Clean rooms are one of the most important scientific advances. The history of their development began at the end of the 19th century thanks to the famous Scottish surgeon Joseph Lister. He put forward a theory according to which, by controlling the concentration of pollutants in a room, it is possible to regulate their intake, accumulation and generation, thereby significantly reducing the risk of the appearance and development of infections in this room.
Since then, this idea has become widespread and today cleanrooms are used in various fields such as medicine, pharmacology, food processing and research, etc.
One of the main factors in controlling the spread of microbes in rooms is the use of special materials, surfaces and finishing solutions. FunderMax offers solutions that allow you to comprehensively implement the task of creating a design that meets the criteria for clean rooms.
FunderMax has developed materials
Max Compact Interior and Max Compact Interior Plus, which have excellent disinfectant and hygienic properties. Thanks to their homogeneous, antibacterial and non-porous surface, Max Compact Interior / Interior Plus panels are easy to disinfect and remain resistant to various cleaning agents for a long time. In addition, the surface of the Max Compact Interior / Interior Plus panels provides a 99.99% reduction in the assimilation of microorganisms on it within 24 hours.
Max Compact Interior Materials and Max Compact Interior Plus are used for interior wall cladding in frequently visited places with high requirements for cleanliness and hygiene, such as hospitals, schools, sanitary rooms in hotels and in public places, as well as in buildings where there is a risk of spreading infection (airports, train stations), large kitchens, food industry enterprises, public transport.
For the creation of countertops work surfaces in laboratories, research centers, and other rooms with increased requirements for chemical resistance and hygiene requirements, the material is best suited
Max Resistance2.
Its surface is resistant to various acids, alkalis, aggressive cleaning and disinfecting agents, as well as scratches, impacts and abrasion.
The wide range of decors and surfaces of FunderMax materials provide a comprehensive approach to solving the most difficult tasks. Below is a list of cleanroom projects implemented with FunderMax materials:
- 2nd Central Military Clinical Hospital named after P. V. Mandryka, Moscow
- Arkhangelsk Regional Clinical Hospital, maternity ward, Arkhangelsk
- City Hospital No. 40, St. Petersburg
- City Clinical Hospital. S. P. Botkin, Moscow
- City Clinical Hospital No. 29, Moscow
- City multidisciplinary hospital No. 2, St. Petersburg
- City Clinical Oncological Dispensary, St. Petersburg
- Children's City Clinical Hospital No. 9 named after G. N. Speransky, Moscow
- FSBI Federal Center for Cardiovascular Surgery, Penza
- Clinic of Restorative Medicine "ABIA", St. Petersburg
- Clinical maternity hospital №2, Veliky Novgorod
- Clinical Oncological Dispensary No. 1, Krasnodar
- Regional Clinical Hospital, Krasnoyarsk
- MGK Perinatal Center, Orenburg
- Research Institute named after V. A. Foka St. Petersburg State University, St. Petersburg
- Regional Children's Clinical Hospital No. 1, Perm
- Perinatal Center, Vladivostok
- Perinatal Center, Krasnoyarsk
- Psychiatric Dispensary, Krasnodar
- Maternity hospital №26, Moscow
- FMBA of Russia Siberian Clinical Center, Krasnoyarsk
- FSAU NMITs of Neurosurgery named after Academician N. N. Burdenko, Moscow
- Central Children's Clinical Hospital №2, Moscow
- Central Polyclinic of the Federal Security Service of the Russian Federation, Moscow
- Center them. E. I. Chazova, Moscow
- CITO them. N. N. Priorova, Moscow
- Central Clinical Hospital No. 1, cardiology unit, Veliky Novgorod
- Military hospital, Smolensk
open the whole list
The Decotech group of companies, a strategic partner of FunderMax in Russia and Belarus, offers comprehensive engineering support for projects, as well as a full range of services for the supply, storage and processing of material, including cutting, milling and perforating operations using modern CNC equipment.
