CAS 77980-84-8 Magnesium Copper Alloy For Hydrogen Storage Material

Specifications

Highlight:

copper master alloys

,

aluminum master alloy

Product name:

Magnesium-Copper Alloy, Mg-Cu Alloy

Color:

Silver-gray

Form:

Ingot

CAS:

77980-84-8

Molecular formula:

MgCu

Molecular weight:

87.85

HazardClass :

4.1

PackingGroup :

II

Storage conditions:

No Restrictions

Application area:

Hydrogen Storage Materials And Biomedical Materials

Tags:

magnesium master alloy

Key Attributes

Brand Name: KP

Place of Origin: Suzhou, China

Minimum Order Quantity: Negotiable

Price: Negotiable

Supply Ability: 1000 kg per week

Delivery Time: 3-5 work days

Payment Terms: L/C, T/T, D/P

Standard Packaging: 50 kg / bag in iron drum

Product Description

Magnesium-Copper Alloy Mg-Cu Alloy CAS 77980-84-8 For Hydrogen Storage Material

Name: Magnesium-Copper alloy, Mg-Cu alloy, MgCu alloy Molecular formula: CuMg

CAS: 77980-84-8 Cu content: ≤30%(wt)

Description: Magnesium is one of the most needed elements in human body. It can be degraded after implanted into human body, thus avoiding secondary surgery. At the same time, the mechanical properties of magnesium and magnesium alloy are very close to human bones, which is the main reason why magnesium can be used as biomedical implant materials. Magnesium copper alloy is a kind of degradable magnesium alloy with good biocompatibility and excellent antibacterial properties.

Specification:

Name		Mg-Cu alloy
Molecular formula		MgCu
CAS		77980-84-8
Cu	wt%	≤30
Al	wt%	≤0.03
Fe	wt%	≤0.03
Si	wt%	≤0.03
Ni	wt%	≤0.01
Mg	wt%	The rest
property		Ingot, silver-gray
Application		Preparation of special alloys, additives.
package		Conventional packaging, flexible packaging according to customer needs

Package: Conventional packaging, 50kg per bag in iron drum packing, also provide small package: 100g, 500g, 1kg, 5kg and other small packaging.

Used: Used in the smelting of copper and copper alloys, effectively removing oxygen from metal melts, significantly reducing oxidative inclusions, thereby improving the mechanical properties of the alloy. Also used as hydrogen storage materials and biomedical materials. MgCu alloy hydrogen storage materials release hydrogen during the combustion process of rocket propellants. Hydrogen can promote the combustion of oxidizers and release a lot of heat, so that the specific impulse of propellants is significantly improved.