For more than 30 years, FSP-Tech® has been providing safety solutions for a wide range of industries. Our safety showers are used wherever people work with hazardous substances or processes, from chemical plants to research facilities.
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In chemical processing, hazards from acids, alkalis and solvents occur regularly during mixing, filling or cleaning operations. Reliable safety shower systems are therefore an essential part of any risk assessment.
Freestanding industrial emergency showers enable immediate full-body decontamination and meet the requirements of DIN EN 15154.
For workstations exposed to heat, tempered safety showers offer enhanced protection by ensuring safe flushing temperatures and uninterrupted flow, compliant with DIN EN 15154 and ANSI Z358.1.
In chemical storage rooms, enclosed safety shower cabins provide a controlled environment and direct contaminated wastewater safely into drainage systems.
Pharmaceutical production and laboratory work involve frequent handling of process chemicals, reagents and solvents.
Safety shower cabins are used in cleanrooms and technical areas because they safely collect contaminated water and protect sensitive zones. They comply with DIN EN 15154 and are resistant to humidity and aggressive cleaning media.
Tempered safety showers provide additional protection at heat-stressed workstations by delivering water within the safe temperature range, supporting full decontamination cycles compliant with DIN EN 15154 and ANSI Z358.1.
In laboratories, eye wash units and laboratory safety showers ensure rapid flushing in the event of splashes, according to DIN EN 15154 and TRGS 526. Stainless-steel surfaces simplify cleaning and meet hygiene requirements in research and production.
Energy plants face chemical hazards from water treatment processes as well as thermal risks from hot steam.
Freestanding industrial safety showers provide immediate full-body rinsing and meet DIN EN 15154.
At heat-intensive workstations, tempered safety showers offer additional emergency by delivering water at a controlled temperature and ensuring compliance with DIN EN 15154 and ANSI Z358.1.
Stainless-steel construction ensures resistance to moisture, heat and mechanical stress – ideal for critical infrastructure environments.
The construction materials sector involves hazards from hot, dusty or caustic media such as cement, gypsum or bitumen – often in outdoor environments.
Frost-proof safety showers feature an insulated stainless-steel housing with trace heating and remain fully operational even at sub-zero temperatures. They comply with DIN EN 15154 and ANSI Z358.1.
Where no water supply is available, tank safety showers provide an autonomous first-response solution directly at mixing stations or outdoor operating areas.
Food production often involves powerful cleaning and disinfecting agents.
Eye wash units provide immediate assistance in case of splashes and comply with DIN EN 15154.
In technical zones or areas with hot steam, tempered safety showers increase operational safety by allowing sustained rinsing without thermal stress, fully compliant with DIN EN 15154 and ANSI Z358.1.
Stainless-steel construction ensures resistance to moisture and intensive cleaning procedures.
During filling or transfer processes, chemical leaks can occur at any time – often under wind, rain, frost or saline atmospheres.
Frost-proof safety showers with insulated stainless-steel housings and trace heating provide reliable protection and remain fully operational even in freezing conditions (DIN EN 15154 / ANSI Z358.1).
Where no mains water is available, tank emergency showers offer an autonomous supply solution.
For mobile or seasonal sites, portable emergency showers enable flexible deployment and maintain reliability even in cold weather.
Wastewater plants use coagulants, acids and alkalis, and many activities take place outdoors year-round, making frost-resistant technology essential.
Frost-proof safety showers with insulated stainless-steel housings and trace heating remain reliable even at low temperatures. Their robust construction withstands spray water, moisture and chemical exposure and meets DIN EN 15154 and ANSI Z358.1.
Decontamination showers are used across numerous industrial sectors, including chemical production, pharmaceutical processing, tank cleaning and waste-management facilities.
Where protective suits or contamination-prone work clothing are worn, they enable uniform external decontamination after handling hazardous substances.
The stainless-steel construction resists chemical exposure, moisture and mechanical impact. Evenly positioned nozzles ensure complete wetting, enabling contaminants to be effectively washed off.
The decontamination shower complies with DIN 12042 and integrates seamlessly into existing work and safety procedures, providing a controlled and reliable solution wherever hazardous tasks require post-process decontamination.
Platforms and walkways require secure protection against unintentional access. Stainless-steel fall-protection gates close automatically, comply with DIN EN ISO 14122-3 and withstand mechanical loads and daily operation.
They prevent accidental entry and increase operational safety throughout plant areas.