Feature images are indicative only. Refer to technical drawing for final dimensions.
| Box quantity | 1000 |
|---|---|
| BodyLength | 12.5 |
| Comment | Material: Plastic |
| HeadDiameter | 18 |
| HeadHeight | 1.5 |
| HoleDiameter | 6.8 |
| Material | Other |
| MaximumPanelThickness | 6.5 |
| MinimumPanelThickness | 4.5 |
| Type | RivetPlug |
| Coating | View details |
Richard, our product expert on external threaded fasteners is ready to answer all your questions.
The M6.65x6.50x24.80 SPCL Split Rivet Poly in black, part number RU00005ADD, is a versatile solution for compact and durable fastening needs. Sourced by Facil, this rivet plug is designed for efficiency and reliability in various applications. With a body length of 12.5mm and a head diameter of 18mm, it is suitable for secure panel installations. Its maximum panel thickness capacity is 6.5mm, making it ideal for diverse assembly requirements.
The product features a hole diameter of 6.8mm, ensuring a snug fit within the designated panel holes. It comes in a convenient box of 1000 units, offering substantial supply for ongoing projects. Made from durable plastic, this split rivet resists corrosion and wear, essential for longevity in demanding environments. The rivet’s lightweight nature, combined with its robust design, ensures it withstands vibrations and movement.
The unique split design facilitates easy installation and secure fastening without compromising on strength. The M6.65x6.50x24.80 SPCL Split Rivet is an essential component for automotive, manufacturing, and industrial applications, offering a seamless fit and dependable performance where it counts.
Beyond its technical specifications, this rivet plug offers practicality and reliability for both professional and personal projects. Its plastic composition ensures easy handling and rust resistance, providing a cost-effective alternative to metal fasteners. Whether you're assembling interior panels or securing lightweight components, RU00005ADD delivers consistent performance and helps streamline the assembly process efficiently.
