You need to make a few considerations when making the best hose. This is because the hose needs to be cost effective, long and efficient. When the hose you have fails to function then you can stop working. 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. Workers can be exposed to harmful chemicals when there is a spillage and this becomes dangerous. That is why the assembly and design of the hose should be made so that it can last for a long period of time. By taking the necessary steps in having the right equipment is making and assembling the hose then most activities run smoothly. You are required to find the right firm that can undertake assembly and the design of hoses. You don’t want to end up experience losses in terms of money value, injuries in the job sites and other inherent costs.
You need to check on several items when designing the hose.
You need to check on the size when designing 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 size needs to be at the correct size to fit the entry port when transferring liquid products. The hose needs to be long but too long. There should be adjustment being made on the pipes to ensure they cater to different scenarios. You need to know the temperature that the material used in making of the hoses can withstand. The temperature determines the durability of the hose. Temperature, abrasion and chemical incompatibility are the three agents responsible in shortening the life of the hose. The materials used in making of the hose can withstand temperature at different levels. The materials used in making of the hose include silicone, Teflon, engineered rubber, standard rubber and PVC.
You have to look at the pressure of the material when making the hose. The application of the hose determines the pressure to be looked at. The conventional hoses mostly withstand a pressure of 2500 to 4000 psi. There are hoses that can withstand a higher pressure of 5000 to 6000 psi. There is reduced flexibility and increased weight on hoses that have the 5000 to 6000 psi pressure. In most cases, the pipes are designed based on the application and use. You have to look at this factor.