Avoid Leakage With Mechanical Seals

Leakage control devices can operate for several years without running into problems. This is, however, possible only when they are selected properly for their specific application. Focus on the operating conditions before you choose the leakage control device type for maximization of performance throughout its life span.

Role of the crucial components 

Every industry must adhere to certain operating standards. For instance, in a massive oil and gas refinery, for every tool, specifications are laid down in detail. Irrespective of whether it is a turbine or a mechanical seal, written procedures exist for everything. Mechanical Seals offer a contaminant-free environment through the preservation of the integrity of the system. Keep the following factors in mind before zeroing in on a selection.

Determination of the liquid type

During the selection process, the first step is the identification of the liquid that is required to be handled. The material must have the capability to withstand the fluid type being processed. The materials must enjoy chemical compatibility with the fluid. Failure to do so will lead to the malfunctioning of these devices. Pneumatic seals utilize compressed air for the transmission of energy.

About the chamber pressure

The chamber pressure is essential to the performance of the device. The concept is relatively simple, but a host of factors can influence this pressure. For practical purposes, while judging the operating temperature and lubrication, the compatibility factor is taken into account. Too much compression or too little compression will have a negative impact on the working. Ideally, the compression range should be between forty and fifty.

About the temperature settings

For the prevention of leakage, industrial rubber devices come in handy. For low-temperature settings creating leakage control devices is easy. The task, however, becomes challenging in the case of high-temperature settings. In these setups, the standard materials will fail to perform properly. Excessive heat exposure over extended periods can cause the degradation of rubber materials. This will lead to premature failure of tools. Therefore, materials must be carefully chosen for efficient tackling of the temperature of the liquid.

Analysis of the characteristics

It is of utmost importance to be aware of the viscosity of the liquid. Determination of the nature of the liquid beforehand is necessary. Excessive wear may result from the utilization of abrasive liquids. All these will curtail the device’s life significantly. In these challenging liquids, double seals act as an ideal solution.

Concern regarding emission

Another aspect that needs careful consideration is emissions. In the case of manufacturing operations, there is an increasing focus on the aspect of environmental safety. Fugitive emissions may occur due to unintentional leakage of chemicals into the environment. Dual seal arrangements come in handy to address these types of emissions.

Taking a cautious stand

Use the net to conduct extensive research about companies specializing in the supply of sealing components. The company should make use of innovative technology. The support staff should comprise members having extensive knowledge bases and vast experience. Read the feedback of past clients carefully before making a final selection.

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