The Fall-Pac System comprises a high quality inner and outer bag containing polystyrene fill which is designed to absorb the energy of a fall by personnel. Easily installed and placed within a house structure Fall Pac arrests falls up to 2.8m
The Fall-Pac construction consists of a tubular polypropylene outer casing fitted with interlocking fastening devices containing treated impact absorbing material. Each bag weighs approximately 6 kilos and can be installed quickly and simply in applications throughout the industry.
Fall Pac Cushion System is also suitable for use in vehicle applications where there is a risk of fall from a load platform or other elevated surface.
Coverage & Performance
Each Fall-Pac has a length of 2.5m and a diameter of 0.644m, this gives a true surface coverage of 1.61 sq. metres making installation quick and large areas easy to cover. Half-Pac’s (length 1.25mtrs) are available to optimise coverage. Due to the unique design each Fall-Pac maintains its high impact absorbency as a single unit, this results in a consistent high performance installed system.
Fire Testing
The Fall-Pac modular impact cushioning system has been fully tested for resistance to flammability using British standard ignition sourcesadapted from BS 5852.
Ignition Source 0 = Cigarette
Ignition Source 1 = Match
Ignition Source 2 = Calorific value of five rolled up sheets of newspaper
Surface Coating
The main body of the Fall-Pac is treated with a special surface coating which gives many advantages including reduction of water ingress, increased impact absorbency and increased anti-soiling properties.
Disposal
When the customer requires disposal of the Fall-Pac we can arrange collection and recycle them. This option eradicates expensive waste disposal costs for the Customer and reduces the effects on the environment
Goods can be picked up from the nearest convenient location or delivered by our fleet. Prices are on application and tiered based on the distance and order volume between the branch the goods are transported from and the delivery site: