How To Maintain High Speed Rotary Union To Extend Service Life？

 

High Speed Rotary Union

 

High-speed rotary union is a type of rotary joint. High-speed rotary joints are used for high-speed interface transmission media. High-speed rotary joints are different from ordinary rotary joints, so you must pay special attention to them during normal use. Now let's take a look at the daily maintenance of high-speed rotary joints.

 

Maintenance Methods

1. Sealing surface

Check the wear condition and thickness change of the sealing surface (generally, the normal wear is 5-10mm); observe the friction track of the sealing surface to see if there are three-point discontinuity or scratches. If these problems occur, don't hesitate to replace the rotary joint immediately.

 

2. Clean regularly

Special attention should be paid to the inside of the rotary joint drum and pipeline, and a filter should be added when necessary. This is because many foreign objects will cause strong wear on the rotary joint, and frequent cleaning can effectively extend the service life of the rotary joint.

 

3. Long-term non-use

If the general machine is not used for a long time, it will cause scaling and rust inside the rotary joint. If it is used suddenly, it will get stuck or drip.

 

4. Regular oil injection

The oil injection device should be oiled regularly to ensure the reliability of the rotary joint bearing operation. Rotary joints that circulate heating medium should gradually generate temperature to avoid sudden temperature changes.

 

Tip: Generally, after the high speed rotary union is used, a lot of small deposits will appear. In this case, if the machine stops running, the rotary joint must be folded down for cleaning, and stored properly, and then installed when the machine needs to run. This method can significantly increase the service life of the high speed rotary union.

We are a high speed rotary union supplier, please feel free to contact us if you need them.

What Is Abrasion Resistant Steel?

AR steel plate is a high-carbon composite steel plate, which means that AR is formable and climate-safe due to the additional combination. This is even more difficult due to the choice of carbon. The carbon element is included in the development of the steel plate, which impressively establishes the hardness and durability, but reduces the quality. Since then, the plates have been used under conditions where mileage and scratching areas are the main drivers of disappointments. Currently, materials with or without "f" are compatible, but traditionally, materials with "f" basically indicate that it is formable and can be bent in a specific way without breaking. When the factory produces non-formable and formable steel plates at the same time, forming is more costly to some extent. However, increasing attention and diminishing interest have led to the creation of formable AR steels.

AR material is made of hardened steel square or metal. During this process, the grain structure changes to expand the hardness and support formability, resulting in through hardening of the material. Quenching and tempering is a two-stage process:

Quenching refers to placing steel at a high temperature between 1500-1650 degrees Fahrenheit and then rapidly cooling it with water. This process shapes the gem structure inside the iron and increases the hardness.



Tempering is to reheat the quenched steel to 300-700 degrees Fahrenheit below the initial temperature, and then allow the steel to cool at a typical air temperature. Reheating the material separates the precious stone structures framed during the quenching process. At the same time, extended cooling allows for the reform of the gem structure, maintaining a more important part of quality and hardness, but increasing flexibility.

Wear-resistant steel is made of iron minerals, carbon and other alloy components, just like different steel types. The iron metal is dissolved in an impulse heater, which will expel harmful substances in the minerals. Carbon and other alloy components are included during this time. Especially wear-resistant steel contains additional carbon and alloying elements. A substance that prevents oxidation is added to the liquid pool. After that, the wear-resistant steel is formed, heated, and cut.

Applications for abrasion-resistant steel include dumping linings, construction accessories, conveyors, gratings, barrels, body armor and ballistic panels. Wear-resistant steel is valuable in any application where scratch and effect resistance are critical. Some standard investment projects include: mining, development, material dealing with and total.

Abrasion-resistant steel plate is excellent and wear- safe, guarding admirably against scratches and scrapes. This kind of steel plays an admirable role in the harsh environment, and offers some effect obstruction. Wearing a safe steel plate will ultimately help extend the life of the application and reduce your expenses in the long run.

We are Abrasion-resistant steel suppliers. Please feel free to contact us if you are interested in our abrasion-resistant steel or other products.