Fiberglass is a cost-effective and versatile material in the air conditioning industry due to its insulation properties. PVC-NBR blended sponge is often used to fill in gaps in air treatment systems, which is commonly referred to as “pickling”. Silicone and Poron are used in high-temperature environments as joints. The main pipeline options are usually galvanized steel and aluminum ducts.
Galvanized steel is the most common material used for ducts, whether rectangular, round, oval or spiral. Aluminum is used when a lightweight pipe is needed and also has the advantage of being easy to install. It is important to understand the material options, their specifications, areas for improvement and cost-effectiveness to create optimal air conditioning products. A common example in the air conditioning industry are ASTM-E84 or UL723 materials, which have low levels of smoke and toxicity. It is essential to consider the types of materials used in different parts of your home's air conditioning system and related components when tracking aspects such as efficiency and lifespan of the system.
Stainless steel air ducts are a more expensive type of material that is often installed in commercial buildings and where flexibility may be needed for airflow. High-performance plastics are increasingly popular in the air conditioning industry compared to metallic materials such as stainless steel or aluminum. This article provides an introduction to four types of duct materials, their advantages and disadvantages, and how to choose between them if you're installing new ducts or building a new house. Sheet metal is the most common type of rigid air duct material found in today's homes, which typically refers to galvanized steel or metallic aluminum. On the downside, air ducts made of fiber panels tend to have a shorter life expectancy than other types of materials, depending on where you live and what you do with the ducts. This area of research has significant implications for the air conditioning industry, where selecting the right materials determines the quality of the units installed, avoiding any breaches or leaks.
For instance, using the wrong type of foam or applying it incorrectly can cause gaps, which are a major enemy of air conditioning installations. Flexible ducts can be applied in areas where rigid metal ducts cannot pass through. All these factors can be explained by folds, bends, and twists, although these should be minimized whenever possible during installation. If there are two materials that have traditionally given good results in air conditioning, they are fiberglass and foam. This article provides an overview of these materials and how they can be used to create optimal air conditioning products.
