Cleaning work is an important part of production processes in the chemical industry. It is important to maintain product quality and a clean work environment.
High-pressure water blasting can be one of the most efficient and eco-friendly methods for removing corrosion, rust, and coatings. It’s also an excellent way to eliminate deep embedded crystallized salt on surfaces.
Ultra high pressure cleaning hoses
Production Process
The hose is an important part of the ultra high pressure cleaning machine. The hose is a conveyance for conveying the high pressure water produced by the high pressure pump to the spray gun. The hose can be made from rubber or plastic.
The hose selection can also have an impact on the efficiency of the water jet. The hose should therefore be chosen carefully.
A good hose should be lightweight, flexible and easy to handle. It should also be strong and durable.
It should have high resistance to the stress caused by pressure spikes. The hose should also be able to withstand high temperatures.
Moreover, the inner surface of the hose should be smooth to reduce the friction coefficient. This will reduce the pressure loss in the hose and improve the striking force of the nozzle.
UHP hose is a versatile tool used to perform several applications such as pipe cleaning, heat exchanger tube cleaning and surface preparation. It is a cost-effective alternative to traditional cleaning and abrasive blasting methods. It is also a safer and more environmentally friendly method of surface preparation. It is a reliable way to remove rust, mill scale and other contaminants from steel surfaces before being painted or having a coating applied.
how to extend the life of ultra-high pressure cleaning hose
Whether you’re in the market for a new high-pressure cleaning machine or you’re tasked with maintaining an existing unit, it’s important to keep your equipment up to par. Proper maintenance will ensure that you get the most out of your investment and that it lasts for years to come.
A high-quality hose is key to achieving this, so take some time to choose the best one for your application. It should be lightweight, durable, and easy to store and transport. A hose that is right for you will save you time and money over the long-term.
Proper use of your hose will extend its life. Follow the manufacturer’s instructions for installation and maintenance. You should not bend or twist the hose while it’s attached to your machine or in transit. In addition, make sure to check your hose for cracks and breaks every now and then, as these can cause severe damage over time.
A good quality hose reel is the best way to keep your hose in tip-top shape. It can hold between 50 to 500 feet of ultra high pressure cleaning tubing. The best hose reels can be stored easily and are made of heavy-duty stainless steel. You can choose from both electric and manual versions to find the right one for you.
ultra-high pressure cleaning hose wire layer fault
The wire layer fault is a condition where the outer wire core of the hose has been exposed to abrasion or has burst. This is a common fault with high pressure cleaning hoses because they are designed to be used in harsh environments and can often withstand high duty cycles.
This fault can be caused by damage to the hose cover or poor fitting techniques. Improper lubrication during fitting assembly can allow moisture to enter around the fitting’s socket, damaging the reinforcement wires.
The inner tube of the hose may also be damaged by high-velocity fluids and abrasion. This type of damage can cause swelling, delamination, or eventually, deterioration to the inner tube of the hose.
Solution: Replacing your hose assembly is often the best solution. If necessary, re-route the hose assembly and add clamps. To ensure that the hose only flexes in one direction, it is important to carefully follow the hose’s layline.
The manufacturer’s minimum requirements for hose bend radius should not exceed the manufacturer’s. This is measured from the inside edge to centerline and not the outside edge. This is typically determined by bending the hose with no fluid contained in it over an angle of 180deg, then reducing the size of the bend until the hose does not kink when it is bent again.
