Infatable Single Decontamination System

An inflatable single decontamination system is a rapidly deployable shelter designed for field decontamination of personnel following contamination (chemical, biological, radiological). It features a self-standing inflatable structure, integrated shower nozzles, wastewater collection, and a compact transport footprint suitable for emergency response teams.

Salient features

  • Adaptable for different contaminants (chemical/biological)

  • Fully inflatable – no rigid frame required

  • Rapid setup/ Portable & compact for storage/transportation

  • Raised floor panels & sump for wastewater containment

  • Craftsmanship: The main structure of the outer canopy is made using high-frequency

  • heat sealing technology

Spectral Band Requirement
Structure Inflatable tent/shower cabin
Material Coated PVC / PU fabric (waterproof, UV resistant)
Deployment Time 2–8 minutes
Deployment Personnel 2 persons
Exterior Dimensions Projection size: 2 m*2m*2.4m (±50mm),
Internal Working Area 3.8 ㎡ (±50mm),
Packed Size 0.8m*0.7m*0.5m (varies by model)
Weight 35–42 kg
Operating Temp. Range -25 °C to +70 °C
Decontamination & Shower System:
Shower Nozzles 2–5 adjustable spray nozzles (varies by model)
Water Inlet Pressure Up to ~3 bar / 43 ps
Raised Floor Prevents contact with contaminated runof
Wastewater Management Integrated sump; pump extraction sleeves
Exterior Dimensions Manual pump / electric blower / compressed air
Inflation Pressure Low pressure (0.2–0.3 bar)
Infatable Single Decontamination System
Download Brochure

Other Services

  • Sc1 Spalash Suit

    The Casualty Evacuation Suit consists of a complete carrying bag which is designed along with an Optically Clear Wide Vision Visor and equipped with gloves & medical port, providing complete

    Read More

  • Surface Inflatable Target

    MAAN Surface Inflatable Target (SIT) is designed for ease of unpack, inflate, deploy and recover. SITballoons feature with target practicing requirements. Once the SIT is filled the centre weight of

    Read More