Industrial environments are prone to heat. Whether this heat is produced as an operational by-product or its actively utilized, for instance in manufacturing, metalworking, chemical processing or energy production, or to melt materials, it’s important to make sure the heat is controlled to ensure equipment can work well and not experience overheating. Unfortunately, if industrial processes are not overseen effectively, there is a lack of insulation applied, or equipment is allowed to overheat, this can lead to heat damage. Heat damage in industries can have a negative impact on equipment and produce safety risks, like fires. There are several solutions that can help prevent heat damage, including the use of heat-resistant materials, like fiberglass rope. Formed from either twisted or braided glass fibers, fiberglass rope has the ability to resist extensive amounts of heat. Thus, it can be utilized as high-temperature insulation, being found in pipes, ovens, and furnaces. Below, we’ll provide you with further insights on fiberglass rope and how it stops heat damage.
Preventing Fire Damage In Industries With Fiberglass Rope
1. Heat Resistance
Fiberglass rope contains glass fibers, materials that possess the ability to resist heat. They can work in environments with temperatures that go up to 538°C/1000°F or even 760°C/1400°F though this does depend on the type of fiberglass. These materials can be placed as a protective barrier that remains strong against heat. Essentially, they act as a shield between delicate components and sources of heat. Through this, heat damage can be prevented as the fiberglass rope ensures the heat cannot be transferred to the equipment, helping to lower thermal stress and making sure surfaces will not overheat.
2. Thermal Shock Resistance
It’s common for quick temperature alterations to occur within industrial operations. Sadly, the outcome of these changes is that materials will experience thermal shock, in other words, degrading or cracking. Fiberglass rope is able to resist thermal shock. Ergo, it can prevent heat damage by remaining robust against sudden changes in temperature, while avoiding degrading, warping, or cracking. With this attribute, fiberglass rope ensures materials and equipment, like furnaces and kilns, are defended when placed in a location with a high temperature that experiences quick cooling and heating. Through preserving its own integrity when these changes take place, any heat-related damage can be averted. Thus, it’s able to stop structural failures and deliver a performance that’s consistent.
3. Insulation
As previously mentioned, fiberglass rope can prevent heat damage from occurring through its application as a barrier, which, in turn, can decrease heat transfer. This means fiberglass rope can be utilized as insulation. Applying fiberglass rope to systems, such as pipes and furnaces, can ensure the heat is trapped and cannot be lost. Thus, it can be utilized to defend nearby equipment and materials and stop them from experiencing overheating. Adding fiberglass rope as insulation can also make sure components are shielded against fire hazards and thermal stress.
4. Non-Combustibility
A useful trait of fiberglass rope is its non-combustibility. It can be placed as a barrier that resists both increased temperatures and flames and, thus, ensures heat damage will not occur. This material can stop ignition. Therefore, it can lower the chance of a fire spreading in an area with a high temperature. Industries will also find this attribute helpful as it can defend structures and components which are close by from extreme heat or direct flames. Moreover, it can ensure that personnel are able to remain safe as the fire and heat will be contained.
Utilize Fiberglass Rope To Reduce Heat Damage
No matter what industry you work in, if your operations require or are subject to high temperatures, it’s important that you find a way of lowering the risks associated with heat and the damage it can cause. Fiberglass rope is a material that can help you prevent heat damage. We, Mid-Mountain Materials, Inc., have extensive knowledge on fiberglass rope and are ready to share this with you. Check out our article on the applications of fiberglass rope to learn additional information about this material. You may also want to consider our HYTEX® 1000 Fiberglass Fabrics and Textiles if you are searching for materials that deliver outstanding thermal performance, increased tensile strength, and robust corrosion resistance. Our fiberglass fabrics and textiles may be just the products you need to stop heat damage from becoming an issue.
