|
This
cooling fan is lighter than the plastic design it replaced and has
more precise airfoil definition for energy efficiency.
Electronics
enclosures, such as digital projectors and laptop computers, use
TXM to provide stiffness, strength, EMI shielding, impact protection
and thermal management in a thin wall, recyclable, compact package.
|
High-performance
components demand the best in manufacturing and material performance
as systems get smaller, lighter and more energy efficient. Magnesium
TXM delivers thin wall, high stiffness, lightweight, impact resistant
components that are readily recyclable. As a design replacement
for injection molded plastic, cast metal, advanced composite materials
and even sheet metal fabrications, TXM has become one of the fastest
growing global part manufacturing technologies. Consider the next
generation of material and process technology, consider Magnesium
TXM.
WHERE
CAN MAGNESIUM TXM WORK FOR YOUR PRODUCTS:
| » |
INJECTION
MOLDED DESIGNS:
Stiffer than plastic = Thinner Walls; Lightweight; EMI Shielding
without plating or fillers; Thermally conductive; Tight
dimensional tolerances; Reduced material usage; Completely recyclable.
USE EXISTING PLASTIC INJECTION MOLD TOOLS IN TXM NOW! |
| » |
SHEET
METAL DESIGNS:
Consolidate parts into one molded piece; Multi-compartment shields
and enclosures; Eliminate assembly steps, fasteners, etc.; Improve
system rigidity. |
| » |
CAST
METAL DESIGNS:
Lighter than aluminum (34%), zinc (72%) and steel (76%); Thinner
Walls; Superior surface finish; Low porosity (<1%) for mechanical
and “leak free” performance. |
| » |
POLYMER
COMPOSITE DESIGNS:
Mechanical properties and density similar to graphite/epoxy
and fiberglass/epoxy systems; Isotropic structural performance;
Material cost a fraction of PMC; Eliminate cost and variability
of lay-up and assembly. |
| » |
MULTIPLE
FUNCTIONALITY SYSTEMS DESIGNS:
Enhance speed to market by combining Structural +
EMI Shielding + Heat Transfer & Thermal Management + Tight-Tolerance
Precision functionalities into a Lightweight,
High-Performance, Recyclable component. |
| » |
INNOVATIVE
NEW DESIGNS: Leverage the powerful material combination
and process of Magnesium TXM for your new design ideas! |
TYPICAL PROPERTIES OF TXM ALLOY AZ91D
| Density/Specific
Gravity |
lb/in^3(g/cc) |
0.065(1.81) |
| Typical
Wall Thickness -min |
in(mm) |
0.020(0.50) |
| Electrical
Conductivity |
%IACS |
12 |
| Shielding
Effectiveness @ 0.020" |
dB |
>85 |
| Elastic
Modulus |
MSI
(G Pa) |
6.5(45) |
| Ultimate
Strength |
KSI
(M Pa) |
36(243) |
| Thermal
Conductivity |
Btu/ft-hr-F
(w/m-K) |
41.8(72) |
| Specific
Heat |
Btu
/ lb - F (J/g-K) |
0.245(1.03) |
| UL94
Flame Exposure Results |
|
DNI
/ DNB |
| Material
Composition |
|
Mg + 9%AI + 1% Zn |
|
