The HK 2216 is a thin-walled needle roller bearing manufactured by CRAFT, designed to ensure high radial load capacity in confined spaces.
Thanks to its optimized cage, it provides uniform load distribution, reducing friction and improving operational efficiency. Its compact structure makes it ideal for applications requiring high performance in limited space.
Technical Specifications
| Parameter | Value |
|---|---|
| Model | HK 2216 |
| Bearing Type | Thin-walled needle roller bearing |
| Dimensions (mm) | 22x28x16 |
| Inner Diameter (d) | 22 mm |
| Outer Diameter (D) | 28 mm |
| Width (B) | 16 mm |
| Material | Hardened Steel |
| Weight | ~0.02 kg |
| Dynamic Load Rating (C) | 15.2 kN |
| Static Load Rating (C0) | 16.3 kN |
| Speed Limit (Grease) | 12,000 rpm |
| Speed Limit (Oil) | 15,000 rpm |
| Operating Temperature | -30 °C to +120 °C |
Key Features
✔ Compact and Lightweight Design → Perfect for applications with limited space.
✔ High Radial Load Capacity → Ideal for high-stress applications.
✔ Optimized Cage → Ensures smooth and uniform movement.
✔ Durable Material → Made from hardened steel for extended longevity.
✔ Improved Energy Efficiency → Reduces friction and energy consumption.
Typical Applications
🔹 Mechanical Transmissions → Perfect for gearboxes, shafts, and power transmission systems.
🔹 Industrial Machinery → Ideal for components subject to high loads and continuous motion.
🔹 Automotive Industry → Used in gearboxes, steering systems, and axial supports.
🔹 Agricultural Machinery → Suitable for systems with high dynamic stresses.
🔹 Robotics and Automation → Ensures precision and reliability in controlled movements.
Advantages
✅ Long Operational Lifespan → Built to withstand wear and prolonged stress.
✅ High Performance at High Speeds → Optimized to reduce friction and improve energy efficiency.
✅ Easy Installation → Compatible with multiple industrial and mechanical applications.
📦 Order the HK 2216 – CRAFT Needle Roller Bearing now to ensure maximum efficiency and reliability in your mechanical systems! 🚀
