#automatic lubrication system

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This article will show why an automatic lubrication system is a real need and not just a choice. Here are just five of the many good things about automatic lubrication.

Automatic Lubrication System – Flexxpump

The use of lubricants in the industrial sectors has always stayed high. Be it any industry, petrochemicals or automotive; without the proper supply of lubricants, it is impossible to run a smooth operation.

If the question arises which industrial areas use lubricants, the answer to that will not be much tough. The industries where machinery movement goes on for industry operations, require lubricants. However, the type of lubrication system to be used always differs.

How Does Lubricant is Prepared?

In general, there are two main compounds used in lubricant preparation. One is an organic compound, and the other one is a synthetic compound. For the preparation of organic lubricants, petroleum substances are used. But, for the synthetic automatic lubrication system, mostly, chemical compounds are being used. Some adhesives are included in the chemicals for ensuring that the lubricants perform as expected.

What are the Different Types of Industrial Lubricants?

The lubricants are generally found in 3 different physical states, just like water. There is a liquid lubricant, semi-liquid and solid. Graphite, the solid lubricant is dusted to be used on the machinery surface.

Grease and Vaseline are the two most commonly used semi-liquid lubricant. And lastly, turbine oils, marine oils, and gear oils are some of the examples of liquid lubricant. Also, silicone, metal fluids, cutting fluids, farming fluid, hydraulic oil, gas engine oils, brake oils are some of the examples of most extensively used automatic lubricator GCC in different industrial zones.

Why Use Lubricants?

The principal use of lubricants is in reducing the friction among the moving components in machinery. Excessive and continuous friction among two metal components does not only cause wear, but it generates a significant amount of static heat as well.

The lubricants help in reducing the frictional heat. The lubricants, especially the automatic lubricator gcc is heat resistant, and that's why these are often termed as ‘heat transfer fluids'.

Apart from these two primary usages, the use of lubricants also adds a protective layer on the machinery that omits rust and corrosion effectively. Although lubricants are used in a wide range of industries, the automotive industry is undoubtedly the one that makes the most use of industrial lubricants.

What is Automatic Lubrication System?

The automatic lubrication system is being installed in all types of machines that do not need manual power. It can control the amount of lubricants to be used in different machinery. There are two types of system. One is the oil system that is used majorly in manufacturing equipment and on the other hand, the grease system is used in trucks, construction, and mining operations.

Conclusion

An automatic lubrication system is a setup that helps in dispensing the accurate amount of lubricants like grease to all the crucial parts of the machinery when the machine is in motion. Lubrication systems are being used for a long time, but these conventional lubrication methods were not very effective. These setups were cost effective but were known to have caused most bearing failures.

Well, reputed companies and businesses are seeking new and innovative solutions to minimize the cost and maximize the productivity of any mechanical setup. Well designed and carefully installed, automatic lubrication system cast a very good impact on your image as it reduces the operating cost and in turn increases the profitability of your company.

Several surveys and studies have shown that around 53% of all the bearing failures are caused by inappropriate lubrication. The bearing failure is a major cause of unnecessary maintenance cost which might sometimes even need replacement of parts. The basic cause known for these breakdowns is contamination due to dust, dirt, and humidity. Insufficient greasing is also a major cause, and an automatic lubrication system is the only solution to this problem.

With its numerous benefits, an automatic lubricator gcc helps in eliminating the unforeseen and not necessary expenses of maintaining machinery. The lubrication provided by an automatic lubricator system is a wide area ranging from the pump to other accessible units. In the case of equipment which is mobile, this system dispenses accurate proportions of grease infrequent time intervals to various parts in order to ensure that the setup is working smoothly and with its full potential.

By distributing lubricant to all the parts of the equipment constantly, it is ensured that the small particles are regularly washed away and thus contamination of the bearings is avoided.

Some other advantages of using an Automatic lubricator gcc are listed below:

a) Security: Employees are the backbone of any working organization and putting their lives at risk is wrong. With the help of automatic lubricator system, operator and eliminate the need to climb on a machine or crawl under the set to reach difficult areas to lubricate them. It keeps your employees safe and your machines lubricated.

b) Enhances the quality of maintenance: Due to the mechanism of lubricating the system frequently in a small interval of time, the bearings of setup are protected, and in turn, the machines function much better and longer than it is expected to.

c) Better Productivity: Due to lesser maintenance that is required to keep the machine working, there is very less or absolutely no time spent as a downtime. Due to this, there is an increased available time of the machine which in turn increases the general productivity of the equipment.

The Automatic Lubrication System market, its overlying industrial chain, and its presence across different regions are the focus of this research report. The report profiles the competitive landscape of the Automatic Lubrication System market in the global context. The competitive landscape analysis has been complemented by Porter’s five forces analysis. Key players in the market are profiled using SWOT analysis, which reveals the potential trajectory each market leader will experience. The report also includes a detailed study of their holdings across different regions and their latest developments. Their financial structures and business operations are also reviewed to explain the competitive landscape of the Automatic Lubrication System market. A separate section includes recommendations by industrial experts to the existing and new market players.

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The analysis of the industrial chain includes an examination of the manufacturing capacity and value in its utilization, the cost structure of the product catalog, and industry policies that affect the global Automatic Lubrication System market. The report also performs a detailed analysis of the market dynamics concerning upstream raw materials and downstream demand, and import and export trends in the global Automatic Lubrication System market. The report also offers insights into the factors influencing the growth of the market and their impact on the global Automatic Lubrication System market.

The report examines the development of the global Automatic Lubrication System market in each region through accurate historical statistics. These statistics are then used to make insightful projections about the market’s future trajectory, which can be readily implemented by market players. The market share and future growth trends of each segment are mentioned in the report.

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Table of Contents

Chapter One Automatic Lubrication System Industry Overview

1.1 Automatic Lubrication System Definition

1.1.1 Automatic Lubrication System Product Pictures & Product Specifications

1.2 Automatic Lubrication System Classification & Application

Chapter Two Automatic Lubrication System Manufacturing Cost Structure Analysis

2.1 Automatic Lubrication System Raw Material & Equipments Supplier and Price Analysis

2.2 Automatic Lubrication System Labor & Other Cost Analysis

2.3 Automatic Lubrication System Manufacturing Cost Structure Analysis

2.4 Automatic Lubrication System Manufacturing Process Analysis

Chapter Three Automatic Lubrication System Technical Data and Manufacturing Plants Analysis

3.1 2016 Global Key Manufacturers Automatic Lubrication System Capacity and Commercial Production Date

3.2 2016 Global Key Manufacturers Automatic Lubrication System Manufacturing Plants Distribution

3.3 2016 Global Key Manufacturers Automatic Lubrication System R&D Status and Technology Sources

3.4 2016 Global Key Manufacturers Automatic Lubrication System Raw Materials Sources Analysis

Chapter Four Automatic Lubrication System Production by Regions, Technology and Applications

4.1 2010-2016 Automatic Lubrication System Production by Regions(such as US, EU, China and Japan etc)

4.2 2010-2016 Automatic Lubrication System Production by Product Type & Application

4.3 2010-2016 Automatic Lubrication System Price by key Manufacturers

4.4 2010-2016 US & China Automatic Lubrication System Capacity Production Price Cost Production Value Analysis

4.5 2010-2016 Europe and Japan Automatic Lubrication System Capacity Production Price Cost Production Value Analysis

4.6 2010-2016 US and China Automatic Lubrication System Supply Import Export Consumption

4.7 2010-2016 Europe and Japan Automatic Lubrication System Supply Import Export Consumption

Chapter Five Automatic Lubrication System Sales and Sales Revenue by Regions

5.1 2010-2016 Automatic Lubrication System Sales by Regions (such as US, EU, China & Japan etc)

5.2 2010-2016 Automatic Lubrication System Sales Revenue by Regions (such as US EU China Japan etc)

5.3 2010-2016 Automatic Lubrication System Sales Price by Regions (such as US EU China Japan etc)

5.4 2010-2016 Automatic Lubrication System Demand by Applications

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