Electronic shell appears in every corner of our life, choosing the right electrical enclosure is very important for your electrical devices. so what's factors to consider when choosing the right electrical box?
The design requirements for electrical enclosures are essential. They vary depending on whether the device will be used indoors, outdoors, in hot or cold climates, or in low or high operating temperatures. Here is a look at the common types of electrical enclosures and the primary factors to consider when choosing an enclosure.
1- Material
Plastic electrical enclosures are the cheapest options.Some plastic models come with environmental protection features for applications that will be used outdoors. Types of plastic enclosures include:

ABS plastic: This material has a glossy surface that is amplifiable, resistant to concentrated acids, waterproof, and has temperature-independent impact resistance.
Polycarbonate plastic: This material has flame retardant function and is resistant to acidic environments. It also has a high impact resistance. However, polycarbonate plastic cannot endure exposure to strong alkalis or organic solvents.
Polyester plastic: This material offers moisture and chemical resistance. It is also lightweight and has excellent insulation properties.
PVC plastic: It has excellent insulation. Its life cycle is long, and it is fire safe. The material has a high-impact resistance, degradation resistance, and durability. It is a popular choice because it is very easy to customize, however the material has a low thermal capacity.
Extruded Aluminum Electrical Enclosure
Aluminum enclosures are capable of improving the aesthetics and feel of products. Extruded aluminum enclosures are more costly than plastic covers. they can be customized just like plastic one，also have strong heat dissipation performance.
Stainless steel: This material is resistant to corrosion and can significantly improve performance. However, it is very costly.
Fiberglass: This material is available in different colors and offers a high chemical and moisture resistance. Fiberglass can be easily scratched and is capable of producing toxic fumes.
2. Environmental Conditions
The longevity of an electrical enclosure is dependent not only on its material but also Based on whether the enclosure will be walled in indoor areas, outdoors, exposed to harsh heat conditions or chemical contaminants or in extreme weather conditions.
3-Application
The application of the electrical enclosure boils down to the market or product. Market application considerations include factors such as parking garages, repair shops, pools, arenas, food plants, and water treatment plants. Product applications involve the physical enclosure. Think about the physical requirements of your application, and prepare to address them.
4- Performance Standards
enclosure ratings ensure the degree of protection that each enclosure offers. These settings are standardized throughout the country, providing ratings for hazardous and non-hazardous situations. You need to confirm these ratings to ensure you choose an enclosure with the best rating for your electrical device.
In Conclusion
Finding the right electrical enclosure box could save you time and money. If you do not choose the right enclosure for your needs, it may fail and thereby damage whatever is inside. Taking time to research the right enclosure may seem like a daunting task, but it saves you time and money in the long run.