Welding rods

The corrosive nature of seawater has an impact on the materials used to carry it. Many metal alloys cannot withstand the damaging nature of the environment, necessitating the usage of specialized materials to provide increased resistance. Choosing the...

The 1/8 X 36" ALUMINUM (16-850) by Washington Alloy 4047 is an aluminum filler metal that contains approximately 12% silicon. This aluminum welding electrode is a general-purpose welding alloy providing a free-flowing filler metal and good corrosion...

The Naval Bronze Welding Electrodes (3/32 X 36" #470 are from Copper-based alloys manufactured by Washington Alloy. Made of one percent (1%) filler metal alloy bronze for welding steel, malleable iron, cast iron, copper bronze, and nickel. A great...

The 1/16" X 36" #4047 ALUMINUM (16-870) is commonly referred to as "718 aluminum" or AlSi12). It is an aluminum filler metal with about 12% silicon content which is often used in MIG and TIG applications and for general uses. The brazing alloy is a...

3/32 X 36" #4047 Aluminum Welding Electrodes (16-860) by Washington Alloy. Washington Alloy 4047 (AlSi12) is an aluminum filler metal with roughly 12% silicon. This alloy is often used in MIG or TIG welding and as a general-purpose brazing alloy since it...

The Washington Alloys 5556 is an improvement over the already high-quality Washington Alloys 5356; this results in a more ductile filler that resists breaking better than others. Because of its high tensile strength and outstanding forming capabilities,...

Welding is a fabrication procedure that includes applying heat and pressure to two separate pieces of material to create a durable junction. It is significant to use reliable and premium welding filler metals. The 3/32" x 36" Nibral Bronze Welding...

The 1/8 X 36" #5556 ALUMINUM (16-820) is an aluminum welding electrode by Washington Alloy. It is an aluminum filler metal with more manganese and zinc content and partially more magnesium than Washington Alloy 5356. As a result, Washington Alloy 5556...

The 1/16" X 36" NIBRAL (ERCUNIAL) (16-603) from Washington Alloy is reliable, durable, and high-quality. This product does not harm the boat engine but only assists in the smooth and safe operations of the boat. This product from Washington Alloy is from...

Weld 1/16 x 36 ER316L stainless steel for ultimate corrosion resistance (16-710). ER316L is a stainless steel welding wire used to join 316 and 316L stainless steel. To decrease the risk of intergranular carbide precipitation, it has a maximum carbon...

The 1/16" X 36" #4043 ALUMINUM (16-803) is an aluminum welding electrode by Washington Alloy. The E4043 (also known as AlSi5) is a 5% silicon aluminum filler metal used in MIG or TIG welding processes. This alloy is convenient for welding alloys 3003,...

Washington Alloys Bronze Welding Electrodes offer good working characteristics excellent corrosion resistance, and tin is added to improve strength and oxidation resistance. They are also flux coated to help prevent contamination of the weld metal. If...

Copper-Based Alloys. Nickel-Aluminum Bronze construction for MIG and TIG welding of the cast and molded nickel-aluminum bronze parts such as ship propellers. Nickel-Aluminum Bronze is a known filler metal in offshore technology for such items as...

Washington Alloy's 3/32 X 36" ER316L Stainless Steel Welding Rod is a high-quality stainless steel welding rod used in welding base metals with similar compositions such as 301, 302, 301, 310, 311, 312, and 316. It has a lower carbon content (.03 percent...

Except for the carbon content, this categorization is identical to ER308. Intergranular carbide precipitation is less likely with this filler metal's low carbon content (0.03 percent maximum). It improves intergranular corrosion resistance without the...

Aluminum bar stock has had a significant impact on boating. Its adaptability and versatility allow it to be utilized in a wide range of applications while also being more cost-effective and durable than many other materials. There's probably an aluminum...