How to Design the Right Hose
Designing a good hose requires that you make a few things into consideration. This is because the hose needs to be cost effective, long and efficient. Your work will be shut down when the hose fails. You job will not be don on time. When there is a fire and the hose used to contain the fire breaks then there will be extensive loss of property and even loss of life. When ferrying dangerous liquids the workers can be exposed to harmful chemicals. That is why the assembly and design of the hose should be made so that it can last for a long period of time. The operations that require the use of the hose will be done in time and in the right manner when the design and assembly is done as required. You are required to find the right firm that can undertake assembly and the design of hoses. You don’t want to be in a situation where you will experience losses on costs incurred and injuries on other people or workers.
You need to check on several items when designing the hose.
The first thing to check on is the size of the hose. You have to look at the size of the hose since they are designed for different purposes. The air and water hoses comes in lengths of 25 inches, 50 inches and 100 inches. The port sizes need to match other when fitting and assembling the hoses. When designing the hose it should be long but not too long. The adjustment should cater to different scenarios based on the use. The temperature that the material that is being used in making the hose should be taken into account. The hose will last long when the temperature of the material is looked at. Temperature, abrasion and chemical incompatibility are the three agents responsible in shortening the life of the hose. Various material can withstand temperature at different levels. The materials used in making of the hose include silicone, Teflon, engineered rubber, standard rubber and PVC.
You need to check on pressure that each material can take. The pressure to be considered depends on the application. There are hoses that operate on 2500 to 4000 psi. There are larger hoses can withstand a pressure of 5000 to 6000 psi. There is reduced flexibility and increased weight on hoses that have the 5000 to 6000 psi pressure. The design and assembly of the hose is determined by where the hose will be used. This factor has to be checked on.