The use of chlorinated paraffins as stamping lubricants is highly recommended. They make it possible for the item to be formed without causing the metal to become brittle as well as provide protection against tooling. The difficulty emerges when the need of removing the waxy lubricants is felt after it has been created but before moving on to the subsequent procedure.

It is possible to remove the waxy lubricant using a spray with moderate pressure, a strong alkaline cleaner, and high fluid heat; but, after the waxy lubricant has been removed, it begins to play havoc on the component cleaning system itself. There is no cleaning agent that is currently on the market that can make the paraffin rise to the surface so that it may be extracted using the water-oil separation process.

Volume is obviously a significant factor in any industry that deals with metalworking. The amount of different components that are put through the washer on a regular basis is the primary factor that affects how frequently the tank needs cleaning, as well as refilling. This factor contributes significantly to the overall cost of the process.

Process of Removing Chlorinated Paraffin

Customers of the leading chlorinated paraffin supplier in Ecuador are given a variety of in-process removal options to choose from in order to get rid of the paraffin in the washer.

As soon as a particular amount of saturation has been attained, the chlorinated dirt sinks to the tank’s bottom. This dirt settles at the tank’s bottom and, as it does so, coats the heating elements of the washer, which can lead to a number of major difficulties.

The presence of paraffin sludge can have a negative impact on water heating systems of many different types, including those that use electricity, gas, or steam. The sludge forms a coating on the apparatus, which insulates it from the heat and prevents the system from heating the water. The strain caused by this insulating effect ultimately results in the failure of the electronics. The sludge, which is also situated at the bottom of the tank, clogs the pump inlets, which both impede the fluid flow inside the tank as well as places additional strain on the pump motor.

It is of the utmost importance that you steer clear of these predicaments. Installing a fake tank bottom is one approach that can be taken to redirect the flow of sludge that is discharged from it. In order for the tank’s bottom to be effective, it must cover both the length and the width. In order to maximize productivity, the base ought not to be flat on a level horizontal plane. Instead, the bottom of the tank may be sloped in such a way that the sludge would fall to one side and be easier to remove. This would allow it to be reached before it actually reached the bottom of the tank. It is possible for the sludge to fall on the very side of the tank where gravity or a network of spray nozzles is utilized.

When all of the sludge is seen to be accumulated in the tank, it must be emptied out. The most preferred Chlorinated Paraffin distributor in Ecuador suggests that using a garbage pump with an air diaphragm is one approach that can be taken to reach this goal. The sludge is moved into a holding tank with the help of a pump, where it is kept until it can be disposed of. One of the limitations of this technology is the quantity of water that is extracted along with the sludge.

Monitoring must be performed diligently in order to guarantee that the tank is kept at the appropriate level of water at all times. This continuous titration will call for the addition of the substance on a fairly regular basis, which will surely result in some significant financial outlay. In order to establish which option is more realistic from a financial perspective for the business, it will be necessary to compare and contrast the costs associated with machine downtime and routine chemical maintenance.

An alternative that can be used is something called a sludge drag-out system. The appearance and operation of this system are quite comparable to those of a magnetic chip conveyor. Before the sludge is expelled from the tank, it is passed across a belt that squeezes water out of it as it moves along the sludge pit. Before heading back into the tank, the belt makes its way to an elevated platform outside it, where any residual muck is scraped off of it. Although there is still some loss of chemistry as a result of the procedure, it is significantly less than what is lost as a result of the air pump.

There are more alterations that can be done in order to lengthen the life of the bath. A pipe extension can be attached after a 90-degree elbow has been attached between the pump’s input and the pump. This is only a single adjustment that you can make. Because of this, the pump will no longer be able to pull water from the bottom of the tub as it normally does but rather from the middle.

It could also be redesigned by being installed inside the manifold line as well as piped to the tank’s base. A long-sized pipe manifold along with spray nozzles that aim toward the tank’s bottom is then attached via an elbow fitting, and the whole thing is sprayed while the device is in operation. The sludge will remain suspended in the solution for a longer period of time thanks to the additional manifold, rather than collecting onto the tank’s components.

Creating a compound that keeps the paraffin where it belongs—on top of the tank—would be one approach to this problem. This would make it possible to extract the paraffin using a separator. Instead of paraffin, encouraging the use of esters in the production process is still another option that might be pursued.


However, esters, which leave behind a sticky residue and serve as a lubricity barrier, are not utilised in applications that involve deep drawing or strong pressure. Esters that are now available in the market have been demonstrated as not being comparatively effective as paraffin when used in the manufacturing process. The use of esters not only results in a component that is less in strength than one created using paraffin manufactured and exported by an excellent Chlorinated Paraffin exporter in Ecuador, but it also necessitates the regular replacement of tooling. If manufacturers want to optimise their potential for profit, it is likely that they will have to look for innovative solutions for the removal of paraffin.

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