ICNEA 3240—Non-ferrous metal alloy manufacturing

Where 3240 sits

1. C Manufacturing industry
2. 32 Non-ferrous metal smelting and rolling processing industry
3. 324 Non-ferrous metal alloy manufacturing
4. 3240 Non-ferrous metal alloy manufacturing

What 3240 includes

• Refers to the production activities of alloys composed of non-ferrous metals as the base and the addition of one or more other elements.
• Including smelting activities for the following non-ferrous metal alloys：
• Commonly used non-ferrous metal alloys: copper alloy, lead alloy, zinc alloy, nickel alloy, aluminum alloy, tin alloy, magnesium alloy, titanium alloy, bismuth alloy, cadmium alloy, other commonly used non-ferrous metal alloys;
• Cemented carbide: cemented carbide for cutting blades, cemented carbide for mining, cemented carbide for wear-resistant parts, steel combined with gold, other cemented carbide;
• Rare metal alloys: beryllium copper alloy, beryllium aluminum alloy, beryllium magnesium alloy, iron niobium alloy, other rare metal alloys;
• Rare earth metal alloys: rare earth copper alloy, rare earth aluminum alloy, rare earth lead alloy, rare earth zinc alloy, rare earth scandium aluminum alloy, rare earth yttrium magnesium alloy, rare earth lanthanum alloy, rare earth lanthanum nickel alloy, rare earth cerium-magnesium alloy, rare earth cerium-tungsten alloy, rare earth cerium-cobalt alloy, rare earth cerium-cobalt-copper alloy, rare earth praseodymium ironAlloy, rare earth neodymium iron alloy, rare earth neodymium magnesium alloy, rare earth magnesium rhenium alloy, rare earth neodymium iron Boron alloy, rare earth samarium cobalt alloy, rare earth permanent magnet alloy, rare earth terbium alloy, rare earth dysprosium iron alloy, rare earth ferrosilicon alloy, battery pole alloy, flintstone alloy, other rare earth metal alloy;
• Precious metal alloys: gold alloys, silver alloys, platinum alloys, palladium alloys, rhodium, iridium, osmium alloys, and other precious metal alloys;
• The following aluminum alloy products are included in this category;
• Al-Ca alloy;
• Al-In alloy;
• Al-V alloy;
• Al-Ca-In alloy;
• Aluminum-lithium alloy;
• The following copper alloy products are included in this category;
• High-performance copper alloy for electronics;
• Copper alloy for lead frame (Cu-Fe-P alloy);
• Copper alloy for high-performance splicing components (high-strength and high-conductivity copper alloy);
• High-performance beryllium-free elastic copper alloy (Cu-Ni-Si alloy);
• High-performance corrosion-resistant copper alloy;
• High-strength and wear-resistant copper alloy (HKHT bronze, etc.);
• Antibacterial and environmentally friendly copper alloy (lead-free brass, etc.);
• Bismuth, silicon, tellurium, lead-free, easy-to-cut copper alloy;
• Other high-performance copper and copper alloys (except for the high-performance copper alloys listed above (such as copper-tin-zirconium, copper-chromium-zirconium-based copper alloys));
• Lead frame copper strip (Cu-Fe-P alloy);
• Copper alloy for high-performance plug-in components (copper alloys such as high-strength and high-conductivity Cu-Cr-Ti);
• High-strength and high-elastic copper alloy (Cu-Ni-Si alloy);
• Copper alloy for radio frequency communication (oxygen-free copper for cables);
• High-performance copper alloy wire;
• High thermal conductivity copper-based composite heat sink material;
• High temperature anti-softening alloy (Cu-Cr, Cu-Zr, Cu-Cr-Zr alloy);
• High-strength and wear-resistant copper alloy (bronze material for HKHT);
• High-performance copper alloy pipe for seawater desalination (high-performance brass, white copper material);
• Precision copper strips for integrated circuit lead frames;
• High-strength corrosion-resistant copper alloy pipe for oil drilling;
• High-strength and high-conductivity copper alloy (Cu-Ni-Si alloy, bronze);
• High-strength copper alloys for catenary (Cu-Sn, Cu-Mg, Cu-Ag, Cu-Ni-Si alloys);
• Copper alloy for high-performance connectors (high-performance brass material);
• Copper alloy for micro-motors (including silver and oxygen-free copper);
• Copper alloy for gear ring of synchronizer (complex alloy of high-strength and wear-resistant brass for automobiles);
• High-performance high-precision copper alloy (high-performance brass alloy);
• High-precision copper alloy for new energy vehicles (high-performance copper);
• Corrosion-resistant copper alloy for nuclear power (high-performance silver copper);
• Copper alloy for aquaculture;
• Copper material for antibacterial and environmental protection;
• New type of coinage copper alloy (brass, bronze, white copper coinage belt);
• Wear-resistant and corrosion-resistant copper alloy;
• The following tungsten-molybdenum alloy products are included in this category;
• Tungsten high specific gravity alloy (containing more than 80% tungsten, used in civil-military integration and aerospace fields);
• Tungsten copper alloy;
• Molybdenum copper alloy;
• Molybdenum titanium zirconium (TZM) alloy;
• Hafnium molybdenum (MHC) alloy;
• Rare earth molybdenum alloy;
• Rare earth tungsten alloy;
• A new type of tungsten electrode material with high stability without thorium;
• The following non-ferrous metal alloy products are included in this category;
• Tantalum alloy and its coating materials (used in aerospace);
• Niobium alloy and its coating materials (used in aerospace);
• High-performance zirconium alloy (including nuclear-grade zirconium alloy ingots);
• Platinum iridium series;
• Gold and copper series;
• Gold, silver and copper series;
• Palladium silver copper series;
• Silver tin series;
• Silver tin bismuth series;
• Other new electrical contact materials;
• LaNi5 type hydrogen storage material;
• Rare earth magnesium-based hydrogen storage material;
• Dysprosium iron, neodymium iron, gadolinium iron alloy;
• Holmium copper alloy;
• Aluminum-scandium alloy;
• Scandium-sodium alloy;
• Deep processing of mining alloys (composite blades, engineering teeth, coal cutting teeth, drill blades, impact drill blades, snow shovel teeth) (rare earth alloys);
• Spherical tooth alloy (rare earth alloy);
• Cemented carbide for wear-resistant parts (top hammer, roller ring, drawing die, cold pier cold die, sheet, long sheet, cutting type, nozzle, valve accessories, sealing ring) (rare earth alloy);
• PCB bar, tool bar;
• Plasma spraying and thermal spraying powder and wire material;
• Non-ferrous metal powder material;
• Porous titanium and titanium alloys;
• The following rare metal alloy products are included in this category;
• High-quality cobalt processing materials (used for target materials, superalloys, etc.);
• High-quality beryllium processing materials (for nuclear power and optics);
• High-quality indium processed materials (InAgCd alloy rods, used in nuclear power);
• Metal-based shape memory alloy;
• Superalloy rare metal protective coating material;
• Duplex tungsten carbide-based rare metal ceramic coating material;
• High corrosion and wear-resistant coating material;
• Multi-component MCrAlY coating material;
• High thermal insulation coating material YSZ composite ceramic material;
• Wearable sealing coating material;
• Cold-sprayed ultrafine alloy powder coating material;
• Titanium alloy powder (in the aviation field, such as TC4, TC17, etc, it is used for engine parts repair);
• The following metal-based non-ferrous metal alloy products are included in this classification;
• Metal matrix composite material;
• Aluminum matrix composite material;
• Titanium matrix composite material;
• Magnesium-based composite material;
• Copper matrix composite material;
• Nickel-based composite materials;
• Refractory metal matrix composite material;
• Superalloy matrix composite material;
• Intermetallic compound matrix composite material;
• Beryllium matrix composite material;
• Carbon nanotube reinforced metal-based nanocomposites;
• Foam metal matrix composite material;
• Metal-based composite products;
• Aluminum-based composite products;
• Titanium-based composite products;
• Magnesium-based composite products;
• Copper-based composite products;
• Nickel-based composite products;
• Refractory metal-based composite products;
• Superalloy-based composite products;
• Intermetallic compound-based composite products;
• Beryllium-based composite products;
• Carbon nanotube reinforced metal-based nanocomposite products;
• Foam metal-based composite products;
• The following high-performance non-ferrous metal alloy products are included in this category;
• Aluminum-copper composite material;
• Silver copper composite material;
• Alloy and copper alloy composite materials;
• Aluminum-manganese and aluminum-silicon composite materials;
• Metal particle piezoelectric composite material;
• Diamond and metal composite materials;
• Silicide and metal composite materials;
• Nitride and metal composite materials;
• Boride and metal composite materials;
• Boron carbide and metal composite materials;
• Non-metallic compounds and metal composite materials;
• High-quality molybdenum-copper multilayer composite material;
• Aluminum-copper composite pipe;
• Tantalum-clad copper tube, copper-clad titanium rod;
• Multi-metal composite belt and tube products;
• Aluminum-based composite steel strip;
• Aluminum-based composite belt, aluminum-plastic composite belt;
• Powder aluminum-based, copper-based steel composite belt;
• Silver-copper composite belt, silver alloy-copper alloy composite belt;
• Aluminum-manganese-aluminum-silicon three-layer composite belt;
• Polymetallic composite products;
• Titanium steel composite products;
• Nickel-steel composite products;
• Aluminum-steel composite products;
• Copper and steel composite products;
• Aluminum-copper composite products;
• Silver and copper composite products;
• Alloy and copper alloy composite products;
• Aluminum-manganese and aluminum-silicon composite products;
• Metal particle piezoelectric composite products;
• Cermet composite film products;
• Diamond and metal composite products;
• Silicide and metal composite products;
• Nitride and metal composite products;
• Boride and metal composite products;
• Boron carbide and metal composite products;
• Non-metallic compounds and metal composite products;
• The following 3D printing materials are included in this category;
• Aluminum alloy powder (in the aviation field, such as AlSi10Mg, etc., is used for forming and repairing aircraft parts);
• Nickel-based superalloy powder;
• Shape memory alloy powder (such as NiTi, used for molding);
• Intermetallic compound powder (TiAl, Ti2AlNb, NbSi, etc. are used for engine parts molding);
• Medical metal materials (cobalt-nickel alloys, etc).

3240 in other systems