Cooler bags do a number of things that are great for keeping your home cooler, but one thing is a must-have if you're looking for a more environmentally-friendly option. They help reduce the amount of heat your home transmits while preventing mildew and condensation. But how do they work? Read on to discover how these bags can be the perfect solution for your home.
What are the benefits of insulation? In simple terms, insulation slows the transfer of heat in a building by reducing conduction, radiation, and convection. There are many types of insulation available, and each has a certain R-value, which measures how resistant it is to heat transfer. Here are some common examples:
Most insulative materials slow the transfer of heat because they have multiple pockets of air. The air in these pockets must take a circuitous path in order to reach the cool interior. This process can take several hours. However, if the building is properly insulated, the transfer of heat can be as little as five minutes. That's a very good deal of energy. The heat transfer rate of a building is crucial to its comfort and energy bill.
While it might sound difficult, it's an important part of home weatherization. Not only does it keep the house comfortable, but it can reduce your energy costs. Often, homeowners add insulation to certain areas of the home that experience air leaks. However, this type of insulation only slows the flow of air - it doesn't block out unwanted air. The same goes for windows. It's worth considering the cost of insulating your home if you want to keep it comfortable year-round.
Adding insulation to your home is also a great way to boost your home's marketability. It is a great upgrade for both long-term homeowners and future home buyers. There are many benefits to adding insulation to your attic. The most obvious one is the energy savings. When it comes to selling your home, adding insulation to the attic can boost its value. In addition to increasing your home's resale value, insulated attics have more potential than ever before.
In general, the higher the R-value, the more resistant it is to heat transfer. Insulation can reduce thermal conductivity by as much as half by double-doing its thickness. For example, a four-inch layer of cellulose insulation has an R-value of 0.25. An eight-inch layer has an R-value of 0.125, while a sixteen-inch layer has a R-value of 0.063.
Using water-repellent sprays will protect your clothing from mold and mildew during storage. A mildew inhibitor called paradichlorobenzene is an effective way to prevent the growth of mold and mildew on your clothing. It is also highly effective at controlling moths. This chemical is widely available in drug and grocery stores under several trade names, including Paradichlorobenzene, and is safe for use on most types of fabric.
Another option for protecting leather goods from mildew is to treat them with salicylanilide. This chemical consists of eleven grams of salicylanilide per quart of rubbing alcohol. You can purchase mildew-resistant paints for any color or type of furniture. However, do not use this chemical on the window sills of your home as it may be harmful to small children if they accidentally ingest it.
Molds that cause mildew grow in damp, poorly-lit places. They are especially apt to grow in clothing closets and basement recreation rooms. When they find moisture and warm temperatures, they feed on the starch found in clothes. Leaving dirty clothes in garment bags creates ideal conditions for mildew growth. Besides, clothes with starch and dirt are more prone to mildew than clean ones.
If you notice a spot of mold, it is best to remove it before it spreads throughout your home. In the event that you can't remove the entire spot with the spray, you can use a lemon juice and salt mixture. Just remember to test the bleach solution to ensure that it will not damage your articles' color. You can also bleach mildew stains by using a sun-drying method if your fabric is not washable.