In industrial production, refractory brick presses play an important role in pressing refractory bricks to provide high strength, high quality refractory materials. However, due to the complexity of the working environment and the improper operation of the operator, overload occurs from time to time, which may lead to equipment damage, accidents and even casualties. This paper will focus on the overload capacity of firebrick press, in order to provide an effective method to solve the overload problem, and finally improve the performance of the equipment to ensure production safety.

First, the working principle of the refractory brick press and the cause of overload The refractory brick press through the application of huge force to the refractory brick through high temperature curing, so that it to achieve the required strength and density. However, overload may occur due to the following reasons: the complexity of the actual working environment is not taken into account in the design process of the equipment, which cannot meet the actual work needs; The operator's lack of understanding of equipment characteristics and operation requirements leads to wrong operation methods; The working load exceeds the rated capacity limit of the firebrick press.

In order to reduce the risk of overload, improve the performance of the equipment and avoid the occurrence of accidents, the following methods can be taken: The equipment selection and design stage should fully consider the actual work needs, ensure that the design meets the requirements of the use environment, and reserve a certain safety margin; According to the operation manual provided by the equipment manufacturer, formulate detailed operation procedures, clarify the specific requirements of each step, and ensure that the operator understands and masters the correct operation method; Strengthen the training and skill upgrading of operators to ensure that they have sufficient professional knowledge and operational skills; Regularly check the operating status and maintenance of the equipment, find potential problems and repair them in time; Monitor the operating parameters of the equipment, such as pressure, temperature, etc., set an alarm mechanism, and send a warning signal once it exceeds the normal range.

In order to improve the performance and service life of the equipment, it is also necessary to strengthen the management and maintenance of the equipment, including the following aspects: develop a sound equipment management system, clear responsibilities and permissions, to ensure the safe use of the equipment; Establish a regular maintenance schedule, including equipment cleaning, lubrication, fastening and replacement of worn parts; Timely maintenance and treatment of equipment failure, and make records and feedback; Periodically check and evaluate the performance of the equipment, and take measures to solve problems in time.

Through the analysis of overload capacity of firebrick press, it can be concluded that the key to improve equipment performance and avoid accidents lies in reasonable equipment design, correct operation method and effective equipment management and maintenance. Only by considering these factors comprehensively can we ensure the stability and safety of the work of the firebrick press, improve production efficiency, and protect the health and life safety of workers.