The robustness of metal ceilings, their proven lifespan of over 50 years, and the hygienic, dust-free, and easy-to-clean surface make them particularly well-suited for healthcare and research environments.
Metal ceiling manufacturer DAMPA eliminates the issue of ceiling surfaces becoming damaged during the removal process for maintenance of installations above the ceiling. This is crucial in most construction projects, but it is especially important in healthcare and research environments, where creating hygienic spaces is paramount.
DAMPA’s steel and aluminium solutions are designed with this in mind, thanks to the robust properties of metals. Steel, in particular, offers a highly durable surface, making it especially suitable for areas where frequent access to overhead installations is needed, as the material is incredibly resistant to wear and tear.
The surface properties of metals also contribute to the ease of cleaning, supporting both wet and dry cleaning methods, and preventing the growth of unwanted microorganisms. This holds true whether a perforated or unperforated hygienic solution is chosen, as the ceiling remains dust-free, partly due to the integrated acoustic felt, which also optimises room acoustics.
Integration Options for a Clean Indoor Environment
DAMPA’s metal ceiling solutions emphasise the variety of integration possibilities they offer. One standout example is the company’s seamless Spring solution, which features a unique spring suspension system, allowing easy access to overhead installations without the need for tools.
If a perforated ceiling is selected, diffuse ventilation can be seamlessly integrated. This system creates overpressure above the ceiling surface: “With diffuse ventilation, overpressure is generated above the ceiling, and the air is distributed evenly across the entire surface, eliminating draughts. Diffuse ventilation transports air without the need for large traditional duct systems, saving building height and avoiding wasted space between floors, as often happens with conventional ventilation systems. This leads to significantly improved overall economics and reduced use of building materials,” says Michael Nykjær, CEO of DAMPA.
This solution can be advantageously combined with the DAMPA® Climate Ceiling, which regulates the temperature for each individual by responding to their radiant heat and transporting excess heat away through ceiling installations. This is achieved by utilising the unique heat and cold-conducting properties of metals.
Durability Through Circular Materials
The durability of metal ceilings, their proven lifespan of at least 50 years, and their hygienic, dust-free, and easy-to-clean surfaces are all due to the inherent properties of metals. Steel, for example, is a circular material that can be recycled repeatedly without losing its mechanical properties, making it a key component in reducing waste in the construction industry.
Learn More About Metal’s Sustainable Circular Properties Here
This article was originally published on byggematerialer.dk – read the article here.
