Axim Mica

In a world where electricity powers our lives - efficient and reliable power transmission has become more critical than ever. Whether it's the cables that carry electricity across vast distances or the batteries that store energy for portable devices, insulation plays a vital role in ensuring safe and uninterrupted power flow. Among the various types of insulation materials available, mica-based insulation has emerged as a standout choice for cable and battery applications. No wonder the demand for mica-based solutions like mica car battery insulation sleeves , cable insulations, mica blankets, and threads is certainly touching the skies! With its unique properties and exceptional performance, mica insulation has revolutionized how we harness and distribute electrical energy. In this write-up, you'll find why mica-based insulation holds such immense importance in cables and batteries. Also, you'll learn its exceptional characteristics and explore why it should be used. What...

If we talk about the characteristic of Mica , everyone knows that it is highly versatile in nature. The property of Mica being versatile allows it to have the potential to be suitable for various products and solutions. Mica can be molded and processed into different shapes and sizes, taking from large-scale furnaces to handheld consumer appliances. It is often used as an electrical and thermal insulator because of its unique chemical composition and physical properties. Mica is a naturally occurring silica-based mineral. Mica’s dielectric and thermal resistance properties make it a perfect choice for industrial insulation. The three uses of mica tubes are:  1.    For electric arc furnace Steel manufacturing produces and supplies the necessary material for a number of businesses. Hence it is one of the most important industries. Electric arc furnaces manufacture steel from scrap metal instead of blast furnaces generating steel directly from ores.   2.  ...

High voltage usage demands a specialized and stable material for the process of insulation. High voltages can compromise a complete circuit and the safety of users and operators if not handled properly. Hence a stable material is necessary for suitable high-voltage electric insulation. There are numerous high-voltage applications where mica is used. Let’s take a look at them and a couple of examples of how mica is used. The electrical properties of mica Mica holds superior electrical properties in comparison to other common electrical insulation materials . Mica has the capacity to withstand up to 2000 kilovolts per mm of material before breaking down. It also has the capacity to withstand high temperatures. Pure mica has the ability to withstand up to 900°C, and when it gets laminated with other materials can even withstand up to 1600°C. Additionally, mica also has a high rate of permitivity. High voltage applications of mica The physical and electrical properties of...

Mica sheets are used in various industries for thermal and electrical insulation applications. They are used at high operating temperatures up to 1600 degree cel sius and in high voltage environments. Therefore, it is very important to ensure that mica sheets are safe for use. That’s where the role of  mica sheets  comes into play. The certifications are gained by rigorously testing the product under controlled conditions. Regarding mica sheets, the UL rating is the global industrial safety standard.  Other region-specific fire resistance classifications, such as BS 479 (class 1) and NBN 21-203 (A1), are also used to approve thermal and electrical insulation products. In this post, we will focus on the UL-rating of mica sheets. What are UL standards for safety? UL is a global safety certification company that certifies a wide range of products used in both industrial and commercial applications. If a product is listed or UL certified, the product is globally accepte...