Strukturierte Komponentendaten · 2026

Elevator Buckets

Elevator buckets are specialized containers attached to conveyor belts or chains in hot aggregate elevators for vertical transportation of materials like asphalt, aggregates, or industrial powders.

Technische Definition und Einsatzkontext
Ein typisches Elevator Buckets wird in Maschinen- und Anlagenbau nach Material, Toleranz, Montage- und Anwendungskompatibilität sowie Ausfallrisiko bewertet.

Elevator buckets are precision-engineered components designed for continuous vertical material handling in industrial applications, particularly in hot aggregate elevators used in asphalt plants and similar facilities. They are mounted at regular intervals on elevator belts or chains and operate by scooping material from a loading point, carrying it vertically, and discharging it at the top through centrifugal force or gravity. These buckets must withstand high temperatures (typically up to 200°C/392°F for hot aggregates), abrasive wear, and mechanical stress while maintaining consistent capacity and discharge efficiency. Key design considerations include bucket shape (e.g., centrifugal, continuous, super-capacity), mounting configuration, and material selection to optimize fill ratio, minimize spillage, and ensure reliable operation in harsh environments.

Komponentenspezifikationen

Definition
Elevator buckets are precision-engineered components designed for continuous vertical material handling in industrial applications, particularly in hot aggregate elevators used in asphalt plants and similar facilities. They are mounted at regular intervals on elevator belts or chains and operate by scooping material from a loading point, carrying it vertically, and discharging it at the top through centrifugal force or gravity. These buckets must withstand high temperatures (typically up to 200°C/392°F for hot aggregates), abrasive wear, and mechanical stress while maintaining consistent capacity and discharge efficiency. Key design considerations include bucket shape (e.g., centrifugal, continuous, super-capacity), mounting configuration, and material selection to optimize fill ratio, minimize spillage, and ensure reliable operation in harsh environments.
Funktionsprinzip
Elevator buckets operate on a continuous loop principle within a hot aggregate elevator. As the elevator belt or chain moves vertically, buckets attached to it scoop material from a loading boot at the base. During ascent, material is retained in the bucket due to its design and the belt's tension. At the discharge point (typically the head pulley), centrifugal force (for centrifugal-type buckets) or gravity (for continuous-type buckets) ejects the material into a chute or hopper. The empty buckets then return downward to repeat the cycle. This system enables efficient, high-volume vertical transport with minimal energy consumption, relying on mechanical motion rather than fluid dynamics or pressure differentials.
Materialien
Typically made from wear-resistant materials such as: 1. Mild steel (for general-purpose applications)2. Abrasion-resistant steel (e.g.AR400/500 for high-wear environments)3. Stainless steel (for corrosive or food-grade applications)4. Polyethylene or nylon (for lightweightnon-sparking needs). Hot aggregate elevators often use steel buckets with thicknesses of 3-6 mmsometimes coated with wear plates or liners. Material selection depends on temperature resistanceabrasion propertiesand cost.
Weight
2-15 kg per bucket
Capacity
5-50 liters per bucket
Discharge Type
Centrifugal, continuous, or super-capacity
Belt Attachment
Bolt-on or riveted
Einsatztemperatur
-20°C to 200°C (-4°F to 392°F)
Normen
ISO 1537DIN 15231

Branchentaxonomie & Aliasse

Gebräuchliche Handelsnamen, technische Kennungen und Suchbegriffe für Elevator Buckets.

Uebergeordnete Produkte

Diese Komponente wird in den folgenden Industrieprodukten eingesetzt.

FMEA · Fehleranalyse

Ursache → Fehlermodus → Engineering-Massnahme

Excessive abrasive wear from hot aggregates->Bucket perforation or thinning, leading to material loss and reduced capacity->Use abrasion-resistant steel (e.g., AR400), apply wear liners, and implement regular inspection schedules
Thermal stress from high-temperature operation->Metal fatigue, warping, or cracking, causing bucket detachment or malfunction->Select materials with high-temperature tolerance, ensure proper cooling intervals, and monitor temperature limits
Improper bucket spacing or mounting->Inefficient material discharge, belt slippage, or increased power consumption->Follow manufacturer spacing guidelines, use correct bolt torque, and align buckets precisely during installation

Industrielles Ökosystem und technische Bewertung

0
Material spillage due to improper bucket design or wear
1
Belt misalignment from unbalanced buckets
2
Overheating and material degradation in hot applications
3
Mechanical failure from abrasive wear or impact damage

Konformität und Prüfung

tolerance
Dimensional tolerance typically ±1 mm for bucket dimensions; weight tolerance ±5% per batch
test method
Performance testing per ISO 1537 for load capacity, wear resistance, and discharge efficiency; material testing for temperature and abrasion resistance

Hersteller für diese Komponente

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Beispielhafte Bewertungskriterien aus Einkaufsprozessen

Keine Kundenbewertung und keine Echtzeitdaten. Die Werte zeigen typische Prüfkriterien in RFQ- und Lieferantenbewertungsprozessen.

Technische Dokumentation
4/5
Fertigungsfähigkeit
4/5
Prüfbarkeit
5/5
Lieferantentransparenz
3/5

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Verwandte Komponenten

Haeufige Fragen

What are the main types of elevator buckets?

The three primary types are: 1. Centrifugal discharge buckets (for fine, free-flowing materials at high speeds), 2. Continuous discharge buckets (for fragile or abrasive materials at slower speeds), 3. Super-capacity buckets (for high-volume handling with minimal spacing).

How do I select the right elevator bucket for a hot aggregate elevator?

Consider material characteristics (size, abrasiveness, temperature), required capacity, elevator speed, and discharge method. Consult manufacturer guidelines and match bucket design (e.g., shape, lip angle) to your specific application to optimize fill and discharge efficiency.

What maintenance is required for elevator buckets?

Regular inspections for wear, cracks, or deformation; tightening of bolts; replacement of worn buckets to prevent imbalance; and cleaning to avoid material buildup. In hot aggregate applications, check for thermal degradation and abrasion monthly.

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CNFX Industrial Component Index · Maschinen- und Anlagenbau

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Fertigung für Elevator Buckets?

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Vorherige Komponente
提升机卷筒
Naechste Komponente
提升机钢丝绳/起重钢丝绳
URN:CNFX:ME:UNIT:ELEVATOR_BUCKETS