Concrete batching plant

Archive article: This is an English translation of the source article dated 2019. Prices, promotions, statistics and specifications reflect the source period. Please contact us for a current quotation.

Concrete, known by different names in some countries, is used to construct buildings, homes, bridges and roads. It is considered the second most consumed material after water, with consumption estimated at one cubic meter per person per year. The Romans are said to have been the first to use concrete, in the first century AD, building with it because it was easy to shape and mix using a small, simply trained workforce.

Concrete, known by different names in some countries, is used to construct buildings, homes, bridges and roads. It is considered the second most consumed material after water, with consumption estimated at one cubic meter per person per year. The Romans are said to have been the first to use concrete, in the first century AD, building with it because it was easy to shape and mix using a small, simply trained workforce. Concrete consists of water, cement, sand and a type of aggregate, combined in a concrete batching plant to form a homogeneous mixture. Steel is sometimes added to create reinforced concrete.

Ready-Mix Concrete Plant Cost:

• Prices for ready-mix concrete plants manufactured by Beyazli vary with capacity and included equipment. Prices cover a complete plant with a two-year warranty against manufacturing defects. They include installation at the customer’s chosen location, operator training and free concrete plant operating certificates.
• Turkey’s Beyazli Group, a manufacturer of block machines, paving block machines and concrete plants, offers a fully automatic stationary concrete batching plant. Each plant is supplied as a complete installation with all equipment. It operates electronically through a control panel, which the operator uses to run the plant, set mixture quantities and identify faults. The company manufactures concrete plants with capacities ranging from 30 m³/hour to 120 m³/hour.

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Concrete plant with a capacity of 60 m³/hour

A fully automatic stationary concrete batching plant, manufactured as a complete installation with all equipment. This includes a four-compartment raw material hopper, two cement silos, a 1 m³ mixer, conveyors and electronic panels for operating the ready-mix concrete plant and controlling mixture quantities, along with other necessary equipment. Establishing this plant requires 1,500 m², with no roof covering needed.

Concrete batching plant with a capacity of 45 m³/hour

Designed for continuous 24-hour operation, the ingredients are mixed automatically in a dedicated ready-mix concrete plant. Concrete is then transported to the site in dedicated vehicles. This plant consists of a three-compartment raw material hopper, one cement silo and a 0.7 m³ mixer, producing 60 batches/hour. The required installation area is 1,250 m².

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Concrete batching plant components: 

Continuous concrete demand and readily available ingredients have encouraged concrete batching plant projects to meet local needs. As shown in the image, plant equipment includes:

Raw material hopper – – Conveyor beneath the hopper for weighing materials – Conveyor transferring raw materials from the hopper to the mixer – Cement silo and a pipe carrying cement from the silo to the mixer. – Dedicated mixer for combining materials into a homogeneous mixture  – Cement and water weighing system – Electronic electrical panels and control room. – Air pump to help open and close the hopper gate

Ready-mix concrete plant in Egypt:

Beyazli’s latest sale is a ready-mix concrete plant in Egypt, a country from which we receive many inquiries. Our Egyptian customer visited the factory, reviewed plant types, capacities and manufacturing methods, and purchased a VESS 30 m³/hour plant. Both parties signed contracts agreeing on delivery, payment, installation and warranty terms. The stationary plant operates fully automatically, saving labor. The operator sets mix quantities, runs the plant and identifies faults through the control panel. After manufacture, the equipment will be shipped to Egypt, where specialists will install it, train workers and issue operator certificates free of charge.