Why Some Pin Type Bead Mill Not As Fine As The ELE Pin Type Bead Mill? The emergence of the pin bead mill has completely changed the original traditional horizontal bead mill where the fineness can only be ground to the micron level. The most fundamental reason is to increase the energy input, so that the grinding kinetic energy in the grinding chamber is greater. Get more news about pin bead mill,you can vist our website! The rotor commonly used in the original traditional horizontal bead mill is basically a disc structure. The mechanism of grinding mainly relies on the friction of the grinding disc to drive the beads. The impact force is small. The rotor structure of the pin bead mill is a rod and nail structure. The grinding mechanism mainly depends on the percussion force of the rod pin,The instantaneous impact force is extremely large, so that the grinding medium obtains huge kinetic energy. The medium collides with each other at high speed, friction and squeezes so that the material is quickly ground fine. Of course, this is only an analysis from the difference in rotor structure. In fact, many bead mill counterparts only know one thing, but they do not know the other, and blindly imitate. Therefore, many manufacturers of "pseudo pin type bead mill" have appeared in the industry."pseudo pin type bead mil’’ is mostly just modified from the rotor structure on the basis of the original traditional disc bead mill. The original disc is simply converted into a rod pin structure, while the others are unchanged, just looking like rod-pin bead mill. But is not at all. The price is also much lower than the real pin type bead mill, but higher than the traditional disc type bead mill, and the use effect is naturally the same as that of the traditional disc type bead mill, which makes many users who have unknown reasons suffer fooled. So many users will ask: "Why are some pin type bead mill not as fine as the ELE pin type bead mill?" Next, I will give a simple answer to this question. First of all, the kinetic energy and linear velocity should be large, which is manifested by the large motor power, large rotor diameter, and more wear-resistant materials. Secondly, the bead filling ratio is high and the bead is small, which is reflected in the design strength and precision of the machine, the more precise separation structure, and the more durable mechanical seal. This is the main reason why some pin type bead mill are not as fine as the ELE pin type bead mill. Detailed details can be further communicated with ELE sales engineer.

REVERSE BAYONET CONNECTORS DELIVER SUCCESSFUL OPERATIONS In challenging applications like military and commercial transportation, electrical failure can be costly. Engineers working in these environments rely on robust and reliable electrical equipment to ensure successful operational outcomes. Here John Skinner, European Product Manager at electrical connector specialist PEI-Genesis, explains how reverse bayonets gained their stellar reputation as reliable and robust connectors for challenging applications.Get more news about Bayonet Lock Coupling,you can vist our website! Reverse bayonet connectors are often used in military, commercial transportation and industrial applications because of their relatively low cost and highly reliable design. Where intense vibrations are common for connectors used in these industries, operators need assurance that they can withstand any challenge. So, what is it about reverse bayonets that make them one of the connectors of choice in these industries? Rapid mating and unmating Any coupling and decoupling system needs to be simple and efficient and must provide excellent resistance toshock, vibration and environmental contaminants to ensure the continued performance of the connector. Originally designed for NATO combat vehicles, reverse bayonet connectors simply need a 120° turn to mate, enabling quick and easy mating and un-mating. Their design also allows the user to confirm mating in three different ways: tactile, audible and visual. The user feels the connector lock into position when mated. A loud click is heard as the three studs snap into place when the coupling nut is fully engaged. Additionally, a coloured triangle on the receptacle aligns with a dot on the coupling nut when the connector is properly mated. These simple design features ensure that the user can be confident the connector is mated, and significantly reduce the risk of accidental de-coupling. This is critical because if, for example, reverse bayonets are being used in the communications equipment of a military vehicle, accidental decoupling because of user error or excessive vibration could negatively impact safety. The O-ring, wave spring and washer Reverse bayonet connectors come with either an O-ring and/or a wave spring and washer. Wave springs are specified in VG95234 and rail-specific reverse bayonets while O-Rings are used in commercial variants. These components provide the resistance when the user connects the plug to the receptacle and twists the coupling nut. The resistance gives a positive mating and prevents vibrations from making the connector loose. O-rings also ensure IP67 protection when connectors are mated. A standard reverse bayonet connector has a mating cycle of 500 times without any decrease in performance.However, some ranges feature a wear pin on the receptacle, which increases the mating cycle to 2000 times.Not only is it better value for money to increase the lifecycle of a connector, but operators are also guaranteedhigh performance for longer.

Side Seal Bag Making Machines are multi-functional and they can be used to make a variety of bags. These machines are able to create side seals on the bags, which gives them an edge over other options. For example, if you are looking for an alternative to a regular zipper or perforated bags, then this type of machine might be what you need. You will find that they are easy to use and will help you save time and money in the long run by decreasing your costs associated with packaging materials.Get more news about supermarket bag printing machine,you can vist our website!

This type of machine can be used to produce custom printed side gusset bags, back-to-back bags, zip lock bags, pouch packers and more.

Applications of Side Seal Bag Making Machines
There are many applications for this type of machine including:

Side Gusset Bags – these are used for packaging items such as pasta or potatoes
Pouch Packers – these are used for packing liquids or powders
Zip Lock Bags – these are used for packaging small items such as jewelry or electronics cables
The side seal bag making machine has been designed to help businesses reduce their overall costs while increasing their profits. This type of machine is ideal for companies that want to create customized products quickly and efficiently.