Featured Supplier: J. Lanfranco
Australian Rail Technology (ART) is supporting safer and more reliable rail infrastructure with high-performance dual-slotted all-metal locknuts designed to withstand some of the most demanding operating conditions found in the rail industry.
These specialised locknuts are engineered for environments where conventional fastening systems may struggle, including applications exposed to extreme temperatures, corrosive conditions and continuous vibration. Unlike nylon-insert locknuts, all-metal designs maintain their locking capability in high-temperature environments, making them suitable for heavy-duty rail and industrial applications.
ART’s dual-slotted locknuts feature a single-piece, all-metal design that eliminates the need for plastic inserts while delivering consistent and reliable prevailing torque. This ensures that the nut maintains a secure grip on the bolt threads even under dynamic loads or persistent vibration, helping to prevent loosening over time.
A key advantage of the dual-slot configuration is that the locking slots function independently of bolt tension. This provides a dependable locking mechanism without damaging the bolt threads and avoids galling, an issue that can occur in high-load fastening applications. The result is a durable fastening solution capable of maintaining integrity across repeated installations and demanding service conditions.
The ESL dual-slotted locknut supplied by ART is a self-locking hex nut designed to provide consistent torque and reliable performance across rail infrastructure and rolling stock assemblies. Its robust construction makes it well suited for components exposed to vibration and mechanical stress, where secure fastening is essential for operational safety.
By supplying specialised safety-critical fasteners such as dual-slotted locknuts, Australian Rail Technology continues to support the reliability and longevity of rail assets. The company’s focus on durable engineering solutions helps rail operators maintain secure mechanical connections in environments where failure is not an option.
