Proper handling of oil lubricators can eliminate the possibility of creating the danger of fatal injury or any health hazard. In this post, we'll cover up the safe handling of lubricants so as to avoid injuries while making the most of the lubricants. Let's get started: Avoid repeated or prolonged contact of the oil lubricator with skin for the safety. The splashed lubricant on hands or other areas of the skins should be washed off with soap and water. If possible, use skin protection after lubricating a machine or the bearings. In fact, wear protective clothing like oil-resistant gloves and apron. Avoid washing your hands with cooling lubricants, petroleum or solvents, which are already mixed or can be mixed with water. Extract the oil mist as soon as it reaches to the point where it start arising. Wear goggles to prevent the eyes from getting in contact with the mist. In the case, eyes get into contact with oil lubricator, rinse the area with clean water as soon as possible. If the irritation persists, get in touch with an ophthalmologist. Avoid swallowing the oil lubricator. If swallowed accidently, seek medical help immediately. Under no condition should you induce vomiting; only medical help. So, it's better to keep it out of children's range. As a matter of fact, don't let it mix with soil, water or sewage system as most of oil lubricators are hazardous to water. Now, comes storing them well so as to make the most out of them. Keep Lubricants Safe To Enhance Their Durability! Store oil lubricators in well-sealed packaging in a freezer or any other cool, dry location. Keep them away from frost or direct sunlight. Always, clean the purged out lubricants with a clean cloth. Don't store them with foodstuffs and oxidizing agents.
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When it comes to keeping your machine tools well maintained, it is essential to ensure their durability and performance. Preventive and regularly scheduled maintenance and motor lubrication practices are vital to the efficiency and life of machinery. Lack of inappropriate lubrication can cause sudden breakdowns or failures, hence affects the productivity and longevity of your equipment. There are mainly two causes of your machinery failures due to poor lubrication practices – Lack of lubrication and over-lubrication. Lack of lubrication corresponds to a condition when there is an inadequate amount of lubricants to resolve your machinery issues. Improper lubrication practices lead to rust and corrosion on the surface of a machine which results in failures. In many cases, such type of issues turns into a complete breakdown of your machinery. Lubrication creates a thin film or sheet of oil that minimizes the roughness of the machinery parts contacting each other. Lubricants work as a smoothening agent to lessen the amount of friction and a catalyst to balance the heat or operational temperatures in the machinery parts thereby reducing the chances of wear and tear of your machinery. Over-lubrication hinder the functioning of your machinery. It can cause premature bearing or seal failures and other additional problems that will negatively affect the efficiency of the machines resulting in higher operating costs. Since a large amount of lubricants absorbed in the bearing cavity may cause rotating bearing components to start churning, additional energy loss and increased temperatures. Alemite grease pumps come handy in eliminating the problems of poor lubrication practices. They apply a calculated amount of grease to machinery parts while performing lubrication activities – thus contributing to the overall productivity and longevity of your machine. Lubrication of motor is very essential to run moving parts of machines smoothly, to increase the efficiency and to enhance the power. Lubrication done with Alemite grease pumps maintains the motor in optimum working condition and perform function without trouble and hence, reduce the downtime. The primary function involves in lubrication are: reduce friction, prevent wear, protect bearings against corrosion and act as seal to prevent entry of contaminants. But what happens if lubrication is not meant to be done properly? Following are the most common problems occur due to improper lubrication. It leads to improper mounting of bearings Improper lubrication causes loose fit of shaft, while rotating the inner ring can produce heat and small loose particles of metal that results into bearing, causing wear. It may also cause rings to crack which leads to high operating temperatures and premature failures. Overgreasing affects It maximizes the operating temperatures, increased risk of contamination and leads to premature bearing failure of machine. Overgreasing of motor will cause rotating bearing elements in swirling motion and pushing the grease to lose focus, resulting in high temperature and energy loss. It causes seal failure and damage and then seal rupture, allow contaminants enter the bearings. The crusty enters to the broken part and effects the bearings when too much pressure is generated from a motor. Machine surface failures If lubrication is not done properly, it enables the ingression of tiny particles into oil and critical spaces which can cause damage to machine surfaces. It become unable to restrict the block of larger particles through bearings which leads to machine failure. These large-sized particles in general, damage and have the highest ratio of causing machine wear. It allows moisture entering into the oil. Corrosion and rust One of the drawback is increased oxidation, higher corrosive rates and hydrolysis. The corrosion occurs by water, acids and other agents. Corrosion possess the property of being abrasive in nature and so accumulate excessively as wear in bearings. Moisture, acid action, broken down greases, poor wrappings and condensation are the main causes of corrosion that results into excessive temperature changings. To eradicate such demerits of lubrication use a range of Alemite grease pumps for smooth and life long working of your machinery. To maximize the performance efficiency of your motor, there is a need to understand the problems being encountered due to improper lubrication and to find solutions to resolve them to make lasting changes for the better. The industrial lubricants have a big role to play in manufacturing processes and for your machinery parts to work in an appropriate order. Everytime you use it, it provides your machinery parts great flexibility to reduce the amount of friction. Most lubricants that are manufactured today are prepared in such a way that they act as a shield to protect your machinery against corrosion. Mostly refined petroleum is used in making organic lubricants, whereas, the synthetic types are made through a number of chemical processes. These lubricants will then be passed through a system of pipes to lube points and ultimately to parts of the machinery that require it. The most common form of lubricants that are used today include oil, grease and silicon. However, there are numerous other lubricants that are made from biodegradable materials are becoming increasingly popular now-a-days. Lubricants are further divided into two sub-categories. In first category, there are lubricants that can be used for more than one machinery type. Whereas, in second category, there will be lubricants that are developed to be used with some specific devices. However, each and every lubricant will have tested to ensure that they can perform precisely what they are intended to do. Bijur Delimon lubricants are designed to help maintain and keep machinery running smoothly at all times. They enable your machinery to perform quickly in order to produce goods. To increase the performance of your machinery and to add several years to its lifetime, lubricants have a big role to play that can't be overlooked. |
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