Product description

Pea gravel double roller crusher adopts hydraulic drive and adjustment system, which is specially designed for fine crushing of guami stone. Through the precise extrusion of high-pressure rollers, it realizes efficient and energy-saving crushing operation, and produces sand and gravel products with uniform particle size and excellent shape, which is suitable for high-quality sand production in the fields of construction, highway, etc.

Features of pea gravel double roller crusher

Pea gravel double roller crusher uses two sets of independently driven rollers to generate squeezing and shearing forces to crush materials through relative rotation. The materials fall between the two rollers through the feeding port, and the finished products fall naturally after being squeezed and crushed by the rollers. When encountering hard or unbreakable materials, the rollers can automatically give way by the action of hydraulic cylinders or springs, so that the gap between the two rollers increases, and the hard or unbreakable materials fall naturally, so as to ensure that the machine is not damaged. The two rollers rotating in opposite directions can adjust the pressure of the hydraulic cylinder or spring to control the output particle size of the product.

Applicable materials

Crushing and sand making work of river pebbles, calcite, quartz, glass, marble, pebbles, bentonite, iron ore, bluestone, mountain stone, limestone, weathered sand, diabase, granite, basalt and other materials.

Why choose Huashengming

1. The Double roller crusher for gravel plant is better than the hammer sand making machine and does not need to replace wearing parts.
2. The sand has full grain shape, reasonable gradation, low over-grinding rate and high output.
3. Double roller crusher for gravel plant have advantages over hammer crushers and impact crushers. The average service life of the roller sleeve is more than 2 years.
4. Huashengming’s high-chromium manganese steel wear-resistant material containing rare metal roller skin has been applied for in my country, the discharge particle size can be adjusted and has been applied for in my country, and the rock crusher roller has been applied for in my country.

Model distinction

Pea gravel hydraulic roller crusher can be divided into large, medium and small according to different models.
1. 2PGT400×250, 2PGT400×400, 2PGT610×400, with an output of about 2-20 tons per hour, belongs to small spring pea gravel stone hydraulic roller crusher, suitable for investment in small and medium-sized sand plants.
2. 2PGT750×500, 2PGT800×600, with an output of 10-50 tons per hour, belongs to medium-sized spring pea gravel stone hydraulic roller crusher, this model is suitable for new sand plants, with low investment cost
3. 2PGY750×500, 2PGY800×600, 2PGY800×800, 2PGY1000×800, with an output of 20-80 tons per hour, belongs to medium-sized hydraulic pea gravel stone hydraulic roller crusher, hydraulic models are more intelligent, with higher output and lower cost.
4. 2PGY1000×1000, 2PGY1200×1200, 2PGY1500×1000, 2PGY1800×1000, 2PGY2000×1000, with an hourly output of 80-400 tons, belong to the large flagship series of CNC hydraulic melon stone hydraulic roller crushers, suitable for medium and large sand plants, one-button start and stop, convenient and fast.
Gongyi Huashengming Heavy Industry Machinery Factory divides the equipment into five types: high-end, general-end, low-end, CNC, and mobile according to the actual situation of each customer. Customers can ask the sales manager to recommend the product type and performance suitable for them according to their actual situation. There are electric type and diesel-driven type. If you want to know the details, click to leave a message to me.

Live shooting

Rock breaker sand making machine operates through rollers. The mountain stone put into the machine through the inlet, are crushed by the squeezing between the rollers. The discharge size can be controlled by adjusting the gap between the two rollers. If the gap becomes larger, the discharged size becomes larger. While the gap becomes smaller by compressing spring, the discharge size also becomes smaller.

Technical parameters