Hydraulic Wear Rings
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Fabricated from fine woven fabric and phenolic resins, this wear ring is strong yet light weight with an excellent wear rate.
Phenolic Material | 90 MM Nominal Inner Diameter | Wear Ring
Features
- Protection Against Wear
- Reduced Friction
- Extended Cylinder Life
- Operational Efficiency
Fabricated from fine woven fabric and phenolic resins, this wear ring is strong yet light weight with an excellent wear rate.
Phenolic Material | 135 MM Nominal Inner Diameter | Wear Ring
Features
- Protection Against Wear
- Reduced Friction
- Extended Cylinder Life
- Operational Efficiency
Fabricated from fine woven fabric and phenolic resins, this wear ring is strong yet light weight with an excellent wear rate.
Phenolic Material | 224 MM Nominal Inner Diameter | Wear Ring
Features
- Protection Against Wear
- Reduced Friction
- Extended Cylinder Life
- Operational Efficiency
Fabricated from fine woven fabric and phenolic resins, this wear ring is strong yet light weight with an excellent wear rate.
Phenolic Material | 234 MM Nominal Inner Diameter | Wear Ring
Features
- Protection Against Wear
- Reduced Friction
- Extended Cylinder Life
- Operational Efficiency
Fabricated from fine woven fabric and phenolic resins, this wear ring is strong yet light weight with an excellent wear rate.
Phenolic Material | 254 MM Nominal Inner Diameter | Wear Ring
Features
- Protection Against Wear
- Reduced Friction
- Extended Cylinder Life
- Operational Efficiency
The style MWRE wear ring is molded from glass fiber reinforced polyetherimide, a high strength and heat resistant material. The OD surface features diagonal grooves which serve to retain fluid for added lubrication. These wear rings are commonly used within Caterpillar, John Deere, and Hitachi cylinders.
Glass Fiber Reinforced Polyetherimide Material | 135 MM Nominal Inner Diameter | Wear Ring
Features
- Protection Against Wear
- Reduced Friction
- Extended Cylinder Life
- Operational Efficiency
The style MWRE wear ring is molded from glass fiber reinforced polyetherimide, a high strength and heat resistant material. The OD surface features diagonal grooves which serve to retain fluid for added lubrication. These wear rings are commonly used within Caterpillar, John Deere, and Hitachi cylinders.
Glass Fiber Reinforced Polyetherimide Material | 55 MM Nominal Inner Diameter | Wear Ring
Features
- Protection Against Wear
- Reduced Friction
- Extended Cylinder Life
- Operational Efficiency
The style MWRE wear ring is molded from glass fiber reinforced polyetherimide, a high strength and heat resistant material. The OD surface features diagonal grooves which serve to retain fluid for added lubrication. These wear rings are commonly used within Caterpillar, John Deere, and Hitachi cylinders.
Glass Fiber Reinforced Polyetherimide Material | 60 MM Nominal Inner Diameter | Wear Ring
Features
- Protection Against Wear
- Reduced Friction
- Extended Cylinder Life
- Operational Efficiency
The style MWRE wear ring is molded from glass fiber reinforced polyetherimide, a high strength and heat resistant material. The OD surface features diagonal grooves which serve to retain fluid for added lubrication. These wear rings are commonly used within Caterpillar, John Deere, and Hitachi cylinders.
Glass Fiber Reinforced Polyetherimide Material | 75 MM Nominal Inner Diameter | Wear Ring
Features
- Protection Against Wear
- Reduced Friction
- Extended Cylinder Life
- Operational Efficiency
The style MWRE wear ring is molded from glass fiber reinforced polyetherimide, a high strength and heat resistant material. The OD surface features diagonal grooves which serve to retain fluid for added lubrication. These wear rings are commonly used within Caterpillar, John Deere, and Hitachi cylinders.
Glass Fiber Reinforced Polyetherimide Material | 90 MM Nominal Inner Diameter | Wear Ring
Features
- Protection Against Wear
- Reduced Friction
- Extended Cylinder Life
- Operational Efficiency
