It adopts closed belt conveying, strictly controls the semi-storage of small materials, and can be used with delivery to prevent the concrete from being liquefied in advance due to the impact of aftershocks to ensure the strength of the product.
Unique vibration form: use the computer to control the flow and pressure of the hydraulic system to complete the vertical synchronous vibration, frequency conversion, and braking; the advanced table mold compression vibration form makes the concrete fully liquefied and exhausted within 2-3 seconds. Use excess oil when pressurized to convert it into shock force, thereby basically eliminating energy consumption.
Reasonable vibration distribution: the mold box is locked on the vibrating table through the stripping oil cylinder, and the mold table is vibrated; a special vibrator is additionally installed on the indenter to increase the effect of vibration speed. This form of vibration makes the concrete quickly liquefy and exhaust, so that the products reach high density and high strength. A large proportion of waste ash, waste slag, furnace slag, slag, coal mine stone, volcanic ash, coal ash, stone chips, and construction waste can be used to produce various high-quality load-bearing or non-bearing products.
The unique cutting and arch-breaking device allows materials to be quickly and evenly fed into the mold box; special double-end synthetic output vibration technology and reasonable vibrator layout make the excitation force evenly distributed in the shaker. So as to ensure the consistency of product weight and strength.
It has an annual production capacity of 80,000 cubic meters of standard blocks and 45 million blocks of standard bricks. Classic model: The main machine is equipped with a carpet mechanical reciprocating oscillation mechanism cloth device, which solves the industry cloth problem and greatly improves its productivity. The mainframe vibrator adopts a high-speed heavy-load structure, which doubles its life. The configurable backboard system is equipped with a compensation system, which is equivalent to a storage multiplier mechanism and can increase productivity by at least 10%.