When considering which roofing material to use in hot climates, there are many factors that must be considered. A professional company can help you make sense of these decisions and identify the best option for your needs; however, they may not know about all aspects specific just because one’s home was built years ago or currently has different types/apes outside than what was installed at first place due some renovations done recently including new shingle style but also how high up on building does this go? Is it flat across the top vs angled like most American homes. LA Roofing Co. has a tremendous reputation and offers expertise without sacrificing quality workmanship by spending excessive amounts of money upfront.

The Best Roof Material for a Hot Climate

Roofs are a major component in maintaining your home’s temperature, ventilation, and air quality. So it makes sense that you would want one with the ability to withstand hot conditions without sacrificing these essentials for all-year-round use! There is some great news though- there exist roofing materials designed specifically around harsh climate zones like deserts or tropical rainforests which can better handle extreme fluctuations between daytime highs (high temperatures)and nighttime lows(freezing cold). Here I’ve listed five examples of such roofs:

• Lighter Colors

Asphalt tends to be the most common material used in a shingle roof, but the concentration and density of asphalt shingles in urban centers result in a mass absorption of heat, making for higher temperatures than in surrounding areas. This is known as the heat island effect.

This effect is mostly caused by the asphalt itself as well as its dark colors. Darker colors are more prone to absorbing heat from UV radiation, while light-colored roofs reflect sunlight away. Painting your roof a lighter color may reduce the heat island effect and help you save on your energy bills. However, not all roof materials can be painted or dyed.

• Terra-Cotta Tiles

A common residential roofing material in Spain, Italy, Mexico, the American Southwest, and other regions well known for high heat and plentiful sunshine, terra-cotta traditionally comprises baked clay. The baking process is part of what contributes to terra-cotta’s resistance to hot climates. Baking these tiles in kilns creates a material that is durable and less porous, which prevents heat from getting trapped within the terra-cotta.

Terra-cotta tile roofs are highly durable with some ancient buildings featuring the same tiles for centuries, but even modern terra-cotta tiles should last about 50 years on average.

• Concrete Tile

Concrete is a great option for those who want the thermal properties of terra cotta, but don’t need its price tag. This material has thicker walls which means it takes longer than other types to heat up in direct sunlight – and then take that warmth back into your home! If you live somewhere where summers often reach over 85°F (29 °C), slabs may be the right choice since they’re also heavy enough not cause any damage when inflated with air during high temperatures

• EPDM

Ethylene propylene diene monomer or EPDM for short is a synthetic rubber-like material that’s commonly used in commercial roofing. It has strong thermoplastic qualities with excellent resistance against weather and UV radiation as well as being able to withstand general wear from external factors such as its usage on your home’s roofs! In addition, it offers protection against water leaks due to the fact there aren’t many seams visible when installing this type of product which helps make them more aesthetically pleasing too.

• Metal Roofs

Metal roofs are the latest in trendy, durable materials for homes across America. These types of buildings tend to be more sustainable than others because they don’t rely on cheap and harmful chemicals like lead or arsenic that can leak into our water when it rains heavily (and make us sick). Aluminum has seen an increase due to its recyclable quality while still being strong enough against even harsh winter weather conditions without fear from ice formation thanks largely to their ability to cool much faster at night-time compared with other alternatives such steel/copper ones will often times take longer before heat penetrates through so there’s less risk.