Thursday, 21 December 2017

An Inspection Guide to Cross Head Bearings

A cross head bearing is a cross head part. The mechanism of cross head bearing is highly significant in reciprocating engines, compressors, industrial machines, production lines of manufacturing companies, vehicles, etc.

The productivity of engines and industrial machines are based on the good health and medical effectiveness of cross head bearings. Therefore, it is highly essential to inspect and evaluate the performance of cross head bearings time by time.

The inspection process will help to take corrective measures to ensure consistency in the adequate progress of cross head bearing. For conducting the inspection, first, we need to gather some useful information.

Information Needed for Conducting Cross Head Bearing Inspection
  • Identify the cylinder class cross head bearing needs to be inspected.
  • Acquire records of previous inspections of cross head bearings and check out the progress, check out the positive ticks and negative ticks. Here one need to ensure further that are positive points are working in progress with consistency? And are negative points which were highlighted last time had been recovered?
  • Acquire log readings and latest cards of the indicator from the engine to evaluate excess pressures of the cylinder and lube oil examination. The lube oil examination is also helpful to assess impurities and condition of lube oil.
Procedure of Conducting Cross Head Bearing Inspection

In the light of information gathered as mentioned above. Now review the purpose of inspection to recall the motive in mind during the inspection. The purpose can be identifying the previous failures in performance, checking the fitness of cross head bearing to ensure effective performance, etc.

The following regions needs to be inspected assuming if cross head bearing needs replacement:-


  • Evaluate the environment and conditions of a surface over cross head bearing are placed. Make sure there should be no existence of corrosion around cross head bearing.
  • There must be the firm attachment of metal (white) to the line of bearing.
  • Check out are there adequate and clear oil reservoirs present on the lower half side of cross head bearing?
  • Is there any corrosion available on the bolts?
  • Ensure that are all devices of fastening renewed?
  • Conduct visual inspection of cross head bearings if possible. Visual inspection of cross head bearing shows off bolts health progress that binds cross head bearings with the object. It also helps to reveal cracks placed in frames during the welding process.
  • The pins can be tested through Non-Destructive Testing (NDT) methods to ensure any existence of cracks damaging the object.
  • The pins analysis is also useful to check out overheating and scoring impact. Overheating and scoring can damage the bearing.
  • Visual evaluation of input pipe oil is also critical to check. It helps in pinpointing the defects. Here, you need to ensure free operation/movement of the object to avoid defects.
Conclusion

The inspection should be conducted by any technical staff from the organization. Generally engineers conduct inspection surveys of cross head bearings. Cross Head Bearings Manufacturers also conduct inspection before launching the cross head bearing into the market.

However, some companies used to conduct surveys during failure of equipment, but inspection should be done time by time to keep the check on the progress and avoid any failure or accidental situation.

Thursday, 14 December 2017

Guide to Prevent Your Safety Footwear from Damages


In most testing work environments where the likelihood of slip and falls or injuries is on peak, there extra precautions are highly recommended. Under this situation Safety Shoes comes in handy.

Safety Shoes are made by utilizing compression molded EVA 1 inch cell foam, injected with a prominent pressure up to perfection. The shoes boast high resistant against early wear and tear, cuts and puncture even after being used under most challenging work environments. Owing to the unique and technologically advance construction method Safety Shoes last beyond usual life time.

The most prominent feature of Safety Shoes is that they are highly resistant to penetration from sharp surfaces underfoot or tools like nails and other objects. Other safety features of Safety Shoes include slip resistance during forward movement and strong adherence to grip while backward movement even on surfaces with less friction. The shoes are specifically designed to withstand toxic chemicals like strong acids and other damaging solutions.

Safety Shoes also feature heat and cold resistant qualities and anti-static property. Unique safety features and high resistance to challenging underfoot conditions make Safety Shoes an ideal choice for industrial workers.

Tips to prevent Safety leather shoes from Fading
Over the time any leather shows are going to develop cracks due to unfavorable environment conditions and low maintenance even if the pair is from a renowned shoes & accessories. But even a little attention can keep them in shape for years.

Here’s a quick guide on how to keep your leather shoes shiny and maintained keeping the tear and wear at bay.

Caring with Special Oils

UV rays can reach the inner weak layers of leather and may lead to cracks in the long run. It can be prevented by applying special oils on the surface of the shoes. The oil is absorbed by the fabric and keeps all the layers safe from UV rays and cracks. Oil also leaves a new-like luster on the surface making your shoes look clean and shiny.

Scrubbing Leather Conditioners

Almost all leather products works on leather as well due to the similar texture. Exposure to water is common in case of shoes and this can lead to cracks due to temperature imbalance. A layer of conditioner over the surface prevents the water from reaching, preventing the cracks and keeping the leather soft for years to come.

Using Shoe Covers

Shoe Cover Manufacturers specifically design covers to protect the footwear and keep the environment safe from contaminants as well.

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