🛡️ Sani Sport DefenX Double: Maximum Capacity for High-Demand Environments

The Sani Sport Double offers twice the capacity of the Supreme, making it the largest machine on the market.

Designed for organizations with substantial sanitization needs, the Double can handle at least 36 advanced combat helmets in a single 16-minute cycle.

Used in over 84% of NFL, NHL and CFL locker rooms.

🔧 Key Features:

• Waterless System: No plumbing or water connections required.

• 16-Minute Cycle: Efficient ozone cycle for large volumes.

• Mobility: Four caster wheels for ease of movement.

• Drimax Option: Optional drying component without extending cycle time.

• Removable Shelves: Adjustable to fit various equipment sizes.

• Long-Lasting UV Lights: Rated for 10,000+ hours of use.

📐 Specifications:

• Dimensions: 23” deep x 89” wide x 65” high (68 cubic feet)

• Weight: 400 lbs

• Electrical: 110v, 5 amps (220v conversion available)

• Certifications: UL & CE

• Capacity: Helmets - up to 65, bullet resistant vests - up to 44. (Quantity will vary based on size of equipment).

🧪 Effective Against:

• Staphylococous aureus (S. aureus)

• Staphylococous aureus MRSA

• Streptococous viridans (S. viridans)

• Streptococous faecalis

• Escherichia Coli (E. coli)

• Influenza

• Clostridium difficil (C. diff)

• Acinetobacter baumannii

• Klebsiella Pneumoniae ESBL

• Vancomycin-resistant VRE

• Many more!

🛠️ Ideal For:

• Sports Equipment

  • Helmets

  • Skates

  • Cleats

  • All protective padding including shin guards, shoulder pads

  • Jock straps

  • Goalie gloves

  • Baseball Gloves

  • Boxing Gloves

  • Exercise Mats

• Law Enforcement / Military Equipment

  • Ballistic vests

  • Riot helmets

  • Boots

  • Gloves

  • Gun Holsters

  • Restraint Devices

  • Body Armour

  • Tactical equipment

  • Neck and shin guards

  • Hazmat Suits

  • Bomb Disposal Suits

  • Mattresses

  • Tents

🧪 Technical Overview: How the Sani Sport Machine Operates

The Sani Sport system utilizes a three-stage, ozone-based sanitization protocol designed for high-efficiency microbial reduction on porous and non-porous equipment surfaces.

Stage 1 – Ozone Generation and Circulation
Four high-output ultraviolet (UV) lamps initiate a photochemical reaction that converts ambient oxygen (O₂) within the chamber into ozone (O₃). This ozone-rich atmosphere is actively distributed by a dual-fan system engineered to ensure even penetration across all surfaces of the loaded equipment, including deep crevices and layered materials. This stage lasts approximately 12 minutes and targets up to 96% of bacterial contaminants, including MRSA, E. coli, and C. difficile.

Stage 2 – Bioactive Misting Application
Following ozone exposure, the system disperses a proprietary mist containing plant-based antimicrobial agents, including Tea Tree Oil, known for its natural bactericidal and fungicidal properties. The ultra-fine fog is delivered at a micronized level to reach inner padding, fabric layers, and enclosed compartments that ozone may not fully access.

Stage 3 – Residual Antimicrobial Shielding
To complete the cycle, a light bactericidal coating is applied. This final layer is not a cosmetic fragrance but a scientifically developed antimicrobial barrier that offers residual protection against microbial regrowth. It reinforces hygiene integrity without compromising material structure or performance.

Result:
The combined process delivers a comprehensive decontamination cycle that neutralizes pathogens, eliminates odor at the microbial level, and enhances long-term gear hygiene—all without the use of water, heat, or manual labor.