How to maintain permeable brick making machine

4 Important advice You deserve to learn from 27-years -experience expert

1. High attention on brick making machine mold

① Clean up the mold cavity, get rid of the oil and dirt on the surface. Spray anti-rust oil onto mould cavity.

② Check whether the relevant parts of the brick making machine mold are damaged, and fasten the loosen parts to ensure the safety and reliability of the brick making machine while producing;

③ Check whether the extruding, forming and pressing surface of the brick making machine mold are worn, repair it by welding, grinding, and polishing.

④ Check the blanking and blanking parts, repair and replace the damaged parts; check the guide and the wedge mechanism to repair and replace the worn and cracked parts.

2.     Accurate oil temperature adjustment of permeable brick making machine

Start the hydraulic system water and wind cooler beforehand esp in winter. When the oil temperature exceeds 45 degrees, the cooler should be turned on before continuous operation. If it exceeds 65 degrees, stop and cool down, and then continue working.

3. Clean and maintain brick making machine after use in a timely manner

After the brick making machine is shut down, Clean the waste concrete and dirt on the brick making machine, esp the feeding cart, molds, and conveyor belts of the brick making machine, and the production line should be kept clean to ensure the normal operation of brick making machine. After shutting down, check the key parts of permeable brick making machine, such as the up and down slide module, bearings, screws etc., and apply appropriate amount of roller oil. If there is any residual oil leakage during refueling, it should be cleaned in time to prevent the clay sand from damaging the moving parts of the permeable brick making machine.

4. The exhaustive fault inspection

Most of the brick plant operates in harsh environments such as sand, gravel, rain and wind and snow, so the performance of the brick making machine must decline faster than other construction machinery, and the cooperation between parts will show different degrees of looseness, wear, rust and scaling which will result in a decline in performance indicators such as power, economy, reliability, and even machine failure. The fault inspection of each part of the brick making machine is a must.