Lube Service Intervals

Posted by Mighty Auto Parts on Jul 17, 2018 1:03:58 PM
Are You Making the Right Service Recommendation?

For those accustomed to 2,500 mile lubrication schedules, extended service intervals are a concern. Tripling that mileage service interval (sometimes more) just doesn't seem right for the health of the engine. Due to high warranty repairs, some vehicle manufacturers are calling for more frequent service intervals.

Servicing Fuel Filters

Posted by Mighty Auto Parts on Jul 10, 2018 9:39:53 AM
Neglecting a Filter Replacement Can Be Costly

While much emphasis is placed on servicing filters during routine vehicle maintenance, little attention is given to the fuel filter until an engine performance issue occurs. Neglecting the fuel filter can result in damage to some expensive components such as an electric fuel pump or some costly fuel injectors. Following are reasons why some vehicles encounter multiple fuel pump failures.

Knowing the Right Grease For Your Application

Posted by Lube-Tech on Jun 27, 2018 11:04:34 AM

Precise manufacturing is the result of well-running, precision-built machinery, and grease plays a major role in keeping that machinery operating at peak levels. However, grease is often misunderstood and, worse, misapplied.

Grease is a solid to semi-fluid substance consisting of a thickening agent combined with a liquid lubricant. Grease is typically characterized by its thickening agent. Soap-thickened greases include lithium, lithium complex, aluminum complex, calcium, calcium complex, calcium sulfonate, sodium and barium. Non-soap greases include organo-clay, polyuria and silica. Thickeners make up 3-30-percent of a grease compound.

Tech Tip: Proper Coolant Mixing Practices

Posted by Lube-Tech on Jun 26, 2018 9:45:24 AM

When machining with water-soluble coolants, maintaining coolant stability is essential to produce quality parts and surface finish. Therefore, it is important to mix the coolant properly. 

Water-soluble coolants consist of both an oil phase (nonpolar) and a water phase (polar). These phases are extremely dissimilar, so they tend to separate from one another. Hence, emulsifiers are an important component in the coolant concentrate. Emulsifiers are molecules that consist of both polar and nonpolar sides, which help bring the two phases together.

Tech Tip: Importance of Water Quality

Posted by Lube-Tech on Jun 26, 2018 9:31:25 AM

Water plays an important role in maintaining the integrity of a metalworking coolant. Water makes up roughly 95% of the resulting dilution, so its chemical state has a great influence on how well the concentrate mixes and forms a stable emulsion.

If water quality is poor, a wealth of issues can develop. These issues include corrosion, poor machining performance, and water spotting on finished parts. Testing water quality is the first step to ensuring proper performance.

Tech Tip: Foam Control

Posted by Lube-Tech on Jun 26, 2018 8:42:36 AM

Foam in a metalworking fluid  system is unconducive to the machining process. First and foremost, air does not provide lubricity or cooling to the workpiece. Additionally, air entrainment can promote premature pump failure and create spills - both of which generate significant downtime. Determining the source of a foam issue can ultimately fix the problem and relieve the headaches in the workplace.

Tech Tip: Cleanout Procedure and Fluid Maintenance

Posted by Lube-Tech on Jun 26, 2018 8:32:12 AM

A clean metalworking fluid system provides better machining, surface finish, and tool life than a dirty system. Metal fines, bacteria, and tramp oil are all problems that can escalate over time, each of these can warrant a cleanout.

Sometimes a cleanout is inevitable, but proper coolant maintenance can help prolong sump life. Before a system is cleaned out, a sample should be sent to the Lube-Tech lab to determine the potential mode of failure.

Tech Tip: How to Use a Refractometer to Determine Concentration

Posted by Lube-Tech on Jun 26, 2018 8:22:37 AM

Some fluids utilized in the manufacturing industry are water-dilutable coolants, which are oil-in-water dilutions used for machining. Coolants must operate within a specific concentration window to maintain the right amount of lubricity and additive content.

Refractometers are instruments used to obtain a °Brix reading, which measures the oil content present in a coolant mixture. Additionally, each coolant refracts light differently and therefore has its own specific multiplier, called a refractometer factor. The °Brix reading can be multiplied by the coolant’s refractometer factor to determine the coolant concentration.

Automated Lubrication: The Key to Increasing Efficiency

Posted by Lube-Tech on Jun 25, 2018 3:09:54 PM

 

More than half of bearing failures are the result of improper lubrication. Shops know that bearing replacement can be costly, and lost production time can multiply those costs. The majority of bearings are lubricated manually, which typically means the machine is stopped and a worker is physically applying grease, resulting in machine down time and often less than ideal lubrication application. Automated lubrication systems can take the guesswork out of machine maintenance, decreasing down time and increasing a shop’s bottom line.

Tech Tip: Lubricant Storage & Handling

Posted by Lube-Tech on Jun 25, 2018 3:03:06 PM

With increased health and safety regulations surrounding lubricants, it is important to put an emphasis on practicing safe and effective lubricant storage and handling procedures in an industrial environment. These practices will ultimately ensure proper lubricant use, reduce the risk of cross contamination, and improve occupational safety.