Sealey RM4827L Aluminium Multi-Grip Rivet Large Flange 4.8 x 27mm Pack of 100

Sealey RM4827L Aluminium Multi-Grip Rivet Large Flange 4.8 x 27mm Pack of 100 – Rivets

The Sealey RM4827L Aluminium Multi-Grip Rivet Large Flange 4.8 x 27mm offers versatile and reliable fastening for a broad range of applications. Precision manufactured from durable aluminium, these rivets provide strong, secure joints with the advantage of a large flange for greater load spread. Supplied in a convenient pack of 100, they are ideal for professionals or keen DIY users seeking quality and consistency for medium-to-heavy duty riveting work.

• Diameter: 4.8 mm
• Length: 27 mm
• Material: Aluminium
• Grip Range: Multi-Grip (suitable for varying material thicknesses)
• Flange Type: Large Flange design for increased bearing surface

Compared to conventional single-grip rivets, the Sealey RM4827L multi-grip design significantly enhances flexibility and efficiency in joining components of differing thicknesses. This makes them a preferred choice for users requiring a reliable fastening solution without the need to stock multiple rivet sizes. The large flange provides superior load distribution compared to standard rivets, ensuring a robust hold and minimising material pull-through, which is particularly valued in metalworking and automotive applications.

Key Technical Advantages: Technology and Performance

The Sealey RM4827L aluminium multi-grip rivet utilises advanced engineering, allowing users to fasten materials with varying thicknesses securely. This not only simplifies the selection process but also speeds up installation, reducing costs and downtime. The large flange design increases the surface area, making it ideal for softer or brittle materials by minimising localised pressure and potential damage. Additionally, the corrosion-resistant aluminium construction extends the service life of riveted assemblies, maintaining structural integrity over time. For those seeking a trusted, highly adaptable rivet, the Sealey RM4827L stands out in both technology and performance.