When choosing the best v-belt for your business, although there are many alternatives available, there are two main kinds of v belt types, poly v-belts, and variable speed v-belts. For those who need a variable belt, Poly v-belts are perfect that will recommend smooth performance along with a low-profile design and the ability to work at high speeds. With sheave drives of flexible speeds, the flexible speed v-belt on the other hand can work. It makes a great deal of lateral rigidity to assist maintain consistent speed control because of this.
MORE ALTERNATIVES
There are also other alternatives you can make to modify your v-belt, making it exclusive, in addition to choosing between poly v-belts and flexible speed v-belts. For the function they will operate, these belts can come in a large variety of surfaces depending on what is needed. Ribbed ones, notched ones, cogged ones, banded ones, wedged ones, and smooth ones are some of the most ordinary forms of v-belts each of which is specially designed to help serve a different objective. The guides for the v-belts can also come in numerous kinds, mostly based on shapes and surfaces with the most common shapes being a triangle profile, a rectangle profile, a unique rectangular profile, and a unique v-profile.
NORMAL USES
Because of their flexibility, V-belts are generally used as well as the capability to handle directional changes that might prove challenging with other kinds of conveyor belts. Basic responsibilities such as product alignment, offsetting connections, switching, merging, and directional modifications can be utilized. Because of these tasks, for many industrial applications, they are perfect and are very popular in power transmission/operating, conveying sequencing, and timing. The different kinds available are what make v-belts so adaptable.
FEATURES
Numerous features are ordinary for all these belts, no matter which kinds of v-belts you choose or what surface you select for. Because of their capabilities with directional changes, they are generally available in tight radius shapes, they will all go along a belt path which removes the risk of bending back the belt. In addition to sleeves that permit them to move the product through curves quietly while still keeping their orientation, they will almost continually have automatic drive pressure and true taper rollers.
Conclusion:
V belts are widely used as well as their capability to handle directional changes that might prove challenging with other types of conveyor belts. Because of their capabilities with directional changes, they are generally available in tight radius shapes, they will all go along a belt path which removes the risk of bending back the belt.
