The vertical planetary mixing host adopts foreign technology. The whole machine has smooth transmission, high mixing efficiency, high mixing homogeneity (no dead corners for mixing), a unique sealing device that eliminates the problem of slurry leakage and material leakage, strong durability, and easy internal cleaning ( High-pressure cleaning device option) and large maintenance space.
1. Transmission device:
The transmission device of the vertical shaft planetary mixer is a reduction mechanism with full oil bath lubrication using advanced European technology. This technology has obtained a national patent, and the overall structure is integrated and stable. Different connection methods can be selected between the motor and reducer of the vertical shaft planetary mixer according to the needs of the customer.
The main connection methods between the motor and reducer of the vertical shaft planetary mixer:
(1) Flexible coupling
(2) Hydraulic coupler (optional)
(3) Torque limiter (optional)
2. Mixing form of vertical shaft planetary mixer:
The vertical shaft planetary mixer has various mixing forms. It is mainly divided into standard mixing form and differential mixing form to meet the material mixing requirements of different customers. The differential mixing form of the vertical shaft planetary mixer includes a set of rapid output devices and mixing tools. It can be designed individually according to requirements in order to meet the different material mixing needs of different customers.
3. Driving device:
The entire series of vertical shaft planetary mixers adopts a single-motor drive method, which can eliminate the phenomenon of output asynchrony. The overall structure of the vertical shaft planetary mixer is compact, ensuring sufficient production line layout space no matter what kind of production line it is used for.
4. Movement trajectory:
The mixing motion trajectory of the vertical shaft planetary mixer is a motion trajectory curve with high mixing efficiency and high mixing uniformity that has no dead ends and is summarized on the basis of years of painstaking research and field tests. The rotation of the motion trajectory of the vertical shaft planetary mixer is: It is obtained by superposing the revolution and the rotation of the output stirring. This process belongs to the speed-increasing mode. The stirring is fast and labor-saving. The trajectory curve is a layer-by-layer progressive and increasingly dense structure. Therefore, the homogeneity is high (the mixing uniformity is high) and the stirring is efficient.
5. Stirring arm structural design:
The mixing arm of the LF series vertical shaft planetary mixer adopts a streamlined profile design and is designed with a special wear-resistant protective sleeve, which reduces the chance of material adhesion and increases the service life of the mixing arm. After testing, the structural design of this mixing arm is different from other The structure of the mixing arm has doubled its service life. The scraper arm of the vertical shaft planetary mixer adopts a reinforced structure design, which has good stability in use. The mixing blades and bottom scraper blades are designed into a quadrilateral structure. When the mixing blades and bottom scraper blades of the mixer are worn to a certain extent, the blades will be It can be rotated 180 degrees for secondary use, and the mixing arm adopts a clamping block structure, which can double the utilization rate of the blades.
6. The materials of the mixing blades and lining plates of the vertical shaft planetary mixer can be customized individually according to the different industries of the customers. The main types of materials for the vertical shaft planetary mixer mixing blades and lining plates are:
(1) Wear-resistant alloy inserts
(2) Surfacing materials
(3) High complex alloy
(4) Stainless steel material
(5) Ceramic materials
(6) Polyurethane material
(7) High wear-resistant rubber and cast stone materials
7. Waterway device
The water inlet pipe of the vertical shaft planetary mixer adopts an external top-mounted structure (patented product). When draining, the water in the pipeline can be fully emptied, making the measurement more accurate. In addition, it can also effectively prevent admixtures from cleaning the vertical shaft planetary mixer. Mixing inside the mixer causes residual problems that affect the quality of the mixed materials.
8. Design of sealing device of discharge door:
The vertical shaft planetary mixer adopts a special sealing device, which makes the equipment sealing more reliable and the environmental protection performance is stronger.
9. Hopper lifting device:
The hopper lifting feeding device of the LF series vertical shaft planetary mixer is an environmentally friendly anti-jamming device. The design of the mechanism is novel and reasonable, which can effectively prevent dust from flying when materials are mixed, and meet environmental protection requirements.
10. Feeding device:
The loading device of the LF series vertical shaft planetary mixer is equipped with a multi-slave safety protection mechanism, upper limit, middle limit, lower limit, upper limit limit, wire rope prevention and other protection devices to ensure the safe operation of the mixer's loading device.
The drum of the feeding system of the mixing equipment adopts a single-row structure, which effectively reduces the wear of the wire rope, and is designed with a special rope press to prevent the possibility of the wire rope being tangled.