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Graphite Shaft and Rotor for Pumps

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Graphite Shaft and Rotor for Pumps

Graphite Shaft and Rotor for Pumps

Manufacturer of Graphite Shaft and Rotor for Pumps

Aenterprise specializes in producing first-rate graphite shafts and rotors for pump systems, offering dependable solutions customized to meet the needs of several industrial areas. Made of premium-grade graphite, our parts provide remarkable resistance to corrosion and high temperatures in addition to natural self-lubricating qualities. Particularly well-suited for use in challenging conditions including vacuum pumps, degassing devices, and chemical processing facilities, these characteristics make them.

Recognizing the vital role these parts play, our team utilizes precise manufacturing methods backed by rigorous quality checks to ensure each piece performs to the highest standards. Built for durability under demanding conditions, our graphite shafts and rotors are engineered to provide long-term performance while minimizing the need for frequent maintenance.

Graphite Shaft and Rotor for Pumps Technical Data

Property Unit Guarantee Value / Range Typical Value / Example Notes
Bulk Density g/cm³ ≥1.72 – 1.85 1.74 – 1.80 Higher density = greater strength
Flexural Strength MPa ≥13.5 – 95 15.5 – 65 Varies by grade
Compressive Strength MPa ≥32 – 240 38 – 110 High strength for demanding use
Shore Hardness HS ≥40 – 80 60 – 70 Indicates surface durability
Open Porosity % ≤2 – 14 2 – 3 Lower porosity preferred
Specific Resistance μΩ•m ≤9 8.5 Electrical property
Thermal Conductivity W/m•K ≥120 140 Excellent heat dissipation
Ash Content % ≤0.2 0.1 Indicates purity
Thermal Expansion Coeff. ×10⁻⁶/°C 3 – 4.2 3 – 4 Dimensional stability
Max Operating Temp. °C 200 – 550 200 – 550 Grade dependent

Key Features:-

  • Material: High-purity graphite, sometimes impregnated with resin, antimony, or copper for enhanced properties
  • Self-Lubrication: Enables dry-running, reduces friction, and extends service life
  • Corrosion Resistance: Excellent resistance to acids, alkalis, and solvents
  • Thermal Conductivity: High, ensuring effective heat dissipation
  • Lightweight: Reduces inertia, improves efficiency at high speeds
  • Customizability: Sizes and grades can be tailored to specific pump designs and requirements
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