Aluminum enclosure vs Plastic enclosure: which type is right for you?

If you’re considering an electrical enclosure for your next project, which material is best for you? Choosing the right enclosure depends on the device will be used indoors, outdoors, in hot or cold climates, or in low or high operating temperatures. It is necessary to take time to research the right enclosure, cause it saves you time and money in the long run.
 
Here are some of the properties and benefits of aluminum enclosure and plastic enclosure, Only a full understanding of the difference can help you make better choices.
 
Aluminum enclosure includes diecast aluminum and extruded aluminum
 

Diecast aluminum :Diecasting is that involves forcing molten metal into a closed mold (also called a die) to produce the desired shapes,

 
Applications
 
diecast aluminum enclosures are often used to protect switchboards and meter cases in various industrial environments. diecast aluminum enclosures often be found in many healthcare instruments.
 
Advantages
 
Its corrosion-resistance and EMI shielding properties make diecast aluminum enclosures a popular choice among design engineers, another advantage to diecasting is that it results in thinner, lighter walls. comes with an attractive surface finish.
 
Extruded Aluminum Enclosures : The extrusion process involves putting aluminum into an extrusion press,The result is a long part which can then be cut or machined as needed
Applications
 
Extruded aluminum enclosures can be found in both indoor and outdoor applications. Most commonly, they are used in data systems, sensors, the Internet of Things, medical applications and a wide range of information systems to protect PCBs.
Advantages
 
Extruded aluminum enclosures also make installation faster. With excellent heat dissipating properties, extruded aluminum enclosures ensure that high temperatures won’t damage your sensitive PCB components
 
 
Plastic enclosure features non-magnetic, waterproof, insulating, inexpensive, flexible, light, features, That is why plastic has become a major player on the electronics enclosure market.

Plastic enclosures can be produced from a range of different plastic materials, which include ABS, polyester, polycarbonate and a lot of other varieties. but the most common production methods are the molding processes. The plastic molding processes are very versatile, which allows plastic enclosures to be molded with complex parameters and geometries.

Applications and uses for plastic enclosures are endless. include desktop and handheld devices, remote sensors, industrial control boxes, wireless and telecommunication devices, and more.