Custom Thermal Insulation Blankets for Singular Points
Calomatech helps you insulate your singular points
Why insulate single points?
Thermal insulation plays a crucial role in the management of heat transfer fluid networks, particularly in industrial and tertiary heating systems. Among the areas most vulnerable to energy loss, singular points stand out. These specific areas, such as valves, taps, elbows, flanges or traps, represent interruptions in the continuous insulation of pipes.
Due to their structural and functional complexity, these points are often responsible for thermal bridges, resulting in significant energy losses and risks to the integrity of installations.
reduced heat and energy losses
Uninsulated singular points are areas where heat escapes rapidly, creating energy losses that can account for a significant percentage of an installation’s overall energy consumption.
In steam or hot water systems, high temperatures exacerbate this situation, leading to higher heating costs and lower overall network efficiency. With the right insulation, these losses can be significantly reduced, contributing to greater infrastructure profitability.
EXTENDING THE LIFETIME OF COMPONENTS
The temperature variations to which uninsulated components such as valves, pumps and elbows are exposed accelerate wear. Thermal insulation helps to stabilize these temperatures, thus reducing mechanical stress on equipment and extending its service life. It also reduces the frequency and cost of maintenance associated with premature degradation of sensitive components.
Improved safety
In steam networks, high fluid temperatures present a risk for operators working close to equipment. Single-point insulation helps reduce these risks by limiting the possibility of accidental contact with hot surfaces. Insulation also protects components against the formation of condensation, which can lead to increased corrosion and compromise the safety of the entire system.
Solutions for insulating singular points
customized thermal insulation mats
To compensate for these losses and ensure continuous insulation of singular points, we offer customized thermal insulation mattresses. These solutions are designed to fit the complex shapes of network components, guaranteeing optimum insulation while facilitating access for maintenance.
Insulating blankets are made from materials resistant to extreme temperatures, and offer installation flexibility, especially for components such as valves and elbows, which are difficult to insulate with traditional materials.
Energy saving certificates (CEE): financial support
Insulation of singular points is one of the actions eligible for the ESC, qscheme, which enables companies to benefit from financial assistance for their energy renovation work. This incentive mechanism is particularly relevant to the energy transition, as it encourages the reduction of CO2 emissions by promoting high-performance thermal insulation solutions.
By effectively insulating these critical areas, companies can not only optimize their energy consumption but also reduce their energy bills, while helping to combat global warming.
Problems caused by inadequate insulation of singular points
Major heat losses
The absence of effective insulation at singular points results in considerable heat loss. In networks where steam or hot water circulates at high temperatures, these losses can affect the overall energy performance of the installation. Energy efficiency is reduced, resulting in higher operating costs.
condensation and corrosion
Without adequate insulation, temperature variations can cause condensation to form on metal components such as flanges and valves. Eventually, this moisture promotes corrosion of equipment, increasing the risk of premature failure and compromising plant safety.
accelerated equipment wear
Uninsulated singular points are subject to significant thermal variations, which can accelerate component wear. These constant variations create mechanical stresses on materials, reducing their lifespan and increasing maintenance requirements.
