Brick, as one of the oldest building materials, has played a key role in shaping human civilizations. Despite technological advances, the principles of brick making have changed little over the centuries. However, the increasing demand for higher quality and mass production has led to the development of advanced brick manufacturing machines.
Today, bricks account for about 10% of all building material costs and still remain a fundamental pillar of the construction industry. The growing complexity of construction projects and the necessity of meeting safety standards have doubled the importance of using modern machinery in brick production.
Active alumina, due to its very large surface area and high absorption capacity, has gained a special place in various industries. This material can effectively absorb different gases and small molecules and is therefore used in industries such as gas drying, water and gas purification, as well as a catalyst in chemical processes.
Raw milk, due to its rich nutrient content, is an ideal environment for the growth of bacteria and microorganisms. If it is not cooled immediately after milking, it quickly loses its quality and spoils.
The milk chiller machine rapidly lowers the temperature of the milk, preventing the growth of harmful agents and preserving the quality and freshness of the milk. This device is considered essential equipment for both farmers and dairy factories.
Cultivating olive trees is one of the oldest agricultural activities, demanding dedication, precision, and passion. This process involves stages such as fertilization, pruning, continuous care, and finally, harvesting. Adhering to these steps at each growth stage is crucial for obtaining high-quality extra virgin olive oil.
Nowadays, cranes play a very important role in various industries. From construction projects to heavy industries, these machines are recognized as the powerful arms for moving and lifting all kinds of loads. Given the wide range of applications, the design and production of cranes are also diverse, and each model is built according to specific industrial requirements.
The basic operation of cranes involves using cable and pulley systems to generate mechanical force and move loads. Of course, in more advanced models, hydraulic technologies and electric motors are used to significantly increase lifting power and capacity.
Parts washing machines, utilizing diverse approaches and advanced technologies, have taken industrial cleaning operations to a new level. The process involves first placing the parts on a conveyor or inside the machine's chamber. Next, using hot water, steam, industrial solvents, detergents, or special acids, contaminants are removed from the surface of the parts. Meanwhile, built-in brushes and scrubbers help to eliminate stubborn layers, and the filtration system collects and disposes of process waste.