The cost of container homes in Sterling Heights depends on the size and design you prefer. A shipping container used in building container homes can cost as low as $13,018 and can go as high as $108,489 depending on the size that you choose. A 20x8x8 feet shipping container can cost around $3,500. A 40x8x9 feet container home is estimated to be around $5,000 up to $6,000. A 20-foot container home is expected to be around $12,500. However, if you prefer to connect two 20-foot containers to get a larger unfurnished living space, it will cost you around $26,000. A 40-foot fully furnished container home is approximately around $32,000 in price.
Is it true that containers homes in Sterling Heights are like hot ovens when they are used for homes because they are made of metal?
Definitely not true. It would be if you bought one without insulation. In fact, most container homes use ceramic spray insulation that is very efficient when applied directly to the metal. If you built a container home and used ceramic insulation paint to it, the structure can become more energy efficient as compared to traditional homes.
Are Sterling Heights container homes prone to rust and corrosion?
No. Remember that container homes are made out of shipping containers that are built to withstand torrential rains, salt water, and humidity. A shipping container is specially made using non-corrosive steel. It is then coated with the ceramic Insulation paint. Technically, it is rust-proof and can prevent molds and mildews from growing.
Is it true that Sterling Heights container homes are hurricane proof?
Yes. Be it a single container home or a multitude of container homes connected with each other. They can withstand winds of up to 100 mph on a foundation and 175 mph if securely anchored with posts.
Can container homes in Sterling Heights withstand earthquakes?
Technically yes. They will never collapse like the traditional homes built out of concrete do. It is said that container homes are 100 times stronger and safer than a conventional housing structure.