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Choosing the right wheel material for any industrial caster must be taken into consideration as that may have an impact on performance and lifetime.
It's essential to recognize which material is best for a certain setting because making the wrong choice might result in safety problems, subpar performance, or damage to the related floors and tracks.
Have you ever been passing by empty carts while walking through a manufacturing plant and heard the sound of a jet taking off? Not only is it uncomfortable, but it also poses a risk to your hearing. When rolling carts used for material handling are the source of the noise, noise reduction in an industrial context remains difficult. There are several pricey methods to build or adapt carts to decrease noise, but it is always difficult to find the dollars within a budget. For many safety engineers, the prevalence of "noise pollution" has grown to be a major worry.
As a result, one of the key disciplines in our product development process is noise reduction. When it comes to castors, several acoustic sources are at work, starting with the wheel's rolling noises and mechanical noises produced when the brakes are applied, all the way up to noises produced by steering motions. From an acoustical perspective, the connection between the castor and the transport gear is also important. Transmission of vibrations and associated resonance sounds may happen at this junction. All these factors are taken into consideration during the creation process, and specific action is taken to guarantee the best sound design.
The adoption of suitable, high-quality parts, such as wheel bearings with superior running and damping characteristics, also helps.
When it comes to minimizing noise and safeguarding cargo in the production environment, rexello's casters have long been the industry standard. The results will be very reliable when the right caster and spring arrangement is adopted, resulting in the desired noise reduction. rexello's casters will not perform as intended and the noise levels in the production processes may even rise if the spring arrangement is improperly built.