Do you know how to cut the stress factors of the saw blade?
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Do you know how to cut the stress factors of the saw blade?
Since the birth of the world’s first saw blade, technologies related to saw blade manufacturing, maintenance, and maintenance have emerged one after another, but the nature of various types of saw blade consumables has still not been substantially changed.
Just take the saw blade welding saw tooth process as an example, from the traditional manual inserting of the past to the current fully automated laser welding tooth, the improvement of the process is promoting the improvement of the processing quality of related workpieces.
Of course, for any saw blade in a static or moving state, there is a very complicated force condition in itself, and when it is used, it is subject to specific usage conditions, and the life of each saw blade shows There is a completely different situation.
From the perspective of the root cause of the above-mentioned problems, the stress problem related to the saw blade itself has to be mentioned. Especially when the saw blade cuts the processed material, the negative influence caused by the stress factor of the saw blade must be guarded against.
In fact, for any saw blade, the stress of the saw blade does not exist all the time, and the stress state of the saw blade affects the use of the saw blade.
Therefore, the stress factors of the saw blade must be guarded against. At the same time, in order to ensure that a saw blade can be used for a long time, the relevant practitioners must also have the ability to adjust the stress of the saw blade.
From the perspective of the nature of saw blade stress, it belongs to the category of relative force in terms of the attribute division of force. Whenever the saw blade itself is deformed by the outside, a force to resist the deformation will be generated.
At this time, if the solid saw blade can ensure a relatively moderate saw blade stress level, the stress of the saw blade itself can ensure that the saw blade itself can be in safe and stable operation.
However, if the stress level is not as large as the deformation force applied by the outside, then the wear of the saw blade during use will become a nail in the board.
Take the thermal stress during the operation of the saw blade as an example. When the saw blade and the material produce violent friction, the thermal wear continues to intensify, and the thermal stress cannot be resisted, then the saw blade in this state is bound to wear.
Therefore, from the perspective of preventing the wear of the saw blade, in order to minimize the negative impact of the saw blade’s stress, when the saw blade is used daily, it is necessary to adjust the stress of the saw blade.
Among the methods that can be used daily, the most common method is manual adjustment. Hammering is usually used to adjust the stress of the saw blade. At the same time, the unevenness of the saw blade itself will also be adjusted.
Secondly, the machine is used for adjustment. A common practice is to use the machine to perform rolling operations. In this way, as the stress of the saw blade itself is adjusted manually, the performance of the saw blade itself will also be guaranteed.
Of course, the adjustment of the stress of each type of saw blade will never stop at the level of manual use. In daily use, although the stress of the saw blade cannot be seen by the naked eye, some corresponding protective measures must be taken.
Among them, in the process of severe friction between the saw blade and the material, taking certain cooling and lubricating measures for the saw blade can effectively ensure that the thermal stress level of the saw blade itself is within a reasonable level.
As for the effect of cooling measures on cutting stress, the effect is even more obvious. Especially in the saw teeth of the saw blade, this part is the most serious place of wear and heat.
At this time, if the saw blade can get the corresponding cooling and lubrication measures, the negative impact caused by the change of the saw blade’s own stress state will be compressed to a minimum.
In terms of cooling and lubrication measures that can be taken at this stage, the micro-lubrication method is undoubtedly the most welcome method for enterprises. This method of cooling and lubricating can not only ensure the cooling and lubricating effect of the saw blade, but also the oil consumption is quite low.
From the point of view of this way of controlling the stress of the saw blade through temperature, the core of the solution consists of a micro-lubrication device. Because this set of equipment adopts the design of the integration of oil and gas, the equipment can reduce the consumption of oil to a minimum.
Secondly, thanks to the advanced design of the micro-lubrication device itself, it not only can be integrated into the design of the sawing equipment, but also can be used to exert the efficiency of the equipment by mounting.
At present, when the micro-lubrication device is working, its own fuel consumption is only 0.05 milliliters per second per second. With regard to the cost savings of oil consumption in a single month, companies can at least save more than a thousand oil consumption expenditures per month.
In this way, in addition to manually adjusting the stress of the circular saw blade, the addition of trace lubrication ensures that the negative effects caused by the stress of the saw blade can be controlled to a minimum. In order to ensure that a saw blade can be used for a long time.
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