Little known is that the history of the Industrial rubber hose can also be the history of discovering and producing rubber for countless industrial uses, large and small, across nearly 5 centuries. Now, greater than 4 million tons of natural rubber and seven million tons of synthetic rubber are made around the world. But before our present age of mass production, rubber was known to indigenous peoples within the Americas, particularly in the Amazon, before the entrance of Europeans in the fifteenth century.
Who knew that before our modern age shoes, balls, and handmade waterproof buckets were three utilitarian objects constructed from rubber? Later through the eighteenth century, interest in the properties of latex by one Charles de la Condamine in Peru led to the initial scientific report on the subject, ushering inside our modern fascination and scientific experimentation using the raw material. Around the same time frame, Pierre Joseph Macquer of Paris, author from the first chemical dictionary, followed on Codamine’s research, discovering that the substance might be fashioned into tubes.
It wasn’t up until the nineteenth and twentieth centuries, however, that rubber and particularly the arrival of rubber hoses for broad utilization in firefighting, the automobile industry, and also the medical field came to prominence. 1821 saw the very first patent for fire hoses by James Boyd of Boston, Massachusetts. That first behemoth weighed nearly eighty-five pounds but replaced leather hoses of yore, that have been vulnerable to splitting and cracking under intense water pressure. Boyd’s invention was developed with oil delivery hose lined with rubber, a rudimentary method with basic principals which can be still broadly applicable now.
Only twenty years later, when B.F. Goodrich discovered how to vulcanize rubber within the 1840s, helping it to stand up to extreme temperatures, he expanded the possibilities of rubber as being a protective surface and vessel. Over the following five years, the rubber band was patented. Only years later, the rubber industry boomed in Brazil where rubber trees were extracted with their raw latex. To accommodate this growth, their seeds were delivered to Africa and Southeast Asia through London where massive production commenced and still carries on today. Throughout, the material have been found in making pneumatic tires and textured tread for horse-drawn carriages. Since we now know, cars adopted this same technology, which helped passengers from feeling the vibrations of the road.
Just like various other industries, war produced the circumstances for the even wider utilization of raw substances like latex. Blood transfusions with latex tubes arose with WWI alongside oxygen breathing systems in aeronautics, whereas naval boats used the rubber hose for fueling at sea by WWII. Hydraulic systems large and small, from heavy machinery to dishwashers, carry on and rely on the rubber hose for transporting pressurized fluids, making rubber components ubiquitous in a plethora of machinery. It wouldn’t be an overstatement to state that it is among the most essential and diversely-used materials of our age.
In the duration of manufacturing, hydraulic hose is the last component installed to a hydraulic system. Generally, as engineers and technicians work under pressure to be able to meet deadlines, the hydraulic yzrizf will be the component that suffers. Therefore, it is important to pay extra attention in maintaining these hoses.
The hydraulic hose assembly is a crucial process. The hose assembly includes the mixture in the hose and fitting. As a result, the assembly should be done by trained personnel or even a professional in order to follow proper and adept assembly directions. For example, when the assembly is not done by an expert, odds are the hydraulic fittings could be placed in an improper way. Carrying this out might occur to separating the fittings from your water delivery hose and may cause grave trouble for users or damage to property. Improper assembly may cause damage and injury specifically through the fire and vapor from the hose or simply just because of whipping hose. Likewise, it is additionally important to handle operations by using these hose assemblies within a limited range to be able to maximize its service life. The limits when it comes to using hydraulic hose assemblies as well as their specifications are defined by either the government or institutional organizations.