Metric Spring Washers Square Section Din 7980 Stainless Steel A2
Metric Spring Washers Square Section Din 7980 Stainless Steel A2 - is backordered and will ship as soon as it is back in stock.
Metric Spring Washers Square Section Din 7980 Stainless Steel A2 - is backordered and will ship as soon as it is back in stock.
Secure your assemblies against vibration and loosening with our premium Metric DIN 7980 Spring Washers. Manufactured from high-grade A2 Stainless Steel, these washers feature a specialized square cross-section designed to provide superior locking tension compared to standard flat washers. Ideal for general engineering, automotive, and outdoor applications, they offer a reliable safeguard for bolted joints where stability is paramount.
The Solution to Fastener Loosening
When a standard flat washer isn't enough to hold your assembly together, the DIN 7980 Square Section Spring Washer is the engineering solution you need. Fastener loosening caused by vibration, thermal expansion, or dynamic loads is a common point of failure in machinery and construction. A loosened bolt can lead to rattled components, structural instability, or costly downtime. This washer addresses that problem directly through its specialized geometry, ensuring that critical joints remain tight even under stress. It bridges the gap between simple spacing and active locking, making it an essential component for high-stakes assemblies where reliability is non-negotiable.
Advanced Square Profile Mechanics
Unlike standard split washers which often flatten out under minimal load, the DIN 7980 features a robust square cross-section. When compressed, this square profile exerts a continuous axial force against the nut and the bolt head. This "spring action" compensates for any slight creep or settling in the materials, maintaining the clamping force over time. Furthermore, the split ends of the square wire are designed to bite slightly into the mating surfaces, mechanically interfering with any rotational movement that would loosen the joint. This makes the DIN 7980 particularly effective when paired with cylinder head screws, such as socket caps, where the washer fits neatly under the head without protruding.
Durable A2 Stainless Construction
Crafted from A2 (304) Stainless Steel, these washers are built for longevity. While standard carbon steel washers can rust, seize, and stain surrounding materials, A2 stainless provides a resilient barrier against oxidation, moisture, and mild chemicals. This material choice effectively balances strength with environmental resistance, ensuring the washer does not become the weak link in your assembly. Whether you are assembling garden furniture, repairing automotive components, or building industrial machinery, these washers ensure your hard work stays secure and visually clean for years to come.
Product Details
-
Key Features
-
Whats in the box?
-
Metric Spring Washers Square Section Din 7980 Stainless Steel A2
Frequently Asked Questions
What is the difference between DIN 7980 and DIN 127 washers?
What is the difference between DIN 7980 and DIN 127 washers?
While both are split lock washers, DIN 7980 washers feature a square cross-section wire, whereas DIN 127 typically has a rectangular cross-section. The square profile of the DIN 7980 is often preferred for cylinder head screws (like socket caps) as it fits neatly under the head without protruding, providing a focused locking force.
Can I use these A2 stainless washers in a marine environment?
Can I use these A2 stainless washers in a marine environment?
A2 (304) stainless steel offers good corrosion resistance for general outdoor use, but for harsh marine environments or direct saltwater exposure, we recommend upgrading to A4 (316) stainless steel to prevent pitting.
Are these washers reusable?
Are these washers reusable?
Ideally, spring washers should be replaced after disassembly. Once fully compressed and subjected to load over time, the spring steel can lose some of its elasticity (memory), reducing its ability to provide the same locking tension a second time.
