Fire Hose is important tool for firefighting applications. It is used to carry water to the end nozzle for spraying water on targeted system. Working pressure of fire hose can vary between 6 – 25 bar pressures.
Currently, fire hose materials are composed of synthetic fabrics and elastomers via extrusion process involving two layers of fibres are woven to form a hose jacket. The embedded material of fire hoses are light in weight and offer resistance to sunlight and chemicals.
Apart from use of fire hoses in firefighters application it is also used as a flotation device in water rescue applications by inflating air in hose. Simultaneously, to avoid failure of fire hose then fire hose need to be tested frequently also before testing one has insure that there is no signs of imminent failure.
There are two types of testing used in the industries such as destructive and non-destructive type of testing.
Another use of fire hose is in to pump water out of basements. Hoses are available in various qualities and its life span is depends on which material quality and its usage frequency.
Fire hoses are also used in offshore, marine sector, industrial premises and others.
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The mandated protocols of fire hazard prevention in residential, commercial and industrial establishments have necessitated the associated firefighting gear including fire hoses.
Also the increased usage in civic disaster incidents such as bushfires, explosions have incurred the use of fire hoses in a healthy manner.
Advancement in manufacturing processes maximizing service life of fire hoses results in less maintenance cost of fire hose is considered to be a driver for the growth of global fire hose market.
Furthermore, the research and development in improved variants of fire hoses such as fire resistant attack hose has amplified its usage by the respective end users.
Conversely, there are certain problems which occur while using fire hose such as maintenance, storage, and environmental effects. Hoses placed on the apparatus vibrates and rub against the walls and debris results in wear out of the outer jacket such a problems may cater growth of fire hose global market.
Also, when fire hose fails it get explodes and can send housings and couplings blasting in air which can hit to peoples by the debris. Such aspects may restrain the growth of global fire hose market with end users resorting to substitutes.
The rapid outbreak of covid-19 pandemic is said to impact severely on the manufacturing sector including fire hoses in the initial phase.
However, the gradual resumption of construction activities and continued demand from all end use sectors is anticipated to augment the growth of hire hose market in the subsequent periods across the globe.
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Depending on segmentation carried out on material used for fire hose in early days cotton was used as a material for fire hose but in this days synthetic fibres such as polyester and nylon filament is used for construction of fire hose. Based on size segment classified size is standard size for fire hose