The only die-cast magnesium alloy on the market combining corrosion resistance + high thermal conductivity, and the only cost-effective, mass-production-ready high-strength extruded magnesium alloy sheet — providing breakthrough solutions for lightweight, high-end applications.
Magnesium Alloy Materials
HTB02 is the world’s first die-cast magnesium alloy combining corrosion resistance and high thermal conductivity; YGB1 is the market’s only cost-effective high-strength extruded magnesium alloy sheet, with a yield strength of ≥280 MPa — surpassing conventional AZ31B (~160 MPa) by 75% — and a density of just 1.77 g/cm³, approximately 35% lighter than aluminum alloys.
Corrosion Rate Improved 3× Thermal Conductivity ≥100 W/m·K Yield Strength ≥280 MPa Density 1.77 g/cm³
HTB02 · Die Cast
Corrosion rate improved 3×, thermal conductivity ≥100 W/m·K — comparable to ADC12 aluminum alloy. The world’s first die-cast magnesium alloy combining corrosion resistance and high thermal conductivity.
YGB1 · Extrusion
Yield strength ≥280 MPa, surpassing AZ31B by 75%, matching AL6061 in strength with a density of just 1.77 g/cm³ — approximately 35% lighter than aluminum.
Applications
HTB02 · Die Cast
The die-casting process combines high thermal conductivity and corrosion resistance, replacing conventional aluminum die-cast parts for UAV frames, premium laptop enclosures, heat-dissipating bases, and other lightweight structures requiring excellent thermal performance.
YGB1 · Extrusion
High-strength extruded sheet can directly replace AL6061 aluminum alloy for smartphone back panels, tablet enclosures, semiconductor test equipment module frames, and other thin-sheet structural applications requiring high strength at reduced weight.
Product Categories
DIE CAST · Die Casting
The only die-cast magnesium alloy on the market combining corrosion resistance and high thermal conductivity — corrosion rate 3× better than AZ91D, thermal conductivity comparable to ADC12 aluminum alloy.
114×10⁻³ | mm/year Corrosion Rate
≥100 | W/m·K Thermal Conductivity
1.77 | g/cm³ Density
EXTRUSION · Extrusion
The only cost-effective, mass-production-ready high-strength magnesium alloy replacement on the market — yield strength ≥280 MPa, approximately 35% lighter than aluminum alloys.
≥280 | MPa Yield Strength
≥260 | MPa Tensile Strength
1.77 | g/cm³ Density
Technical Comparison
| Material | Corrosion Rate (mm/year) | Thermal Conductivity (W/m·K) | Yield Strength (MPa) | Density (g/cm³) |
|---|---|---|---|---|
| HTB02 | 114×10⁻³ | ≥100 | — | 1.77 |
| AZ91D (Standard Die Casting) | 361×10⁻³ | 51 | — | 1.81 |
| ADC12 (Aluminum Die Casting) | — | 92 | — | 2.74 |
| YGB1 | — | — | ≥280 | 1.77 |
| AZ31B (Standard Extrusion) | — | — | ~160 | 1.77 |
| AL6061 (Aluminum Alloy) | — | — | ~276 | 2.70 |
Testing Solutions | IC Test Probes · ICT Test Probes
Pogo Pin Connectors | Single Pin · Waterproof · Magnetic · Ball Spring
High Current Connectors | EV Charging · Industrial · Crown Spring
DAC Network Cables
SFP・QSFP・OCuLink
Female Connectors | Turned Single Pin · Ball Spring · Waterproof · Magnetic
Both HTB02 and YGB1 are available for sample evaluation. Contact a CCP engineer to discuss your lightweight material requirements.
