SPRING PIN - Tiger Tool

Part #: 10501-5

Manufacturer: Tiger Tool
Model Number: 10501-5
Product Type: Spring Pin
Weight: 0.1 lbs
Construction: Precisely engineered for reliable performance in demanding applications.

Secure Fastening: Designed to create a self-locking, continuous radial force within a mating bore, ensuring a stable and tight connection.
Vibration Resistance: The inherent spring action provides excellent resistance to loosening, even under dynamic loads and constant vibration.
Durable Construction: Manufactured to withstand demanding operational environments, ensuring a long service life.
Easy Installation: Simplifies assembly and maintenance processes with a straightforward press-fit design.
Versatile Design: Compatible with a wide range of standard hole tolerances, making it suitable for diverse mechanical applications.

Component Assembly: Ideal for securely fastening various mechanical components such as shafts, levers, and gears.
Hinge Mechanisms: Functions effectively as a reliable and durable hinge pin in various assemblies.
Alignment and Positioning: Used to align parts precisely and maintain their relative positions in machinery.
Industrial Equipment: Suitable for heavy-duty applications in manufacturing machinery, agricultural equipment, and construction tools.
Automotive Systems: Provides stable connections within automotive components where vibration resistance is critical.

Enhanced Reliability: Ensures components remain securely connected, significantly reducing the risk of operational failures and unexpected downtime.
Reduced Maintenance: The vibration-resistant fit minimizes wear and the need for frequent adjustments or replacements, saving time and resources.
Efficient Assembly: Streamlines manufacturing and repair tasks due to its simple, effective installation process.
Long-Term Performance: Delivers consistent and dependable functionality, contributing to the overall longevity and stability of connected systems.
Cost-Effective Solution: Provides a durable and reliable fastening method, offering lasting value for various mechanical projects.