Flotation Rotor Stator

Polyurethane Flotation Machine Rotor Stator

Polyurethane Flotation Machine Rotor Stator

Material: Polyurethane
Hardness: 80-95 Shore A
Size: Can be customized
Customization: Available
Standard service life: 6~12 months
Delivery: 15-45 days depending on the quantity

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Product Overview

The Polyurethane Flotation Machine Rotor and Stator are key wear parts used in flotation systems for mineral processing and beneficiation plants. Made from high-performance polyurethane materials, these components are designed to operate reliably under high-speed rotation and continuous slurry impact, providing stable and efficient flotation performance.

Material & Performance Advantages

Compared with traditional metal or rubber parts, polyurethane rotors and stators offer superior wear resistance, impact resistance, and chemical stability. The optimized structural design enhances slurry circulation and air dispersion, promoting uniform bubble generation and improving flotation efficiency while reducing maintenance frequency and operating costs.


Applications

These polyurethane flotation rotors and stators are compatible with various flotation machine models and can be customized according to drawings or samples. They are widely used in the beneficiation of copper, gold, iron ore, lead-zinc, and other non-ferrous metals, as well as in coal preparation and mineral processing plants.

Manufacturing & OEM Capability

As an experienced manufacturer of mining equipment wear parts, we provide professional OEM and ODM services with strict quality control throughout the production process. Our products are manufactured to meet international standards and supplied globally, ensuring consistent quality, reliable performance, and cost-effective solutions for mining and mineral processing operations.

Key Features

  • High wear and abrasion resistance

  • Excellent impact resistance and elasticity

  • Stable performance in corrosive slurry environments

  • Reduced noise and vibration during operation

  • Longer service life compared to metal and rubber components