NE50 Industrial Bucket Elevators 3m-4m Bucket Elevator Cement Plant
NE50 bucket elevator 1. Product Introduction NE50 Bucket Elevator is a heavy-duty, large-capacity plate chain vertical lifting equipment in the standard NE series, specially developed and optimized for large-scale, high-output automated dry mortar production lines. Adopting advanced inflow feeding ...
NE50 Industrial Bucket Elevators
,Industrial Bucket Elevators 3m
,4m Bucket Elevator Cement Plant
NE50 Bucket Elevator is a heavy-duty, large-capacity plate chain vertical lifting equipment in the standard NE series, specially developed and optimized for large-scale, high-output automated dry mortar production lines. Adopting advanced inflow feeding and gravity automatic unloading technology, this equipment is designed for continuous, high-efficiency vertical conveying of powdery, granular and small lump bulk materials, including cement, quartz sand, mineral powder, fly ash and various mortar aggregates.
As an upgraded heavy-duty model of NE15 and NE30, NE50 features greatly improved conveying capacity, ultra-strong structural rigidity and stable 24-hour continuous heavy-load operation. It adopts super thickened high-strength alloy steel plate chain, enlarged reinforced wear-resistant buckets, heavy-duty industrial hard-tooth surface reducer and fully integrated sealed casing. With low-speed stable operation, zero material backflow, low energy consumption and dust-free environmental protection, it completely meets the high-yield, high-precision and high-stability feeding demands of large standardized dry mortar production lines, and is the core vertical conveying equipment for large-scale building material powder processing projects.

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1. Super Large Conveying Capacity & High Production Efficiency
Equipped with upgraded large-capacity deep buckets and optimized low-resistance chain speed, the theoretical conveying capacity reaches 50m³/h, far exceeding NE15 and NE30 models. It realizes continuous, uniform and high-volume feeding, perfectly matching the full-load operation of large automated dry mortar production lines, effectively improving overall line productivity and meeting mass industrial production demands.
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2. Mature Gravity Unloading & Zero Material Backflow
Adopting inflow feeding and gravity induced unloading principle, the equipment runs stably at constant low speed without material throwing, scattering, overflow and backflow. It eliminates circulating material loss, ensures ultra-stable and consistent feeding volume for downstream batching and mixing systems, and guarantees accurate proportioning and stable quality of finished mortar products.
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3. Ultra-heavy Reinforced Structure & Ultra-long Service Life
The whole machine adopts fully reinforced industrial structure, including thickened alloy steel plate chain, integrally stamped reinforced buckets, thickened seamless casing and reinforced bearing base. It features excellent tensile resistance, impact resistance and abrasion resistance. The failure-free operation time reaches 40,000 hours, fully adapting to long-term uninterrupted heavy-load industrial production.
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4. Low Energy Consumption & Strong Overload Resistance
Optimized mechanical transmission structure effectively reduces operating resistance and invalid power consumption. Compared with traditional ring-chain elevators, the energy-saving effect is more prominent. The matched heavy-duty hard-tooth reducer provides stable and sufficient power output with strong instantaneous overload resistance, effectively avoiding shutdown failure caused by material surge and ensuring continuous and stable production.
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5. Fully Enclosed Dust-free & Green Production
Adopting full seamless sealed structure and standard reserved dust removal interfaces, the equipment realizes zero dust overflow and zero material leakage during high-speed and high-volume operation. It fully complies with industrial environmental protection standards, keeps the production workshop clean and dust-free, and meets the green and standardized production requirements of modern large dry mortar factories.
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6. Super Wide Material Adaptability & Strong Versatility
It can stably convey various low, medium and high abrasive materials such as powder, fine granules and small lumps, with a maximum tolerant material temperature of 200℃. It is widely applicable for raw material lifting of various dry mortars, building materials, chemical industry, mining, metallurgy and grain processing industries, with strong scene adaptability.
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7. Low Maintenance Cost & High Comprehensive Cost Performance
The equipment adopts mature and reliable industrial-grade design with few vulnerable parts and stable overall performance. Daily maintenance is simple and convenient, only requiring regular lubrication, chain tension inspection and residual material cleaning. It supports long-term unattended operation, greatly reducing later maintenance labor cost and production downtime loss, with excellent long-term economic benefits.
NE50 is a heavy-duty large-capacity plate chain bucket elevator, professionally customized for large-scale high-output dry mortar production lines with industrial-grade stable and authoritative parameters:
| Test Item | Unit | NE50 Standard Parameters |
|---|---|---|
| Theoretical Conveying Capacity | m³/h | 50 |
| Chain Operating Speed | m/s | 0.6~0.8 |
| Max Lifting Height | m | 40 |
| Matching Motor Power | kW | 11~15 |
| Max Conveying Material Temperature | ℃ | ≤200 |
| Bucket Type | / | Enlarged Reinforced Thickened Deep Bucket |
| Transmission Mode | / | Industrial Heavy-duty Hard-tooth Surface Reducer Drive |
| Sealing Grade | / | Full Closed Ultra Dust-proof & Leak-proof |
| Failure-free Operation Time | h | ≥40000 |
| Overall Structure | / | Heavy-duty Reinforced Vertical Plate Chain Type |
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1. Pre-operation Comprehensive Inspection
Before equipment startup, fully inspect the tightness, wear and deformation of the heavy-duty plate chain and large reinforced buckets to ensure no looseness, crack, damage or distortion. Check all sealing parts, access doors and dust removal interfaces to ensure complete sealing without gaps and dust leakage. Verify the lubrication status of the industrial reducer and high-load bearings, and thoroughly clean all foreign matters inside the cavity to prevent jamming and mechanical failure.
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2. Standard Startup & Shutdown Procedures
Strictly implement no-load startup rules: start the elevator first and run stably for 1–2 minutes before feeding materials. When shutting down, stop feeding first, and keep the equipment running until all internal materials are completely discharged before powering off. Strictly prohibit full-load startup, overload operation and sudden shutdown to avoid motor burnout, chain jamming and structural deformation.
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3. Standard Feeding & Operation Management
Maintain uniform, continuous and stable feeding volume, avoid instantaneous overload feeding and material accumulation blockage. Strictly prevent super-large hard foreign matters from entering the equipment to avoid bucket collision, chain deformation and equipment damage. Do not convey materials exceeding the rated temperature limit to prevent thermal deformation of chain and casing structure.
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4. Regular Maintenance & Lubrication
Regularly detect the tension of the double-side plate chain and perform synchronous tension adjustment to ensure balanced and stable operation. Carry out periodic lubrication and maintenance for transmission chain, high-load bearings and heavy-duty reducer according to industrial operation standards. Timely clean residual materials and caking dust inside the equipment to ensure stable conveying efficiency and clean material quality.
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5. Safety Protection & Fault Handling
Equip complete anti-reversal, overload protection and anti-blocking safety devices. Completely cut off the power supply and hang warning signs during maintenance and overhaul. It is strictly forbidden to open the equipment cover or touch internal operating components during running state. Timely handle chain deviation, bucket wear and material blockage faults to prevent secondary equipment damage and production halt.
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1. Large-scale Standard Dry Mortar Production Lines
It is the exclusive core supporting lifting equipment for high-output automated production lines of inorganic thermal insulation mortar, self-leveling mortar, wear-resistant flooring mortar, commercial masonry mortar and waterproof mortar. It is used for continuous large-volume vertical lifting of cement, quartz sand, mineral powder and other bulk raw materials to support 24-hour uninterrupted automated batching and production.
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2. Large Building Material & Powder Processing Plants
Suitable for high-efficiency and large-volume conveying of fly ash, lime powder, talc powder, heavy calcium powder and various building aggregates, widely used in large standardized building material factories and centralized powder processing industrial parks.
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3. Chemical & Industrial Powder Conveying
Applicable for vertical lifting of powdery and granular chemical raw materials, fertilizer raw materials and industrial auxiliary materials. The fully sealed dust-free structure meets the strict clean and environmental protection production requirements of chemical industry.
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4. Mining & Metallurgy Heavy-duty Conveying
Adapt to medium and high abrasive small-particle mineral materials and metallurgical auxiliary materials, suitable for continuous heavy-load vertical lifting of mining and metallurgical raw materials, with strong impact resistance and stable operation in harsh working conditions.
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5. Large Grain & Feed Processing Industry
Suitable for high-volume lifting of grain particles, feed granules and auxiliary materials, with low material breakage rate and stable conveying performance, meeting the continuous and high-efficiency production demands of large processing enterprises.
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Q1: What are the differences between NE50, NE30 and NE15 bucket elevators?
A1: NE15 is for small mortar lines with low output; NE30 is for medium production lines with medium capacity; NE50 is a heavy-duty large-capacity upgraded model with the highest conveying efficiency (50m³/h), stronger structural rigidity, higher overload resistance and longer lifting height. It supports 24-hour full-load continuous operation, specially designed for large-scale high-yield dry mortar automated production lines.
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Q2: Why does NE50 have material accumulation and low discharging efficiency?
A2: Common causes include uneven excessive feeding, serious bucket wear and deformation, abnormal chain speed and blocked discharge port. Standardizing uniform feeding volume, regularly inspecting and replacing worn buckets, and cleaning discharge blockages can effectively restore the rated conveying capacity and ensure stable operation.
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Q3: How to solve chain deviation and unstable operation?
A3: Chain deviation is mainly caused by inconsistent double-side chain tension or long-term uneven feeding. It can be solved by synchronous tension adjustment on both sides and standardized uniform feeding. Regular wear inspection and maintenance can completely avoid jamming and unstable running problems.
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Q4: What is the maximum lifting height and material temperature resistance?
A4: NE50 has a maximum lifting height of 40 meters, and can stably convey various bulk materials below 200℃. It adapts to all conventional raw material lifting scenarios in dry mortar production, and long-term conveying of ultra-high temperature materials is prohibited to avoid structural aging and deformation.
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Q5: What is the service life of NE50 core wearing parts?
A5: Under standard operation and regular daily maintenance, the heavy-duty alloy plate chain service life is more than 8 years, and the reinforced thickened bucket can be used for 3–5 years. The overall failure-free operation time reaches 40,000 hours, with extremely low long-term maintenance cost and high operational stability.
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Q6: Why is NE50 the best choice for large dry mortar production lines?
A6: NE50 matches the high output demand of large mortar lines with super large conveying capacity, industrial heavy-duty structure, strong overload resistance and dust-free sealed operation. It supports long-term full-load continuous production, ensures stable and uniform feeding for the batching system, improves finished product consistency, and has outstanding comprehensive cost performance for large-scale and long-term industrial production.