GGB HPM™ Filament Wound Self Lubricating Hydropower Bearings 02 HPM

Description
STRUCTURE Filament Wound Composite Material CHARACTERISTICS Designed for hydropower applications High load capacity Excellent shock and edge loading capacity Low friction, superior wear rate and bearing life Excellent corrosion resistance Dimensionally stable - very low water absorption, low swelling Environmentally friendly
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Description
STRUCTURE Filament Wound Composite Material CHARACTERISTICS Designed for hydropower applications High load capacity Excellent shock and edge loading capacity Low friction, superior wear rate and bearing life Excellent corrosion resistance Dimensionally stable - very low water absorption, low swelling Environmentally friendly
Request a Quote
Datasheet
Datasheet Summary
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HPM,Ñ¢ Filament Wound Self Lubricating Hydropower Bearings from GGB are designed specifically for hydropower applications, offering high load capacity and excellent shock and edge loading capabilities. These bearings exhibit low friction, resulting in superior wear rates and extended bearing life. They are dimensionally stable with very low water absorption and low swelling, ensuring reliable performance in demanding environments. The bearings also demonstrate excellent corrosion resistance, making them suitable for various industrial applications, including servo-motor bearings and wicket gate bearings. The maximum static load capacity is 30,000 psi, with a dynamic load capacity of 20,000 psi. Operating temperatures range from -320¬8F to 320¬8F, and they can handle maximum sliding speeds of 25 fpm. The coefficient of friction varies between 0.03 and 0.12, depending on operating conditions.

Datasheet Summary
Powered by GS/AI

HPM,Ñ¢ Filament Wound Self Lubricating Hydropower Bearings from GGB are designed specifically for hydropower applications, offering high load capacity and excellent shock and edge loading capabilities. These bearings exhibit low friction, resulting in superior wear rates and extended bearing life. They are dimensionally stable with very low water absorption and low swelling, ensuring reliable performance in demanding environments. The bearings also demonstrate excellent corrosion resistance, making them suitable for various industrial applications, including servo-motor bearings and wicket gate bearings. The maximum static load capacity is 30,000 psi, with a dynamic load capacity of 20,000 psi. Operating temperatures range from -320¬8F to 320¬8F, and they can handle maximum sliding speeds of 25 fpm. The coefficient of friction varies between 0.03 and 0.12, depending on operating conditions.

Suppliers

Company
Product
Description
Supplier Links
HPM™ Filament Wound Self Lubricating Hydropower Bearings - 02 HPM - GGB
Thorofare, NJ, United States
HPM™ Filament Wound Self Lubricating Hydropower Bearings
02 HPM
HPM™ Filament Wound Self Lubricating Hydropower Bearings 02 HPM
STRUCTURE Filament Wound Composite Material CHARACTERISTICS Designed for hydropower applications High load capacity Excellent shock and edge loading capacity Low friction, superior wear rate and bearing life Excellent corrosion resistance Dimensionally stable - very low water absorption, low swelling Environmentally friendly

STRUCTURE

Filament Wound Composite Material

CHARACTERISTICS

  • Designed for hydropower applications
  • High load capacity
  • Excellent shock and edge loading capacity
  • Low friction, superior wear rate and bearing life
  • Excellent corrosion resistance
  • Dimensionally stable - very low water absorption, low swelling
  • Environmentally friendly
Supplier's Site Datasheet

Technical Specifications

  GGB
Product Category Plain Bearings and Sleeve Bearings
Product Number 02 HPM
Product Name HPM™ Filament Wound Self Lubricating Hydropower Bearings
Bushing Type Sleeve
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