In industrial operations, maintaining temperature control is critical to ensuring safety, reducing costs, and protecting valuable equipment. Whether your business involves high-heat processes or precision temperature management, the right thermal insulation materials are essential. Thermal insulation materials minimize energy loss, enhance operational efficiency, and produce safer working conditions, all while contributing to sustainability goals. At [...]

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 [...]

The difficult conditions of industrial environments are not ones to be taken lightly. Chemical exposure, mechanical stress, increased temperatures, pressure, and abrasive forces are all examples of the conditions that the materials placed within these locations must be able to endure. They need to possess the right attributes to deliver a reliable performance. Polyurethane (PU) [...]

An industrial setting cannot afford to suffer the consequences from the outbreak of a fire. So much is put at risk by not having fire safety measures in place to mitigate its effects. Employees could be harmed, equipment could be damaged, and legal issues could be imminent. Various fire safety measures can introduce fire safety [...]

Insulation materials have the potential to transform the energy efficiency of equipment and processes for the better. There are a variety of different types of insulation materials available. These include advanced ceramics, fiberglass, silicone coated fiberglass, and vermiculite. Each insulation material works to lower the heat transfers in equipment during industrial processing. Join us as [...]

Materials imbued with heat protection provide a diverse array of advantages when applied to equipment. They offer protection, energy-efficiency, and can help apparatus to work safely even under intense heat. High silica fabric and textiles can deliver heat protection and, thus, be used in items like fire and furnace curtains and welding blankets. The heat-resistant [...]

Performance versus weight is a fundamental consideration in the aviation industry. Engineers consistently seek lightweight solutions for hardcore problems, and fabrics have been a part of that interplay since the Wright brothers used cotton-wrapped wings in 1903. We've come a long way from external aircraft fabric covering. However, material innovations continue to ensure a central [...]

Industrial fire control systems are a cornerstone of infrastructural safety. They comprise the network of systems used to detect and suppress fires, including alarms, automatic sprinklers, fire doors, and more. Naturally, industrial fires pose a range of serious hazards. Severe injury, loss of life, damage or destruction of assets. These are just a few of [...]

Ultra-low porosity in insulation fabrics is essential for emission control because it creates an exceptionally tight barrier, preventing the passage of gasses and particles. This minimizes pollutant release, ensuring compliance with stringent environmental regulations. The dense structure also enhances the fabric's effectiveness as a filter, trapping harmful emissions. Furthermore, ultra-low porosity coated fabrics provide superior [...]

Utilized within kilns, industrial chimneys and furnaces to offer protection against heat, moldable refractory cement is an insulating material that is extremely flexible and has a high moldability. This means it can be turned into different shapes individually tailored to their environments. As it can resist extensive amounts of heat, including temperatures over 3632°F /2000°C, [...]