The mechanical transmission principle of vulcanizing machines varies according to their types. Common types include mechanical vulcanizing machines and hydraulic vulcanizing machines. The following introduces their mechanical transmission principles respectively: Mechanical vulcanizing machine Mechanical vulcanizing machines usually adopt crank connecting rod mechanism for transmission, and its transmission principle is as follows: Power transmission: The motor […]

The technical features of the new energy-saving vulcanizing machine are mainly reflected in the following aspects: High-efficiency heating technology: By adopting advanced heating systems, such as electromagnetic induction heating technology, rubber materials can be uniformly heated to the vulcanization temperature in a short time, thereby significantly reducing the vulcanization time. This heating method has a […]

The intelligent monitoring system functions of the vulcanizing machine are mainly reflected in the following aspects Real-time data collection and transmission: Through sensors and interfaces, the data on the vulcanizing machine production equipment is transmitted in real time to the monitoring system. For instance, sensors for temperature, pressure, humidity, etc. are installed at key positions […]

The fault diagnosis technology of vulcanizing machines mainly focuses on their common faults. The following are some key diagnostic techniques: Diagnosis of abnormal pressure When the pressure of the vulcanizing machine fails to rise or increases very slowly, first check whether the high-pressure pump is faulty, whether the high-pressure relief valve is not closed, whether […]

The automatic control scheme of the vulcanizing machine mainly focuses on improving production efficiency, ensuring product quality, and reducing energy consumption. The following are some key points: Temperature control The temperature of the mold is collected in real time by PLC through PT100 thermocouple, and the power of the heating tube is dynamically adjusted by […]

The realization of remote operation technology for vulcanizing machines mainly involves the following aspects: Data acquisition and networking: By connecting to the vulcanizing machine controller PLC, data interaction is achieved. By leveraging Internet of Things (iot) technology, vulcanization equipment is networked, enabling enterprises to monitor in real time the operational status, process parameters, production information, […]

The application and development of the Internet of Things in vulcanizing machines are mainly reflected in the following aspects: Data collection and networking: The vulcanizing machine is connected to the Internet of Things technology to achieve equipment networking and data collection. The operation status, process parameters, production information and other data of the vulcanizing machine […]

The energy-saving and environmental protection technological improvements of vulcanizing machines are mainly reflected in the following aspects: Heat recovery and utilization: A large amount of heat energy is released during the vulcanization process. By adding heat exchange equipment, this heat energy can be used to heat other process fluids or reused, reducing energy consumption. Meanwhile, […]

The application requirements of coal mine conveyor belt vulcanizing machines are mainly reflected in the following aspects: Vulcanization treatment requirements for conveyor belt joints: During the long-term use of coal mine conveyor belts, joint treatment is required due to wear, tearing and other reasons. The vulcanizing machine causes the rubber material at the joint of […]

The selection of a vulcanizing machine for mining conveyor belts should take into account the following aspects: Vulcanization pressure and temperature range: The vulcanization pressure and temperature range of the vulcanizing machine must meet the vulcanization process requirements of the mine conveyor belt. The vulcanization pressure is usually between 1.0 and 2.0MPa, and the vulcanization […]