Heavy-Duty Steel Ceramic Conveyor Belt Components for Efficient Transport

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Product Description

Basic Information

Model NO.
B400/600/800/1000/1200/1400/1600/1800/2000
Motor Type
Frequency Control Motor
Installation
Turning
Size
Can Be Customized
Color
Can Be Customized
Packing
Can Be Customized
HS Code
8431390000
Production Capacity
1,000,000 PCS

Packaging & Delivery

Package Size
400.00cm * 200.00cm * 200.00cm
Gross Weight
200.000kg
Delivery
Can Be Customized

Product Description

Conveyor Belt Components
Conveyor Belt Components
Heavy-Duty Steel Ceramic Conveyor

DT11 Drive Pulley Characteristics

The DT11 type drive pulley is engineered for high performance with the following core advantages:

I. Structural Characteristics

  • Sturdy and durable: Made of high-strength steel with excellent mechanical strength and wear resistance.
  • Precise design: Carefully designed drum diameter and surface shape to maximize transmission efficiency.
  • Good sealing performance: High-quality seals protect bearings from dust and moisture.

II. Performance Characteristics

  • Efficient transmission: Minimizes energy loss while realizing stable material transportation.
  • Strong carrying capacity: Suitable for heavy-duty conveying of high-weight materials.
  • Stable operation: High surface processing accuracy reduces conveyor belt jitter and wear.
  • High reliability: Rigorous quality testing reduces equipment failure and downtime.

III. Application Scope

  • Widely used: Ideal for mining, ports, power, and chemical industries for bulk materials like coal and ore.
  • Adaptable: Reliable performance under extreme temperature, humidity, and dust conditions.

IV. Maintenance Characteristics

  • Convenient maintenance: Simplified structure for easy inspection, lubrication, and part replacement.
  • Low cost: High durability reduces replacement frequency and overall operating costs.

Technical Features & Classifications

  • Integrally cast connecting plates using lost foam technology for balanced stress.
  • Keyless connection (expansion sleeves) to reduce shaft failure probability.
  • Pulley shell made by rolling high-quality steel plates with guaranteed radial runout.
  • Individual static balance tests to ensure smooth operation.
  • Proprietary vulcanized rubber layer for enhanced friction and wear resistance.
  • Optimized design using advanced finite element analysis (FEA).

Pulley Classifications

  • Driving Pulleys: Available in smooth, herringbone, and rhombic rubber surfaces.
  • Return Pulleys: Categorized into light-duty, medium-duty, and heavy-duty series.
  • Motorized Pulleys: Integrated power components for mining, metallurgy, and electricity.
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Detailed Photos

Pulley Detail 1
Pulley Detail 2
Pulley Detail 3
Pulley Detail 4
Pulley Detail 5
Pulley Detail 6

Frequently Asked Questions

Q1: What materials are the conveyor pulleys made of?
The pulleys are manufactured using high-strength steel with connecting plates integrally cast via lost foam technology to ensure high mechanical strength and durability.
Q2: How do you prevent dust and moisture from damaging the pulley?
We use high-quality seals that effectively prevent dust, moisture, and other impurities from entering the inside of the drum, protecting the bearings and transmission parts.
Q3: Are the pulleys customizable for specific project requirements?
Yes, parameters such as size, color, packing, and delivery options can be fully customized to meet specific industrial conveying needs.
Q4: What types of rubber lagging are available for drive pulleys?
We offer several rubber surface options including smooth rubber, herringbone rubber, and rhombic rubber to suit different process and friction requirements.
Q5: How is the operational stability of the pulley ensured?
Each pulley undergoes individual static balance testing and is designed using advanced finite element analysis to ensure smooth rotation and minimized vibration.
Q6: Which industries are these conveyor components suitable for?
These pulleys are widely applied in mining, ports, chemical industries, power plants, and bulk material transport for items like coal, ore, grain, and cement.

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