DISC SPRING | Hardened Steel | SCH PLN DISC SP:12X4.2X0.6

SKU:

12X4.2X0.6MDSW

UPC:

Description:

Engineered for optimal performance, this disc spring made of hardened steel offers exceptional durability and efficiency. The SCH PLN DISC SP:12X4.2X0.6 disc spring, designed by Schnorr, is a versatile component suitable for various applications.

Features:

• Premium Build & Materials: Crafted from hardened steel, this disc spring is built to withstand heavy loads and provide long-lasting performance. The plain finish adds a layer of protection against corrosion.
• optimised for Specific Applications: With a size of 12 x 4.2 x 0.6, this disc spring is ideal for applications requiring precise pressure and deflection control. It conforms to DIN EN 16983 standards for quality assurance.
• Enhanced Functionality: The no drive type design simplifies installation and maintenance, making it easy to use in various mechanical systems. Its plain, not painted surface ensures compatibility with different components.
• Additional Features: This pack of 100 disc springs provides a cost-effective solution for bulk applications, offering consistent performance and reliability.

Benefits:

• Performance & Efficiency: By maintaining precise pressure levels, this disc spring enhances the efficiency of mechanical systems, ensuring smooth operation and reduced wear.
• Durability & Longevity: The hardened steel construction and plain finish contribute to the product's durability, guaranteeing long-term use without compromising performance.
• Versatile Applications: Whether used in automotive, aerospace, or industrial machinery, this disc spring adapts to various industries and applications, providing reliable support.

Product Specifications:

• Size/Dimensions: 12 x 4.2 x 0.6
• Weight: Not specified
• Technical Details: No drive type, plain finish, DIN EN 16983 compliant

Built to meet the highest standards of quality and performance, the SCH PLN DISC SP:12X4.2X0.6 disc spring is a dependable choice for professionals seeking precision and reliability in their mechanical systems.