Classification
Working principle: Integrating mechanical, hydraulic, electrical, automation and other technologies, the horizontal shaft is driven by an electric motor to rotate, and the eccentric sleeve is driven by gears to rotate, thereby driving the dynamic cone to make circular oscillations, achieving continuous extrusion and crushing of materials. The crushing chamber is optimized in design, and the crushing effect is not affected by liner wear.
Product Name: Pressure resistant Weighing Tape Coal Feeder (NJGC/F55/SN-ICS Series) Working Principle: Fully enclosed pressure resistant shell, continuous conveyor belt; Real time measurement with weighing sensor and speed sensor, frequency conversion PID adjustment of belt speed, achieving precise quantitative coal feeding (± 0.5% measurement accuracy). Structure: Pressure resistant sealed shell, flame-retardant and heat-resistant tape, weighing bridge, variable frequency drive, automatic cleaning, high-temperature isolation gate, intelligent electronic control. parameter
Output: 10-1000 t/h (commonly 50-300 t/h)
Pressure resistance: -500Pa to+5000Pa (0.35MPa)
Speed regulation: 0.1-1.25 m/s (variable frequency)
Material: Q235 shell, tape 120-180 ℃ heat resistance. Features: fully enclosed without leakage, precise measurement, anti hot air tempering, explosion-proof, DCS remote control. Application: Thermal power plants, circulating fluidized bed boilers, large industrial coal powder boilers.
Smelting equipment (blast furnace, converter, electric furnace supporting equipment)
Core positioning: The core equipment for coarse crushing of large materials is mainly used at the front end of the crushing production line to crush large raw materials (with a maximum feed particle size of 1200mm) to ≤ 80mm, laying the foundation for subsequent crushing processes. It is an essential front-end equipment for cement and mining production lines.
Working principle: Adopting the principle of squeezing and crushing, the large pieces of material falling between the fixed jaw plate and the moving jaw plate are squeezed and crushed through the reciprocating biting motion of the two jaw plates, achieving coarse crushing processing. It is divided into two types: single elbow plate and double elbow plate. The single elbow plate model has higher production capacity and is suitable for high-yield demand scenarios.
Core advantages: simple structure, convenient operation, long service life of wear-resistant parts, large crushing ratio, stable output, suitable for high hardness materials (such as limestone and iron ore), low maintenance cost, suitable for various types of production lines from small to large.
Adaptation scenarios: coarse crushing of raw materials in cement production lines, coarse crushing in mining, raw material crushing in sand and gravel yards, coarse crushing in construction waste recycling, etc.
Corresponding images (high-definition without watermark, available for direct image search): actual photos of the entire jaw crusher, close-up shots of the jaw crusher feed inlet, jaw crusher mining site, and details of the jaw crusher transmission device.
The complete solution for the new dry process cement production line integrates process design, equipment manufacturing, installation and commissioning, technical training, and EPC general contracting, covering various scales of cement production lines from 500 to 10000t/d with high efficiency, low consumption, stability, and environmental protection, helping cement enterprises improve quality and efficiency. The complete solution for the new dry process cement production line integrates process design, equipment manufacturing, installation and commissioning, technical training, and EPC general contracting, covering various scales of cement production lines from 500 to 10000t/d with high efficiency, low consumption, stability, and environmental protection, helping cement enterprises improve quality and efficiency
Jaw crusher (preferred for coarse crushing)
Core positioning: The core equipment for coarse crushing of large materials is mainly used at the front end of the crushing production line to crush large raw materials (with a maximum feed particle size of 1200mm) to ≤ 80mm, laying the foundation for subsequent crushing processes. It is an essential front-end equipment for cement and mining production lines.
Cone crusher (preferred for medium and fine crushing)
Core positioning: Specialized equipment for medium, fine, and ultra fine crushing, capable of handling materials that have been roughly crushed by jaw crushers, and further crushing them to finer particles (adjustable). The main product features good particle size and high crushing efficiency, making it suitable for scenarios with high requirements for finished particle size.
Counterattack crusher (medium fine crushing+particle shaping)
Core positioning: A secondary or tertiary crushing equipment for medium to hard materials, with both crushing and shaping functions. It has a high crushing ratio (up to 10-25) and low over crushing rate, suitable for scenarios with strict requirements for finished particle size. It can be used alone or in conjunction with production lines.
Hammer crusher (hammer crusher) is an efficient equipment that relies on the impact force of high-speed rotating hammer heads to crush materials. It is widely used in medium and fine crushing operations in industries such as mining, building materials, and coal.
High pressure mill (full name: High pressure suspended roller mill/High pressure Raymond mill) is an upgraded version of Raymond mill. Its core is to apply pressure to the grinding rollers through high-pressure springs/hydraulic pressure, resulting in stronger grinding pressure, higher output, and finer fineness. It is suitable for grinding high hardness and high fineness ores.
Ultra fine mill (full name: Ultra fine powder mill/Ultra fine grinding/Three ring and Four ring Ultra fine mill) is the core equipment for processing micron level ultrafine powders, focusing on high fineness and high uniformity. The finished product fineness is much higher than Raymond mill and high-pressure mill, specifically used for producing high-end fine powders with 325-3000 mesh (5-45 microns).
Vertical mill (also known as vertical mill or vertical roller mill) is a large, high-yield, and energy-saving grinding equipment that integrates crushing, drying, grinding, grading, and conveying. It focuses on large-scale industrial production (cement, slag, electricity, metallurgy, large non-metallic minerals), with a much higher output than Raymond mill/high-pressure mill/ultrafine mill.
Magnetic separator is a core equipment that utilizes the magnetic difference of materials to separate magnetic and non-magnetic substances in a magnetic field. It is widely used in mining, metallurgy, environmental protection, building materials, food and other fields.
Based on the difference of mineral surface wettability, the flotation machine is a core beneficiation equipment that allows target minerals to attach bubbles and float up into foam and gangue slurry by means of agent modification and aeration stirring, so as to realize the separation of valuable minerals from waste rocks. It is widely used for the separation of copper, lead, zinc, gold, molybdenum, coal, non-metallic ores, etc.
Spiral chute (fiberglass spiral, coarse selection/scanning selection)
● Principle: Spiral inclined flow, slurry rotates and flows along the groove, heavy minerals sink in the inner groove, light minerals float in the outer groove, and are automatically discharged in zones.
● Applicable: fine to medium sized (0.02~2mm) tungsten, tin, gold, titanium, coal slurry, and tailings recovery.
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