M24 DIN127B Split Lock Washer, Carbon Steel Thru-Hardened, Plain Finish

# Fasteners ## Overview The **M24 DIN127B Split Lock Washer** by MROSupply Fasteners is engineered to enhance the reliability and performance of bolted joints. This high-quality split lock washer is constructed from carbon steel and is thru-hardened to provide superior strength and durability. With a plain finish, it is designed to prevent loosening due to vibration or external forces, ensuring a secure connection in various applications. ## Key Features • **Material**: Manufactured from premium carbon steel for enhanced durability and strength. • **Hardening**: Thru-hardened construction provides increased resistance to wear and deformation. • **Design**: The split design allows for increased friction, effectively locking the washer in place to prevent loosening. • **Finish**: Plain finish offers a clean look and is suitable for a range of applications. • **Standard Compliance**: Manufactured according to DIN127B specifications, ensuring compatibility and performance. ## Applications • **Industrial Equipment**: Ideal for securing components in machinery and equipment where vibration is a concern. • **Automotive**: Commonly used in automotive applications to secure bolts and prevent them from loosening during operation. • **Construction**: Suitable for construction projects requiring reliable fastening solutions in various structural applications. • **General Maintenance**: A versatile component for maintenance and repair operations across multiple industries. ## Benefits • **Enhanced Security**: The split design prevents loosening, ensuring a more secure and stable connection in critical applications. • **Increased Reliability**: Thru-hardened construction guarantees long-lasting performance, reducing the need for frequent replacements. • **Versatility**: Suitable for a wide range of applications, making it an essential component for any maintenance, repair, or operations toolkit. --- *Product information compiled with AI assistance for reference purposes.*