Ultra Heavy Duty Disaster Bag

Ultra Heavy Duty Disaster Bag Overview

The Ultra Heavy Duty Disaster Bag represents the pinnacle of non-porous containment technology, specifically engineered for mass fatality incidents, forensic recovery, or situations involving extreme environmental challenges. This bag is constructed from an industrial-grade 0.53mm woven PVC material, making it virtually impervious to damage and providing a significant layer of protection unmatched by standard body bags. The integrity of the containment is guaranteed by a combination of both welded and stitched seams, ensuring the bag is comprehensively leak-proof and maintaining absolute biological and fluid isolation. To manage exceptional weight, the bag features an enormous capacity of up to 150kg (23.6 stone). This load is distributed via ten individual woven carrier handles securely attached around the perimeter, facilitating safe, balanced, and strenuous lifting by multiple personnel. Furthermore, the base is double-lined for additional defense against sharp debris, rough terrain, or severe body conditions. A reinforced webbed back is integrated into the design to provide robust structural support, ensuring stability and preventing sagging when handling heavy or irregular loads. Measuring 2300mm in length and 1000mm in width, this product is the definitive choice for emergency response and disaster management teams requiring the highest level of reliability and durability.

Key Performance and Construction Features

• Extreme Strength: Made from ultra-heavy-duty 0.53mm woven PVC material.
• Maximum Leak Protection: Features welded and stitched seams to guarantee a fully leak-proof barrier.
• Superior Capacity: Certified to safely manage weights up to 150kg / 23.6 stone.
• Ergonomic Handling: Equipped with ten woven carrier handles for stable, multi-person transport.
• Enhanced Durability: Includes a double-lined base and a reinforced webbed back for structural integrity.
• Oversized Dimensions: Generous size of 2300mm L x 1000mm W for disaster scenarios.