- Poor mechanical and fatigue strength as well as a high degradation rate negatively affect the mechanical integrity of the magnesium-based implants and hence restrict their applications. To address these limitations, alloying magnesium using various alloying elements has been utilized. Moreover, the addition of reinforcements into the magnesium and its alloys in order to develop magnesium matrix biocomposites could be a promising approach to address these limitations by noticeably enhancing the mechanical and corrosion properties, simultaneously. Despite all studies conducted in recent years, corrosion and corrosion-fatigue behavior of magnesium biocomposites still need further examination.
Although there are some review papers that discuss the corrosion, biocompatibility, and mechanical properties of magnesium-based biocomposites, until now, no attempt has been conducted on the fatigue, and corrosion-fatigue of these materials. Most bone implants are subjected to cyclic loading in a physiological environment during their service time inside the body.
The fatigue strength in such conditions could be far below the static and fatigue strengths in air, which may lead to miscalculation of the implant lifetime. Due to the lack of a comprehensive understanding in the literature regarding the corrosion, fatigue, and corrosion-fatigue behavior of magnesium-based biocomposites in physiological environments.
Use bags, metal pail, or paper pail to pack, the underlayer are plastic bag.
Transport Tool: Trucks or containers.
Storage Methods: The storehouse should be ventilated, dry, fire preventing, wet preventing, static preventing and the hermetic goods.
Factory direct supply
Particle size and Package Can customized
Strickly quality control system and advanced testing equipments
Good aftersale service.
As a technical-commercial oriented company, NY2 has grown to have now five offices located in China Mainland, lndia, Turkey, Hong Kong, German with either sales or warehouse function.
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| Product | Grade | Shape | Composition(%) | AD(g/cm3) | Particle Size |
| Magnesium Powder |
SMP358 | Nearly Spherical | >Mg 99% | 0.86-0.92 | 35-80 mesh |
| SMP451 | Nearly Spherical | >Mg 99% | 0.86-0.92 | 45-100 mesh | |
| MP30 | lrregular | >Mg 99% | 0.64-0.73 | 30-80 mesh | |
| MP60 | lrregular | >Mg 99% | 0.64-0.73 | 60-200 mesh | |
| MP150 | lrregular | >Mg 99% | 0.76-0.85 | -150 mesh | |
| Can be produced according to customer specifications | |||||
| Product | Grade | Shape | Composition(%) | AD(g/cm3) | Particle Size |
| Magnesium Granules |
MG12 | Particles or spheres | ≥99.5% | - | 12-35 mesh |
| MG20 | Particles or spheres | ≥99.5% | - | 20-80 mesh | |
| MG100 | Particles or spheres | ≥99.5% | - | 100mesh all pass | |
| Can be produced according to customer specifications | |||||
| Product | Grade | Shape | Composition(%) | AD(g/cm3) | Particle Size |
| Magnesium Turning Chips |
MS6 | Chips | ≥99.7% | - | 6mesh All pass |
| MS840 | Chips | ≥99.7% | - | 8-40mesh | |
| MS2080 | Chips | ≥99.7% | - | 20-80 mesh | |
| Can be produced according to customer specifications | |||||
| Product | Grade | Shape | Composition(%) | AD(g/cm3) | Particle Size |
| Magnesium Alloy Chips |
AZ91D | lrregular | Mg90.43; AI8.9; Zn0.43 | - | 30-80 mesh |
| ZK61 | lrregular | Mg94.46; AI0.0006 Zn5.19 |
- | 30-80 mesh | |
| Can be produced according to customer specifications | |||||
| Product | Grade | Shape | Composition(%) | AD(g/cm3) | Particle Size |
| Magnalium Powder |
AMAP50 | lrregular | AI:50±2%; Mg:50±2% | 0.76-0.85 | 60-200 mesh |
| Can be produced according to customer specifications | |||||
| Product | Grade | Shape | Composition(%) | AD(g/cm3) | Particle Size |
| Magnesiun Desulphurization Reagent | PSMp1080 | lrregular | ≥Mg 92% | 0.75-0.95 | 2-0.18mm (10mesh~80mesh) |
| Can be produced according to customer specifications | |||||
