In ironing sanfor machines, cloth is charged with electrostatic because of the frictions on pulling cylinder and hot ironing on felt. High static electric current can cause stopping of machine continously for short periods because of tangling of cloth to the cylinder, operator to be electrically shocked, machine?s electronic hardware to be harmed. This will create an undesired situation.

For solution of this problem, H&O anti-static bars are installed at both surfaces of the product as seen in the figure, it will neutralize the static electric charge on the surface of the product and it will increase protection and efficiency of the operator.

In Sardon Machines, during the processes made for feathering out the cloth surface, static electric accumulates. It should be considered that static charge on the surface can cause cloth particles to stick on surface, operator to be electrically shocked, electronic hardware of the machines to be harmed which will generate an undesired condition.

For solution of this problem, H&O anti-static bars are installed at both surfaces of the product as seen in the figure, it will neutralize the static electric charge on the surface of the product, accelerate the flow and it will increase protection and efficiency of the operator.

In Ram machines wet paper is dried in drying oven and transported with pulling cylinders. It is seen that high static electric charge occurs on cloth because of temperature and pulling cylinders. High static electric current can cause stopping of machine continously for short periods because of tangling of cloth to the cylinder, operator to be electrically shocked and machine-s electronic hardware to be harmed. This will create an undesired situation.

For solution of this problem, H&O anti-static bars are installed at both surfaces of the product as seen in the figure, it will neutralize the static electric charge on the surface of the product and it will increase protection and efficiency of the operator.

The friction between the rollers and the web in the stenter machine causes the static charges on the web roller. High static charges formed at the out of the machine are the reasons of the operator-s shock, attraction dust and contaminants and the faults of the electronic hardware.

H&O Antistatic bar neutralize the static on the roller. Therefore, it prevents the operators from the electrical shocks and increase the performance of the production.

As the material ıs wound across the light box, it will follow a path that wraps it?s self around the operator. When the material has a high statıc charge, the operator will absorb this charge into their body. When they come into contact with an earth potential, they will discharge (often violently) although painful, this not dangerous. The area of major concern is the involuntary reaction to the shock which can be serious if working near moving machinery or other personnel.

To overcome these problems, By positioning two PULSElectronic AC Ionising bars at the entry point of the inspection booth (one bar each side of the web), you will neutralise the substrate and protect the operator from statıc discharges.

In bale unwrapping machine, rolled and wrapped cloth is unwrapped and transported with carriers as seen in figure. When cloth is started to be unwrapped, it begins to be charged with static and with the fractions of pulling rollers are added, static charges on the product can reach very high levels.
High static electric current can cause stopping of machine continously for short periods because of tangling of product to the cylinder, operator to be electrically shocked with high static charges ,machine to get dusted. This will create an undesired situation.

For solution of this problem, H&O anti-static bars are installed at both surfaces of the product as seen in the figure, it will neutralize the static electric charge on the surface of the product and it will increase protection and efficiency of the operator.

Products are dried by applied heat at the out of the coloring and then, they are put into the boxes from the rollers. During these processes, the frictions caused by the heat and the rolling create some static charges on the products. These static charges make the products rolling to the rollers, sticking to the inner surfaces of the boxes and attracting dust. These problems cause time lost and increasing breakdowns.

If H&O Antistatic bars are positioned after the rollers, the products are neutralized and the problems caused by the static are eliminated.

In the warping machine, the string unfastened from the rollers gets static charges along the way from the out of the warp to the twisting combs. These static charges make thinner strings round and break. Then, this causes the breakdowns of the machine and lost of the time and working.

Since the ionization pins are directed to the strings, H&O Antistatic bars should be positioned under the out of the warping. Thus, the bars neutralize the static charges on the strings and solve the problems created by the static. Also, antistatic bars can be put at the out of the combs for the neutralization of the combing area.

In all high speed applıcatıons, statıc build up becomes more prevalent. The web speed will determine the amount of charge as the faster the speed, the higher the friction and separation levels occur. This is how statıc is generated. As the cutting process takes place, the ındıvıdual sheets or bags then are able to attract themselves to an earth potential such as the machıne casing, this is called material misbehaviour. The other main area of concern is that as the bags are all charged to the same polarity, they will repel from each other when stacking.

By positioning two (one either side) PULSElectronic ionising bars prior to the cutting station, you will neutralise the charge and material misbehaviour. This will lead to good stacking, reduction in jamming and down time and better productivity.

During the manufacturing process, large statıc charges build up. These are not a factor as the bags are under tension from either the machine or the grippers after cutting. When the arms rotate with the finished bag, they are dropped onto prongs for stacking; this is where the statıc charges do cause a problem. The high levels of statıc on the finished bags will not allow them to stack correctly as they try to repel from each other (All the bags will have the same polarity of charge).

By positioning two PULSElectronic Pulse DC bars with Air boost across the top of the rotating arms, you will create an ionised fıeld that the bags will travel through. As the bags enter the field, they neutralise and then will correctly stack on the collection prongs.