Hebei Haice Ceramic Technology Co., LTD
CN
9 YRS
Strength factory
Main products: Ceramic ball Cage; Sealing ring Bearing rings Ceramic bearing Hybrid ceramic ball bearing Ceramic structural components; Plastic bearing
Contact the seller
Home
Products
Company Profile
Blog

High-precision corrosion-resistant zirconia all-ceramic bearings 6800-6824 are of high quality and low price from the original manufacturer

HICERA 6200 PEEK Deep Groove Ball Bearing: Corrosion-Resistant & High-Performance

Unlocking Superior Performance: The HICERA 6200 PEEK Deep Groove Ball Bearing

In the realm of precision motion, selecting the right bearing is critical for efficiency, longevity, and reliability. For applications plagued by moisture, chemicals, or the need for lightweight, non-magnetic components, traditional steel bearings often fall short. Enter the HICERA 6200 PEEK Deep Groove Ball Bearing – a cutting-edge solution engineered to thrive where others fail. This single-row, open-style bearing combines advanced polymer technology with high-performance ceramic to deliver exceptional corrosion resistance and operational stability.

PEEK (Polyether Ether Ketone) is a high-performance thermoplastic renowned for its outstanding mechanical properties, even at elevated temperatures. When used as a bearing material, PEEK offers a unique blend of benefits: exceptional chemical resistance against a wide range of aggressive substances, inherent lubrication properties that reduce friction, and a high strength-to-weight ratio. The HICERA 6200 harnesses these properties in its outer and inner rings and cage, creating a robust yet lightweight bearing structure.

HICERA

Key Features and Technical Advantages

The defining feature of this bearing is its use of corrosion-resistant ceramic balls. Typically made from silicon nitride (Si3N4) or a similar advanced ceramic, these balls are impervious to rust and oxidation. This makes the bearing ideal for environments exposed to water, salt spray, acids, alkalis, and other corrosive agents that would rapidly degrade standard steel bearings. Furthermore, ceramic balls are harder and smoother than steel, contributing to reduced wear, lower rotational friction, and the ability to operate at higher speeds.

As an open (non-shielded) single-row deep groove ball bearing, the 6200 model is designed for easy lubrication access and is perfect for configurations where seals are not required or where external sealing is provided. The deep groove raceway enables it to support substantial radial loads and moderate axial loads from both directions. The 现货 (in-stock) status ensures quick availability, minimizing downtime for your projects and maintenance schedules.

Ideal Applications and Industries

Where does the HICERA 6200 PEEK Bearing excel? Its unique material composition opens doors across diverse sectors:

  • Chemical Processing: Pumps, mixers, and valves handling corrosive fluids.
  • Food & Beverage and Pharmaceutical: Where hygiene, wash-down conditions, and resistance to cleaning agents are paramount. PEEK is often compliant with FDA regulations.
  • Marine & Offshore: Equipment exposed to saltwater, ensuring longevity and reliability.
  • Electrical & Semiconductor: Non-magnetic and electrically insulating properties prevent interference.
  • Water Treatment: Components in filtration and purification systems.

Why Choose HICERA 6200?

Choosing the HICERA 6200 is an investment in reduced maintenance, increased component life, and system reliability. The synergy of PEEK plastic and ceramic balls creates a bearing that operates smoothly with minimal lubrication, resists chemical attack, and avoids galvanic corrosion. It is a premium, ready-to-ship component for engineers and procurement specialists seeking to solve specific environmental challenges without compromising on performance.

Upgrade your equipment with a bearing designed for the toughest conditions. The HICERA 6200 PEEK Deep Groove Ball Bearing with Ceramic Balls is more than just a component; it's a strategic improvement for demanding applications. Explore its potential for your next project.