The conveyor belt used in industrial production will experience high temperatures due to continuous contact with the rollers. Prolonged durability at higher temperatures can cause functional issues with the conveyor belt. The temperature of the conveyor belt joints can have a maximum limit, generally not exceeding the normal maximum limit. Of course, the maximum temperature that different conveyor belts can accept varies, and there are also limitations due to different environments. In open areas, conveyor belts will heat up under direct sunlight, and in such scenarios, the heat dissipation on the surface of the conveyor belt will be faster than in enclosed workshops. Even if the maximum acceptance temperature is not reached, there will be adverse effects on the long-term use of transportation.
From the above, it can be seen that even if the maximum specified temperature for transportation has not been reached, it is not possible to get too close. The additional temperature of the rubber conveyor belt is determined by both the rubber vulcanizing agent and the added accelerator. Most roller manufacturers generally set the temperature of the sulfurized components used in the conveyor belt to be higher in order to ensure the high safety of the transported goods. In this way, when extreme temperatures occur again, the transported goods will not be easily crushed and can withstand long-term heat resistance, maintaining normal conditions.
Of course, the processing technology for transportation also needs to be improved, and the progress of sulfurizing agent data is one aspect. The technology for processing rollers should not be underestimated. The measure of extending the vulcanization time at the production process can conveniently ensure reaching a higher level. For the maintenance of transportation functions, it is recommended to use rollers in industrial bases with normal or slightly lower temperatures as much as possible.
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