Ceramic fibre board (also called ceramic fiber board) is a rigid, high-performance insulation material engineered from ​​alumina-silica ceramic fibers​​ (typically 70–90% alumina [Al₂O₃] and 10–30% silica [SiO₂]). Unlike soft, flexible ceramic fiber blankets, boards are pressed or extruded into dense, flat sheets, making them ideal for structural applications where shape retention and mechanical strength are critical.

Ceramic fiber pipe, also known as ceramic fiber tube or refractory ceramic pipe, is a specialized high-temperature insulation material engineered to withstand extreme thermal environments. Composed primarily of alumina-silicate fibers (Al₂O₃-SiO₂), this lightweight yet durable product is widely used in industrial applications where heat resistance, thermal efficiency, and safety are critical. Let’s explore its composition, properties, applications, and advantages.

Ceramic fiber blankets are renowned for their exceptional heat resistance, lightweight design, and thermal insulation properties, making them indispensable in industries like aerospace, metallurgy, and construction. However, a common concern among users is whether these materials are prone to moisture absorption. This article explores the relationship between ceramic fiber blankets and dampness, offering insights into their durability, practical handling tips, and how to maintain their performance in varying environments.

A nano insulating board, also known as a nano-insulation panel, represents a cutting-edge advancement in thermal insulation technology. Composed of nanoscale materials such as nano-silica (SiO₂), alumina fibers, or aerogel particles, this material is engineered to create a highly porous structure with exceptional thermal resistance. Its defining characteristic is ultra-low thermal conductivity, often below 0.03 W/m·K, which surpasses the insulating performance of traditional materials like ceramic fibers by up to 10 times.

Aluminium foil glass wool insulation, a composite material combining glass wool fibers with a reflective aluminium foil layer, has gained traction in construction and industrial sectors for its dual-action thermal performance. But how effective is it really? This article delves into its efficiency, applications, and real-world benefits, backed by technical data and user insights.

Glass wool insulation blanket, renowned for its thermal efficiency, acoustic absorption, and fire resistance, is a cornerstone of modern construction and industrial insulation. Proper installation is critical to unlock its full potential—ensuring energy savings, safety, and longevity. This guide breaks down the installation process into actionable steps, while addressing common challenges and best practices for diverse applications.