1. Is there a manufacturer involved in online selection of conveyors?
From a professional perspective, there are many factors to consider when purchasing a conveyor product online, including the presence of a product manufacturer. Therefore, it is certain that the answer to this question is yes. Moreover, the manufacturer of the conveyor product must take into account when selecting products, otherwise it may affect the correct selection of the product.
2. What are the bonding methods for belt conveyor joints?
There are three main bonding methods for belt conveyor joints, which are:
Steel buckle connection method: When using this connection method, the strength of the conveyor belt will be reduced, so it is suitable for short distance transportation or occasions where the conveyor is inconvenient to disassemble. Steel buckles are selected according to the thickness of the conveyor belt.
Hot melt method: It involves layering and toothed the two ends of the conveyor belt, then splicing the two ends together and simply fixing them, followed by hot melt using a hot melt equipment, so that the conveyor belt can be used normally.
Cold adhesive method: First, cut and peel the conveyor belt into a stepped shape and roughen it, then clean its surface with acrylic copper, and then evenly apply the conveyor belt special adhesive to the cutting and peeling layer. Apply the adhesive to the seam and let it sit for 24 hours before use.
3. Are the sprocket components of the scraper conveyor head and tail the same in composition? How to calculate the belt speed of a belt conveyor?
From a professional perspective, the sprocket components of the scraper conveyor head and tail are the same in composition, including the sprocket body, sprocket shaft, bearing seat, bearing, positioning sleeve, floating seal seat, end cover, and transparent cover. Therefore, it can be known that the answer to question one is yes.
The calculation of belt conveyor speed is as follows: first, divide the motor speed by the reducer speed ratio to obtain the output speed of the reducer, which is the pulley speed or drum speed. Then, multiply it by the drum diameter by 3.14 to obtain the speed of the belt per minute. Then, divide it by 60 to obtain the belt clock speed per second.