Hammer crusher, as a middle grinding and fine grinding machine for middle hard material, is widely used in areas like cement, building materials and mining industries for the materials with breaking strength no greater than 200Mpa, such as limestone, gypsum, coal, marl, sandshale etc.
Working principles
When stone materials enter the crushing cavity via the vibrating feeder, they'll be struck by the hammers hung the rotor and be thrown onto the impact plate. The materials which spring back from the impact plate will be struck by the hammers again until they reach the desired size, after which the materials will fall through the screening plate under the rotor .The distance between the impact plate and the rotor can be adjusted to meet shape and size requirements.
Packing
Small parts and electric motor will be put into wooden cases; while the large parts are in nude.
Shipping
1. Standard containers like 20", 40", etc available
2. Bulk shipping etc available
3. By sea, by air, by land, based on customer request
4. Normal using sea port: Qingdao, Tianjin, Shanghai
Henan Fote Heavy Machinery Co., Ltd. is a large joint-stock company specialized in manufacturing heavy mining machinery. Our company has six production bases with an area of 240,000 square meters, more than 2000 employees, 160,000 square meters standardized heavy industrial plant, and about 300 sets of big and medium sized processing, riveting, welding and assembly equipment.
Our products have been sold to more than 90 countries and regions all over the world, such as Russia, the United States, Kazakhstan, India, Indonesia, South Africa, Libya, Sudan and so on.
Taking technical innovation as core strategy, we have established Beneficiation Machinery Research Institute, Crushing Machinery Research Institute, Powder-grinding Machine Research Institute and Building Materials Equipment Research Institute. Besides, we have established good relationships with Harbin University, Tsinghua University, Zhejiang University and a number of well-known domestic universities to achieve resource sharing and complementary advantages, and speed up the transformation of scientific and technological achievements.