Supply Taizhou cobblestone sand making machine, cobblestone sand making machine production line equipment

Taizhou is a prefecture-level city under the jurisdiction of Zhejiang Province. Taizhou has a long history, and ancestors have lived and multiplied here many years ago. In the pre-Qin period, it was the land of Ouyue. In the Qin Dynasty, it belonged to Minzhong County. On the day of the year, the State Council approved the abolition of the Taizhou region and county-level Huangyan City and Jiaojiang City, and the establishment of prefecture-level Taizhou City and county-level Jiaojiang District, Huangyan District, and Luqiao District. It governs Jiaojiang, Huangyan, Luqiao District and Linhai, Wenling City and Yuhuan, Tiantai, Xianju and Sanmen Counties. The Municipal People's Government is located in Jiaojiang District.
Taizhou City is located in the central coastal area of Zhejiang Province, bordering the East China Sea to the east, Wenzhou to the south, Lishui and Jinhua to the west, and Shaoxing and Ningbo to the north. The total land area is square kilometers, and the territorial sea and internal water area are about square kilometers. Taizhou City has a unique geographical location, with mountains facing the sea and alternating plains and hills, forming a pattern of seven mountains, one water and two fields.
Introduction to cobblestone sand making machine
Cobblestone sand making machine is an updated product of the sand making machine, also known as the third generation sand making machine
Cobblestone functional characteristics
Cobblestone sand making machine operation The function is stable and reliable, the technology is simplified, the structure is simple, and the repair is easy. The production capacity is large and the hammer head has a long service life. It is widely used in the fine crushing of cobblestone, granite, basalt, limestone, river pebbles, cement clinker, quartz stone, iron ore, bauxite and other mineral deposits. The fine crusher is also used to produce high-quality stone in machine-made artificial sand making, high-grade highways, railways, water conservancy, airports, construction, cement, refractory materials, metallurgy and other industries. It is the recommended equipment for artificial sand making using cobblestones and river pebbles. One
The structure of pebble sand making machine
It is mainly composed of rollers, frame parts, pressing and adjusting equipment, transmission equipment and other parts. The driving equipment consists of two electric motors, which are driven to the sheave through a triangle belt and drive the two rollers to rotate relative to each other to crush the broken materials. The motors used in our crushing equipment are high-performance brand motors, and the main crushing components are also made of special steel, which increases the life of the equipment and enhances the operating efficiency of the equipment.
Working principle of pebble sand making machine
In pebble sand making machine, the ore is fed from the feed port and slides downward along the sieve plate. The ore on the sieve is blown by the high-speed rotating rotor during the falling process. It is crushed by the cemented carbide hammer and flies to the first cavity lining plate in the tangential direction at a very high speed. The lining plate knocks the ore back and then collides with other ores thrown out from behind the rotor, causing the ore to continue to flow. After being crushed, the material enters the first crushing chamber and is crushed by the impact of the plate hammer on the rotor, and then enters the second crushing chamber for continued crushing. The crushing of the material in the crushing chamber not only forms the crushing of the material, but also completes the cavity of the material. It is shaped internally until the particles become the required size, and finally the formed sand is discharged from the discharge port. It can be seen from the above that the cobblestone sand making machine works by crushing ore using the stone-on-stone principle, which has a selective crushing effect, and the particle size of the crushed products is relatively uniform, and most of the shapes are cubic stones. It is widely used in the construction of bridges, highways, docks and airports.
Scope of action of pebbles
River pebbles, mountain rocks (limestone, granite, basalt, diabase, andesite, etc.), ore tailings, corundum, talc, olivine, feldspar, fluorite, stone Artificial sand making from scraps.
Production of construction aggregates, highway paving materials, cushion materials, asphalt concrete and cement concrete aggregates.
, fine crushing process in the front stage of grinding in the mining field, material crushing in building materials, metallurgy, chemical industry, mining, refractory materials, ceramics, cement, abrasives and other industries.
, highly abrasive and secondary disintegration and crushing, sulfur removal, steel slag, construction waste crushing and other environmental protection projects in thermal power and metallurgical industries.
Production of glass raw materials, quartz sand and other high-purity materials.
, in the engineering fields of water conservancy and hydropower, high-grade highways, highways, high-speed railways, passenger lines, bridges, airport runways, municipal engineering, machine-made sand production and stone shaping of high-rise buildings.
Fine crushing and coarse grinding operations for a variety of extra-hard, medium-hard and abrasive materials such as iron ore, copper ore, gold ore, wood ore, lead-zinc ore, tungsten ore, manganese ore, etc.
Main features of pebble sand making machine
Suitable for large-scale production with a processing capacity of tons/hour.
. The production cost per ton of finished sand and gravel is only 1/2 of that of a conventional production line.
.High degree of production automation, low energy consumption and large crushing ratio.
.The investment payback period is short, and the investment can be recovered within a few months.
.With shaping function, the product is cube-shaped.
.The finished product has excellent particle size and meets national standards.