mon-fri 9-13 / 14.30-18.30
Stainless steel sanitary ware represents the most reliable solution for public environments, hospital facilities, communities, and high-traffic spaces where durability and hygiene are priorities. Stainless steel, particularly the AISI 304 and AISI 316 series, offers exceptional corrosion resistance, ease of cleaning, and compliance with international regulatory standards. These fixtures combine structural solidity and maintenance practicality, eliminating issues related to ceramic porosity and ensuring superior longevity in the most critical conditions.
The available range spans from single and multiple urinals to wall-hung and floor-standing toilets, with specific variants for users with accessibility needs. Each product is designed to withstand wear from intensive use, vandalism attempts, and particularly humid environments. Shaped finishes and optimized flushing systems ensure hygienic-sanitary performance compliant with EN-997 regulations and subsequent updates.
Stainless steel stands out from traditional ceramic materials due to a series of concrete and measurable technical advantages. Corrosion resistance is practically unlimited in indoor environments, even in the presence of chlorine, disinfectants, and aggressive cleaning products commonly used in public facilities. The non-porous surface prevents the absorption of liquids and bacteria, significantly reducing sanitization times and routine maintenance costs. Unlike ceramic, which fractures with accidental impacts, stainless steel maintains structural integrity even in critical situations, an especially relevant element in prison environments, psychiatric wards, or where vandalism represents a real risk.
Practical applications involve hospitals, residential communities, public recreational facilities, gyms, stadiums, and any context where hygiene and durability are not optional. The higher initial investment pays for itself within a few years thanks to reduced replacement, maintenance, and cleaning costs. The available finishes range from satin to polished, allowing for aesthetic integration even in spaces requiring high visual standards. Compatibility with universal flushing systems makes installation flexible and not tied to predefined configurations.
Stainless steel urinals are divided into different construction configurations, each optimized for specific usage scenarios. Single urinals represent the most common format for standard public bathrooms, available with side or top water entry depending on the site pressure. Multiple urinals (double, triple, or battery) are designed to reduce linear footprint in facilities with high user inflow, allowing several people to be served simultaneously while keeping the overall space contained. Wall-hung variants ensure easier cleaning of the floor below, a fundamental element in high-traffic environments. Wall-mounted models are fixed using anti-vandal brackets, while some versions include integrated access covers to further protect the drainage system.
Stainless steel toilets are available in floor-standing, wall-hung, or monobloc solutions with integrated cisterns. Floor-standing models offer maximum stability and are particularly appreciated in facilities where installation practicality prevails over aesthetic considerations. Wall-hung toilets facilitate floor cleaning and provide a more modern look, though they require a more complex installation with an external or concealed cistern. Some products include anti-vandal features such as hidden screws and reinforced lids. For users with disabilities or reduced mobility, models with specific heights and depths are available, compliant with accessibility regulations. Bidets complete the offering, available in wall-hung or floor-standing configurations with dimensions adapted for residential and hospital contexts.
Selecting the appropriate sanitary fixture requires a preliminary assessment of available spaces, user types, and maintenance needs. First, it is necessary to determine whether the installation involves an extension of an existing system (a situation that constrains the drain pipe diameter) or a new project, where greater freedom allows for the choice of a universal flushing system. The choice between wall-hung and floor-standing depends on the available structural height and the frequency of floor cleaning. In environments where cleaning is performed daily with high-pressure water, the wall-hung model is preferable. For facilities where overall aesthetics are less relevant, floor-standing toilets remain the most economical and practical solution.
A critical element concerns compliance with access codes and safety regulations: in spaces intended for people with motor disabilities, the choice must fall on certified models with a seat height between 460 and 480 mm and adequate maneuvering space. Vandal resistance should be evaluated based on the user profile: prison and psychiatric facilities require hidden screws, rounded edges, and materials that cannot be easily damaged. For public bathrooms with frequent flushing throughout the day, battery urinals reduce waiting times and congestion. Common mistakes include underestimating the water pressure available on-site (some models require at least 1.5 bar to function correctly) and failing to verify compatibility with the external diameter of the drain pipes (usually 100 mm for toilets, 50-75 mm for urinals).
Stainless steel sanitary ware intended for public spaces must comply with the EN-997 standard, which specifies requirements for hydraulic resistance, disposal capacity, wear resistance, and material composition. The EN-14688 standard specifically concerns urinals, defining minimum and maximum dimensions, useful depth, and flushing systems. AISI 304 compliance represents the basic standard for indoor environments, while AISI 316 is required in more chemically aggressive contexts or near brackish sources. All products must possess certification for resistance to mechanical and chemical stress, supported by documented laboratory tests. The CE marking is mandatory in European territory and certifies compliance with safety and public health requirements.
Specific requirements for hospital facilities include compatibility with daily disinfection systems using saturated steam and the absence of porosity that could harbor microorganisms. The height of toilets in residential environments for the elderly or disabled must fall within the intervals defined by the DIN-4601-1 standard, with seats between 460 and 480 mm. Regarding the flush, the recommended minimum pressure is 1.2 bar with a minimum flow of 6 liters for toilets and 3 liters for urinals. Impact resistance is measured according to EN-14688 with standardized steel ball drop tests. Furthermore, fixing systems must prevent theft or tampering, an especially relevant element in high-risk public facilities.
Explore all products in the category and compare the available solutions to find the most suitable one for your operational context. From wall-hung to floor-standing configurations, from anti-vandal models to solutions for the disabled: every need finds an answer in the specialized range of stainless steel sanitary ware.
AISI 304 is the standard material for non-corrosive indoor environments, with good chlorine resistance. AISI 316 contains molybdenum and offers superior protection in chemically aggressive environments, marine areas, or facilities with intensive disinfectants. For normal public bathrooms, 304 is sufficient; for hospitals or public swimming pools, 316 is recommended.
The seat height must be between 460 and 480 mm according to the DIN-4601-1 standard. Some models reach 500 mm to facilitate standing up. The important thing is to verify that the seat is certified and that the side maneuvering space allows access from a wheelchair (at least 60 cm).
The wall-hung model facilitates daily cleaning with water and detergents, but requires an external cistern and more complex installation. The floor-standing model is more economical and stable, but the space under the fixture collects more dirt. The choice depends on the cleaning frequency and available budget.
The recommended pressure is at least 1.2 bar with a minimum flow of 3 liters per flush. If the pressure is lower, the flushing is not effective and hygiene suffers. A pressure reducer, if available, can normalize the flow in systems with excessive pressure.
Yes, stainless steel resists impacts better than ceramic and does not fracture easily. Anti-vandal models include hidden screws, rounded edges, and reinforced lids. However, no material is completely vandal-proof; construction measures reduce damage but do not eliminate it completely.
Stainless steel has higher initial costs but reduced maintenance: no persistent limescale stains, no fractures, and a lifespan of over 20 years. Ceramic costs less initially but is replaced every 8-10 years. In the long term, stainless steel is more economical and only requires routine cleaning.
Lukewarm water and neutral detergent are sufficient for routine cleaning. Avoid very acidic products or those based on concentrated bleach, which can stain the surface. For intense disinfection in hospitals, saturated steam up to 120°C is compatible. Once a month, a treatment with mineral oil maintains the matte satin finish.
The monobloc integrates the cistern and bowl into a single structure, reducing joints where dirt can accumulate. However, it requires a deeper floor recess. An external cistern, though visible, is easier to maintain and replace. Both, if well-designed, achieve equivalent hygiene levels.
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