interlaced wave spring which can withstand large loads

Staggered Wave Springs are advanced spring components engineered by winding multiple pairs of top wave springs together in both series and parallel configurations. This unique design provides superior elasticity, high load capacity, and excellent vibration damping, making staggered wave springs ideal for applications requiring large loads and long strokes.

Key Features & Benefits

• High Load Capacity: Effectively withstands large loads, perfect for high-intensity scenarios.
• Greater Fatigue Resistance: Designed for durability under repetitive stress, ensuring long service life.
• Increased Free Height and Travel: Suitable for applications needing higher free height or extended travel.
• Wave Structure: Disperses stress efficiently during compression and extension, reducing localized stress concentrations.
• Vibration Damping: The staggered wave configuration absorbs shocks and vibrations, improving system stability and comfort.
• Linear Force Characteristics: Maintains a relatively linear relationship between force and displacement within the appropriate range for easy control and predictability.
• Versatility: Adaptable to a wide range of environments and complex mechanical systems.

Applications

• Heavy-duty mechanical equipment
• Large load and long stroke mechanisms
• Systems requiring enhanced vibration damping and stability
• Complex machinery in industrial and automotive sectors

Staggered Wave Springs are the optimal choice for applications demanding high load capacity, extended travel, and superior vibration absorption. Their innovative design ensures reliable performance and adaptability in even the most challenging mechanical environments.