		Material Composition					1 lb.
	Solder Alloy	Tin	Silver	Lead	Dia.	Melting Temp., ° F		Each
For Joining Brass, Bronze, Copper, Nickel, Stainless Steel, and Steel



		Sn96Ag4	96%	4%	0%	0.062"	430	7859A26	000000

Solder for High-Temperature Applications

This solder keeps its strength in applications where vibration and frequent and extreme temperature changes occur, such as in water lines and refrigeration equipment. It does not have a flux core, so you can choose the flux that works best for your application.

Lead-Free, Flux Required

Lead-free solder is safer to use than leaded solder and helps meet industry regulations.

		Material Composition					1 lb.
	Solder Alloy	Tin	Antimony	Lead	Dia.	Melting Temp., ° F		Each
For Joining Brass, Bronze, Copper, Nickel, Stainless Steel, and Steel



		Sn95Sb5	95%	5%	0%	0.062"	460	7668A6	000000

Solder for Machine Soldering

This solder does not have a flux core, so you can choose the flux that works best for your application.

Leaded, Flux Required

		Material Composition				1 lb.		5 lb.
	Solder Alloy	Tin	Lead	Dia.	Melting Temp., ° F		Each		Each
For Joining Brass, Bronze, Copper, Nickel, Stainless Steel, and Steel



		Pb70Sn30	30%	70%	0.062"	490	7667A45	000000	7667A46	0000000

Solder for Stainless Steel

Without a flux core, this solder allows you to choose the flux that works best for your application.

Leaded, Flux Required

		Material Composition					1 lb.
	Solder Alloy	Tin	Silver	Lead	Dia.	Melting Temp., ° F		Each
For Joining Stainless Steel



		Pb54Sn45Ag1	45%	1%	54%	0.062"	410	5275N13	000000

Solder for Torch Soldering

This solder does not have a flux core, so you can choose the flux that works best for your application.

Leaded, Flux Required

		Material Composition				1 lb.		5 lb.
	Solder Alloy	Tin	Lead	Dia.	Melting Temp., ° F		Each		Each
For Joining Brass, Bronze, Copper, Nickel, Stainless Steel, and Steel



		Pb60Sn40	40%	60%	0.062"	365	7667A34	000000	7667A41	0000000

Solder for Food Service Equipment

Composed of pure tin, this solder is safe for use with food service equipment. It does not have a flux core, so you can choose the flux that works best for your application.

Lead-Free—Lead-free solder is safer to use than leaded solder and helps meet industry regulations.

		Material Composition
	Solder Alloy	Tin	Lead	Melting Temp., ° F	Solder Type	Dia.	Wt., lb.		Each
For Joining Brass, Bronze, Copper, Stainless Steel, and Steel



		Sn100	100%	0%	450	Lead-Free, Flux Required	0.062"	1	7656A102	000000