606 607 608 609 Miniatuur keramische lagers Hybride diepgroef 600-serie

Chat Contacteer ons

606 607 608 609 Miniatuur keramische lagers Hybride diepgroef 600-serie

Other Videos

August 23, 2024

Category Connection: Ceramische Kogellagers

Chat Contacteer ons

Tags:

#626 ceramische lagers #ceramisch lager 6200 #ceramisch lager 6302

Brief: Discover the 606, 607, 608, and 609 Miniature Ceramic Bearings from the 600 Series, featuring hybrid deep groove designs. These high-performance bearings are crafted from advanced ceramic materials like Si3N4, SSiC, or ZrO2, offering superior durability and efficiency for demanding applications.

Related Product Features:

Available in models 604CE to 609CE with varying dimensions and load capacities.
Constructed from high-quality ceramic materials including Si3N4, SSiC, or ZrO2 for enhanced performance.
Fitted with durable cages made from PEEK or PFA and seals in PEEK or rubber.
Designed for high-speed operations with maximum speeds up to 56,000 rpm (oil lubrication).
Offers excellent load capacities, with Cr (dynamic load) ranging from 842N to 2953N.
Features high-temperature resistance, with some materials capable of withstanding up to 1650°C (3000°F).
Provides superior hardness and fracture toughness for long-lasting durability.
Ideal for precision applications requiring minimal friction and high reliability.

FAQ's:

What materials are used in the 600 Series Miniature Ceramic Bearings?

The bearings are made from advanced ceramic materials such as Si3N4 (silicon nitride), SSiC (silicon carbide), or ZrO2 (zirconia), offering high durability and performance.
What are the maximum speeds for these ceramic bearings?

The maximum speeds vary by model, ranging up to 56,000 rpm for oil lubrication and 48,000 rpm for grease lubrication, depending on the specific bearing size and type.
What are the load capacities of the 600 Series Miniature Ceramic Bearings?

The dynamic load (Cr) ranges from 842N to 2953N, and the static load (Cor) ranges from 350N to 1444N, depending on the model and size of the bearing.