Axim Mica

Thermal insulation plays a key role in the manufacturing process. Experts even suggest that after raw materials, it is the second most costly step involved in the manufacturing process. Thermal insulation takes care of many things. It ensures the operational costs of the manufacturing process remain optimum by driving the efficiency of processes, it helps reduce a business carbon footprint by reducing CO2 emissions, it ensures the safety of the staff working at the facility, and it ensures the safety of the various products against high temperatures. An ideal thermal insulation material not just has to be good at withstanding high temperatures, but it should be highly adaptable to a wide variety of settings and circumstances. For example, if you are looking for the thermal insulation of high-voltage applications, you need a material that has good dielectric strength in addition to high thermal resistance.   Mica material is the industrial standard for high-temperature thermal in

The aerospace industry is a highly sophisticated industry that relies on lightweight material solutions for high-temperature insulation. The selection of high-temperature thermal products for aerospace applications involves multiple and challenging requirements that go beyond essential performance attributes like strength, durability, damage tolerance, and low weight. That’s where mica-based insulation products come into play.   Mica insulation is used in a wide range of insulation applications in a variety of forms in the aerospace industry due to its amazing physical and chemical properties. Mica is chemically inert, stable at high temperatures, light in weight, and has the amazing dielectric capability and ability to convert into very thin sheets without losing its properties.     Aircraft operate in extreme conditions where any negligence could be fatal. Due to the nature of the application of aircraft where the lives of people are at stake, they must meet certain essential

The foundry industry is an industry that requires working on high temperatures. Metals are cast into a range of shapes by melting them into a liquid at high temperatures, pouring the metal into a mold, and then removing the mold material once it is solidified as it cools. Due to the very nature of the industry, it requires thermal insulation of furnaces primarily for three reasons: To protect the staff working at the facilities from high temperatures To ensure the consistency of the metal mold by preventing the heat loss To protect the furnace material from the damage due to high operating temperatures      A wide range of mica insulationproducts is used for insulation in the foundry industry. Here are the three major benefits of using mica thermal insulation in the foundry industry:       Ensure consistency It is very important to maintain consistent temperatures during the casting process. Amazing thermal insulation capabilities of mica ensure that