| Category |
Alloy system |
Grade |
Core ingredient (%) |
Core Features |
Application scenarios |
Corresponding to foreign standards/common grades |
| High-density tungsten alloy |
Tungsten-nickel-iron series |
WNiFe90 |
W90, Ni7, Fe3 |
Good plasticity, high strength |
Counterweight block, armor-piercing projectile core, radiation shielding |
90WNiFe, ASTM B777 Grade 1 |
| High-density tungsten alloy |
Tungsten-nickel-iron series |
WNiFe93 |
W93, Ni5.5, Fe1.5 |
Higher density, balanced mechanical properties |
Aerospace counterweights, precision instrument balance blocks |
93WNiFe, ASTM B777 Grade 2 |
| High-density tungsten alloy |
Tungsten-nickel-iron series |
WNiFe95 |
W95, Ni3.5, Fe1.5 |
High density, impact-resistant |
Military ammunition bodies, oil logging instrument accessories |
95WNiFe, ASTM B777 Grade 3, DIN W-Ni-Fe 95 |
| High-density tungsten alloy |
Tungsten-nickel-iron series |
WNiFe97 |
W97, Ni2.1, Fe0.9 |
Ultra-high density, low deformation |
Nuclear industry shielding components, precision medical devices |
97W-Ni-Fe, ASTM B777 Grade 4 |
| High-density tungsten alloy |
Tungsten-nickel-copper system |
WNiCu90 |
W90, Ni6, Cu4 |
Good corrosion resistance, non-magnetic |
Electronic packaging, chemical corrosion-resistant counterweights, non-magnetic molds |
90WNiCu |
| High-density tungsten alloy |
Tungsten-nickel-copper system |
WNiCu95 |
W95, Ni3, Cu2 |
High density + non-magnetic |
MRI accessories, precision electromagnetic components |
95WNiCu |
| Tungsten-based cemented carbide |
Tungsten-cobalt (YG) |
YG3 |
WC97%, Co3% |
High hardness and good wear resistance |
Finishing tools, cutting hard materials |
/ |
| Tungsten-based cemented carbide |
Tungsten-cobalt (YG) |
YG6 |
WC 94%, Co 6% |
High strength, impact-resistant |
Roughing tools, mining drill bits, molds |
/ |
| Tungsten-based cemented carbide |
Tungsten-cobalt (YG) |
YG8 |
WC 92%, Co 8% |
Extremely resilient |
Heavy-duty molds, rock drill bits |
/ |
| Tungsten-based cemented carbide |
Tungsten-cobalt (YG) |
YG15 |
WC 85%, Co 15% |
High toughness, crack-resistant |
Stamping dies, wear-resistant parts |
/ |
| Tungsten-based cemented carbide |
Tungsten-cobalt-titanium (YT) alloy |
YT5 |
WC 85%, TiC 5%, Co 10% |
Impact-resistant, high-temperature resistant |
Rough machining of steel materials |
/ |
| Tungsten-based cemented carbide |
Tungsten-cobalt-titanium (YT) alloy |
YT15 |
WC 79%, TiC 15%, Co 6% |
High hardness and good red hardness |
Semi-finished steel |
/ |
| Tungsten-based cemented carbide |
Tungsten-cobalt-titanium (YT) alloy |
YT30 |
WC 66%, TiC 30%, Co 4% |
Ultra-high hardness |
Steel finishing |
/ |
| Tungsten-based cemented carbide |
Universal Alloy (YW) |
YW1 |
Contains WC, TiC, TaC, and 6% Co. |
General-purpose, for machining steel/gray cast iron |
Multi-functional cutting tool |
/ |
| Tungsten-based cemented carbide |
Universal Alloy (YW) |
YW2 |
Contains WC, TiC, TaC, and 8% Co. |
Superior toughness compared to YW1 |
Machining of Difficult-to-Machine Materials |
/ |
| Special tungsten alloy |
Tungsten-copper alloy (WCu) |
WCu10 |
90% tungsten, 10% copper |
Non-magnetic, with good electrical and thermal conductivity. |
Electrical contacts, electrical spark electrodes, aerospace nozzles |
DIN W-Cu 10 |
| Special tungsten alloy |
Tungsten-copper alloy (WCu) |
WCu20 |
80% tungsten, 20% copper |
Its electrical and thermal conductivity is superior to WCu10. |
Electrical contacts, aerospace nozzles |
DIN W-Cu 20 |
| Special tungsten alloy |
Tungsten-copper alloy (WCu) |
WCu30 |
70% tungsten, 30% copper |
Excellent electrical and thermal conductivity |
Electrical contacts, electrical spark electrodes, aerospace nozzles |
DIN W-Cu 30 |
| Special tungsten alloy |
Tungsten-copper alloy (WCu) |
WCu50 |
50% tungsten, 50% copper |
Best electrical and thermal conductivity |
Electrical contacts, high-precision electrodes |
/ |
| Special tungsten alloy |
Tungsten-molybdenum alloy (WMo) |
WMo10 |
90% tungsten, 10% molybdenum |
High-temperature resistance, creep resistance |
High-temperature furnace accessories |
/ |
| Special tungsten alloy |
Tungsten-molybdenum alloy (WMo) |
WMo20 |
80% tungsten, 20% molybdenum |
High-temperature resistance, creep resistance |
High-temperature furnaces and heat-resistant structural components |
/ |
| Special tungsten alloy |
Tungsten-molybdenum alloy (WMo) |
WMo30 |
70% tungsten, 30% molybdenum |
High-temperature resistance, creep resistance |
High-temperature furnaces and precision heat-resistant components |
/ |
| Special tungsten alloy |
Tungsten-rhenium alloy (WRe) |
WRe5 |
95% tungsten, 5% rhenium |
High strength at high temperatures and good ductility. |
Thermocouple wire (temperature-resistant up to 2800℃) |
/ |
| Special tungsten alloy |
Tungsten-rhenium alloy (WRe) |
WRe25 |
75% tungsten, 25% rhenium |
High strength at high temperatures and good ductility. |
Thermocouple wires, high-temperature measuring instruments |
/ |
| Special tungsten alloy |
Tungsten-rhenium alloy (WRe) |
WRe30 |
70% tungsten, 30% rhenium |
High strength at high temperatures and good ductility. |
Thermocouple wires, ultra-high temperature components |
/ |
| Special tungsten alloy |
Pure tungsten and doped tungsten |
W1 |
W≥99.95% |
High purity, high-temperature resistance |
Electrovacuum devices, high-temperature heating elements |
/ |
| Special tungsten alloy |
Pure tungsten and doped tungsten |
W2 |
W≥99.95% |
High purity, high-temperature resistance |
Electrovacuum devices, high-temperature heating elements |
/ |
| Special tungsten alloy |
Pure tungsten and doped tungsten |
WThO2 |
Tungsten matrix + doped thorium oxide |
Good electron emission performance |
Tungsten filament, electrode |
/ |
