16014 Deep Groove Ball Bearing
| 16014 Deep Groove Ball Bearing | |||
|---|---|---|---|
| Part Number | 16014 | Ball Number | 13 |
| d | 70 | Ball Size | 7.938 |
| D1 | 110 | Dynamic Load Co(N) | 26800 |
| B | 13 | Static Load Cor(N) | 22800 |
| R | 0.6 | Grease Speed | 4800 |
| Weight(Kg) | 0.43 | Oil Speed | 5800 |
16014 Deep Groove Ball Bearing | Open, ZZ, 2RS Thin-Wall Precision Bearings
The 16014 deep groove ball bearing is a high-precision thin-wall bearing designed for space-limited miniaturized mechanical systems, prioritizing stable high-speed rotation, low noise and long operational lifespan. Featuring an optimized slim cross-section, finely polished raceways and precision rolling elements, this single-row bearing delivers ultra-low friction, reliable dimensional accuracy and consistent running stability. Its exclusive thin-wall structure saves installation space while maintaining balanced rigidity and load capacity, making it ideal for modern precision electromechanical devices and automated machinery. Available in three standard industrial configurations, open type, 16014ZZ double metal shield type and 16014-2RS double rubber sealed type, this bearing supports five industrial-grade materials to accommodate economical, sanitary, high-wear and corrosive industrial working environments.
16014 Open / ZZ / 2RS Structural Features
16014 Open Type: The unsealed open structure enables unobstructed air circulation and efficient heat dissipation, effectively preventing thermal accumulation during prolonged high-speed continuous operation. It allows tool-free grease replenishment and simple routine maintenance without extra rotational resistance. Suited for clean, dry indoor workshops and fully enclosed precision equipment, it maintains ultra-high running accuracy and stable long-cycle performance for lightweight mechanical systems.
16014ZZ Double Metal Shields: Equipped with dual non-contact steel shields, the 16014ZZ precision bearing effectively blocks dry fine dust, floating micro particles and tiny industrial debris. The non-contact protective design retains original high-speed smoothness and precision with minimal friction loss. Featuring reliable durability and excellent cost performance, it is widely used in dry working conditions for precision instruments, miniature high-speed motors, automation accessories and lightweight transmission assemblies.
16014-2RS Double Rubber Seals: The fully sealed 16014-2RS variant adopts double-sided contact rubber seals to comprehensively isolate moisture, water splashes, oil mist and corrosive fine dust. It firmly locks internal lubricating grease to prevent leakage, oxidation and aging, realizing long-term maintenance-free operation. This versatile sealed model operates stably in humid, dusty and mildly harsh scenarios for portable precision devices and outdoor lightweight electromechanical systems.
16014 Bearing Material Performance
Carbon Steel: High cost-performance industrial base material with uniform hardness and stable anti-fatigue properties. It provides reliable wear resistance and smooth high-speed rotation for conventional lightweight precision machinery, perfect for mass production and cost-sensitive industrial applications.
304 Stainless Steel: Food-grade stainless steel with outstanding anti-rust and anti-oxidation performance. It resists micro corrosion in humid and open environments, ideal for food processing machinery and sanitary precision electromechanical equipment.
316 Stainless Steel: Marine-grade corrosion-resistant material with strong resistance to acid, alkali and salt spray erosion. It adapts to coastal high humidity and mild chemical environments, applicable for marine precision instruments and light chemical processing machinery.
420 Stainless Steel: High-toughness martensitic stainless steel balancing moderate corrosion resistance and high surface hardness. It maintains stable wear resistance and precise dimensional stability during continuous high-speed cyclic operation.
440 Stainless Steel: Ultra-high hardness stainless steel with superior abrasion resistance and structural stability. It sustains accurate and stable operation under severe wear and corrosive conditions, customized for high-end industrial precision mechanical systems.
Core Advantages And Industrial Applications
The 16014 deep groove ball bearing features a slim thin-wall structure, lightweight design, ultra-quiet operation and durable high-speed precision. Three universal sealing types and five diversified material grades fully meet industrial demands for economy, rust resistance, wear resistance and corrosion resistance. It is extensively applied in precision testing instruments, miniature industrial motors, automated lightweight components, portable power tools, micro medical devices and sanitary precision equipment. As a core compact rotary component for space-constrained mechanical systems, the 16014 bearing delivers high-efficiency, low-maintenance and ultra-precise rotation solutions for modern miniaturized industrial and commercial precision machinery.
