Nexal Aluminum Inc products

ER4043 is a 5% Silicon aluminum filler metal that is one of the most widely used aluminum welding alloys for fabrication and general repair in the aluminum welding industry. The smooth running ER4043 is often preferred because of its flowing characteristics and its reduced crack sensitivity over other aluminum welding wires. ER4043 is available in spools and cut lengths for both MIG and TIG welding and is recommended for base metals 3003, 3004,5052, 6061, 6063 and casting alloys 43, 355, 356 and 214. ER4043 has a melting range of 1065-1170 Fand a density of .097 lbs/ci. Its post anodizing color is gray.

Nexalloy 4043A/4943 is an alternative alloy to 4043 with 25% higher Ultimate Tensile Strength (UTS) and 50% higher yield strength in the as welded condition. Similar to 4043 it possesses moderate to high strength (35 ksi typical), low melting temperature and high fluidity, low ductility, formability and lower toughness as well as moderate electrical and thermal conductivity. 4043A/4943 may be used to weld 1XXX, 3XXX, 5XXX with less than 3.0% Mg. Common applications include automotive frames, aerospace hardware, bicycles, concrete forms and furniture.

ER5183 is an aluminum filler metal containing higher levels of manganese, magnesium and chrome. ER5183 Is formulated to provide the highest possible “as-welded” strength in high magnesium alloys. Available in spools and cut length for MIG and TIG applications. ER5183 is known for its high fracture and impact toughness and exposure to corrosive elements. Applications include marine components, drilling rigs, cryogenics, etc. Base metals include 5083, 5086 and 5456 to similar base metals or to 5052, 5652 and 5056. Its melting range is 1075-1 180•F, its density Is 0.96 lbs/ci. The typical tensile strength is 41,000 psi and the post anodizing color is white.

Nexal’s metalizing wire is produced per AWS specifications. It is suitable for flame spray equipment, arc spray coating systems and vacuum proceses.

Nexal’s tie wire is used primarily to secure bundles of metal or other materials.