Thermal insulation materials work behind the scenes in various applications to minimize heat transfer and keep an object hot or cold, depending on its intended use. Aeronautical engineers incorporate thermal insulation products into aircraft design for fire protection purposes. The Space Shuttle disaster pointed up the importance of high heat insulation materials in spacecraft. And while homeowners may not know the thermal conductivity of fiberglass insulation, they do understand the correlation of heat and insulation in keeping their homes warm in the winter and cool in the summer.
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Thermal insulation also works as a sound barrier, making it useful in construction projects to insulate a wall or ceiling. Proper insulation for the task at hand not only affects the performance but can also reduce the expense of operating a particular application. In this article, we’ll look at the types of thermal insulation, the factors to consider for each and why Duracote is the best source for heat insulation material.
There are several things you need to identify before you can choose the best thermal insulation materials. Where will the insulation be used? What is its function? Are there any current issues that could cause the material to fail? Let’s take a look at what you need to know before you can land on the best thermal insulation material for your project.
The heat management material you need will depend on how the heat is being transferred for your particular application. The three types of heat transfer are:
Each type of heat transfer determines the heat insulation material you need for the given application. Radiant heat requires an emissive surface (like foil) to deflect heat. For conductive or convective heat transfer, thermal insulation materials have to manage hot surfaces without failing.
Three other factors go into your decision on which kind of heat insulation to use for your project:
Duracote is the preferred choice for fire safety materials and a whole host of heat insulation products tailored to transportation, architectural and industrial applications. If you’re in the market for the best thermal insulation material, we’ll help you find the solutions that best serve your particular needs. Contact us today to discuss your specifications!
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When deciding on the best thermal protection solution for your industrial application, there are a number of different factors that must be taken into account. Below, we will explore a few key questions to ask when selecting the right thermal protection solution for you.
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Davlyn Group companies work with a wide variety of materials (e.g. fiberglass, silica, ceramic, basalt, meta-aramid, para-aramid) and enhancements (e.g. silicone, graphite, vermiculite, acrylic saturant, foils). This flexibility allows us to provide the optimal custom solution for your specific application. Many times, there is no “one size fits all” solution.
A few questions to ask yourself to find your optimal thermal insulation material are:
Next, it is important to define the functional requirements. What are your primary objectives?
Mechanical and thermal properties can vary greatly, depending on the construction, such as:
Woven products offer a denser construction and are used for products such as tapes, cloths, and blankets. Different weave patterns are available to enhance aesthetics as well as the physical characteristics of the fabrics.
Braided ropes and sleeves have a dense structure with more flexibility than woven or knitted products due to their angled braid design. This characteristic makes braided products an excellent choice for creating thermal gaskets that must accommodate corners or curves.
Knitted construction is typically the most economical option. It has a less dense and more open structure compared to braided or woven, while still providing excellent heat resistance for many applications. Both circular and flat products can be created by knitting.
This answer can lead to certain product decisions, including:
Lastly, you must consider the complete life cycle cost. The thermal protection solution with the lowest total cost of ownership may not always be the most obvious! Key variables that can impact cost include: