What Is The Better Effect Of The Ribber Belt Banding Method?

What is the better effect of the Ribber Belt banding method?
As the Ribber Belt conveyor machinery has been widely used in various types of mining industry, its simple operation, flexible and fast, with low maintenance costs, high efficiency, Ribber Belt prices will generally account for 35% of the total price of conveyor equipment, , Ribber Belt with fatigue, wear and some external factors easily lead to damage, there will be degumming, opening, tearing, pull off and so on, the quality of rubber joints with good and bad direct impact on its life, to ensure the normal transmission equipment Running is very important;
Ordinary Ribber Belt joint method can be divided into two main categories of mechanical and glued connections, the former mainly include metal rubber buckle, riveting and suture connection, the latter mainly include hot vulcanization, cold bonding and fast bonding connection, etc. The advantages of the mechanical connection are simple, fast and inexpensive. The disadvantage is that the strength of the rubber Ribber Belt is weakened, the fatigue is damaged, the use time is short, and the connection time is short, Ribber Belt joints are not smooth, the operation will be impact, mostly used in some small power, short distance, light load, narrow width of the mobile Ribber Belt conveyor;
In the gluing connection, thermal vulcanization is the traditional method in the industry, the advantages of high bond strength, rubber joint surface is seamless, bending performance, bearing tension, generally used in power, tape width, long distance, Heavy load belt conveyor machinery, but the heat curing requirements of high heat, the use of Ribber Belt connector tool is cumbersome, handling inconvenience, the operation process is relatively complex, long time, vulnerable to environmental temperature and humidity, There is cracking, or even pull off the phenomenon, and cold glue bonding and fast adhesion are cold sticky method, mainly at room temperature, the use of polymer composite materials will be flat rubber tape into a solid whole, but also Known as the cold vulcanization gluing process, and cold sticky Ribber Belt joints are positive and negative sides and there are still seams on both sides, due to stress concentration, especially in the water and corrosive substances under the joint action, rubber joints easily Alice head or was blowing, resulting in a large area of plastic and plastic body layer, will cause frequent damage to transport equipment, can not run the phenomenon;
The current four-roller group is composed of four lengths of the same roller, its working principle and the above structure is the same, because the current structure is the use of the length of the same roller composition, it can form a deep groove angle of 25-60 , If it is necessary to form a larger deep groove angle, then the roller will be bent, it can meet the curve belt conveyor in most of the requirements of the turn, but when limited by the terrain, the horizontal corner of the radius is small In order to solve this problem, the usual measure is to set the inner side of the roller to prevent the tape from deviation, but due to the deviation of the rubber band The pressure and impact on the roller is very large, it will cause the nylon Ribber Belt and other products of the damage, or even the phenomenon of roller off.
Ribber Belt manufacturers with production and profitability of the common but require steel materials such as Ribber Belt ISO P25 material classification, is a challenge. Steel workpiece material in this category is in a range from the transport parts found that heavy-duty fasteners in industrial and mining Components. These parts are manufactured in large quantities. Because these steels are often encountered in production applications, the choice of process variables is critical, especially for turning blades. Many factors must be resolved and balanced select the insertion level in order to produce The best results when the rubber manufacturers in the past made a strategic choice between the material removal rate, the Ribber Belt with the machine life and the processing of the risk of interruption.