In modern medical facilities, combining high hygiene standards with sophisticated design and durable materials is becoming increasingly important. Thin, large-format porcelain stoneware from TechLam and Neolith (Spain) is becoming an increasingly popular solution for both exterior facade cladding and interior decoration of medical facilities. Thanks to their unique technical and operational properties, these materials are ideal for places where it is important to combine impeccable surface cleanliness, resistance to aggressive environments, and the ability to create a calming atmosphere characteristic of medical interiors.
TechLam and Neolith are not just tiles, but porcelain stoneware created using innovative pressing and firing technology at 1200 °C. Thanks to high pressure and careful process control, a homogeneous, non-porous product is obtained, consisting of 100% natural mineral components. The thickness of the panels ranges from ultra-thin 3 mm to heavyweight 20 mm, with a number of options (3+, 5+, 6+, 12+) reinforced with a reinforcing mesh for increased stability. The production of thin porcelain stoneware requires less raw materials, energy, and water, and thinner products reduce transportation costs and environmental impact. At the end of their service life, the slabs can be crushed and recycled, making them a completely circular material.
The exterior cladding of clinics and hospitals must not only meet strict fire safety and weather resistance requirements, but also maintain a modern appearance. TechLam and Neolith are manufactured in sizes ranging from 300x1000 mm to 3600x1200 mm, which reduces the number of installation joints and simplifies the creation of continuous surfaces. Low water absorption (0.2%) and the absence of pores in the structure ensure that rainwater, dirt, or graffiti paint remain on the surface and are easily washed off without the use of aggressive agents.
In the dynamic life of a medical facility, ease of facade maintenance is important. The self-cleaning coating based on titanium dioxide is activated even by weak ultraviolet light, breaking down organic contaminants and reducing dust adhesion. During rain, water spreads evenly over the surface, collecting dirt residues — the facade retains its original beauty for a long time without additional intervention by maintenance personnel. Resistance to impact, chemical disinfectants, and high temperatures makes these panels invulnerable to the daily challenges of the urban environment.
Installation is carried out on an aluminum subsystem (bracket plus L- and T-profiles) using AL/A2 or A2/A2 rivets, clamps, or anchor systems. It is possible to glue directly to the insulation using cement-polymer glue, which simplifies reconstruction and energy conservation work.
Inside medical facilities, wall surfaces must not only be hygienically clean, but also aesthetically pleasing in order to reduce patient anxiety and create a comfortable working environment for staff. Thin, large-format TechLam and Neolith panels are widely used in the decoration of walls in lobbies, corridors, and bathrooms, where they are glued directly to the prepared base. The large area of a single element minimizes the number of joints, which prevents dust from accumulating in the seams and simplifies wet cleaning.
In reception areas and waiting rooms, the slabs can be used to form monolithic front desks or cladding for interior doors. High hardness on the Mohs scale (7 out of 10) and scratch resistance ensure that even intensive use will not lead to a loss of aesthetic properties. Most importantly, the material does not absorb cleaning agents and disinfectants, so regular cleaning does not destroy the decorative layer.
TechLam and Neolit open up a wide range of creative possibilities: digital printing allows you to apply any drawings, graphics, or logos without losing clarity. A large assortment of factory decors with several pattern options (2–5 versions of one design) allows you to combine solid or marble-like surfaces with bright accents. Medical institutions can order panels with custom designs that match their corporate style and at the same time create a memorable image for the institution.
The material's thermal stability ensures dimensional and color stability even at high temperatures in sterile chambers or near equipment. Zero water absorption ensures that moisture from disinfectant solutions does not damage the structure of the panels. Tensile and flexural strength makes large-format tiles safer to install and use, reducing the risk of accidental damage.
As a result, TechLam and Neolith combine environmental friendliness, safety, and design that meets the highest medical standards. Using these materials in architectural facades and interiors of medical facilities will help create a space where patients feel comfortable, staff feel confident, and the surfaces themselves remain modern and practical for many years.
