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  • Extreme-Temperature CR Seals: Axial & Rotary Shaft Seals for Foundry Hydraulic Systems
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  • Extreme-Temperature CR Seals: Axial & Rotary Shaft Seals for Foundry Hydraulic Systems

    CR’s extreme-temperature shaft seals are tailored for foundry environments, offering axial and rotary sealing performance in high-heat hydraulic systems.
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Description
CR’s extreme-temperature shaft seals are tailored for foundry environments, offering axial and rotary sealing performance in high-heat hydraulic systems.

Key Features:

  • High-temperature resistant materials

  • Axial and rotary shaft sealing capability

  • Ideal for foundry hydraulic systems

  • Thermally stable elastomers

  • Metal face reinforcement

  • Resists thermal degradation

  • Performs under molten metal exposure

  • High-cycle durability at elevated temperatures

  • Precision lip sealing geometry

  • Lubricant retention at high heat

  • Prevents thermal cracking

  • Compact profile for machinery integration

  • OEM-compatible sizing

  • Shock and vibration resistance

  • Low-friction operation under heat

  • Enhanced sealing pressure resistance

  • Dust and slag exclusion design

  • Resistant to oxidation and thermal fatigue

  • Custom high-temp sealing compounds

  • Backed by metallurgy industry standards

  • UV and ozone tolerant under heat

  • Maintains elasticity over time

  • Double and single lip configurations

  • Reduced heat transfer to equipment

  • Seal stability during thermal cycling

  • Tested in foundry shaft applications

  • Low-maintenance under intense conditions

  • Field-proven operational lifespan

  • Prevents hydraulic fluid leakage

  • Improves reliability in extreme heat zones

  • Engineered thermal expansion resistance

  • Wear-resistant contact surfaces

  • Anti-carbonizing seal design

  • Effective in high-speed shafts

  • Precision manufacturing quality

  • High-strength bonding between components

  • Thermal insulation support features

  • Alloy reinforcement options

  • Energy-efficient under extreme loads

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