When working with air bellows, correct installation is crucial for long-term durability and reliable performance in demanding environments. At Tevema, we emphasize process precision and the use of quality materials. Depending on the diameter size—ranging from 80 mm to 950 mm—and…
Air bellows stiffness formulas for reliable force calculation
Air bellows are critical components in many industrial systems. Understanding how to calculate their stiffness is key to performance. Whether we’re dealing with vibration isolation, actuation, or load support, stiffness defines how the air bellow responds under force. At a nominal…
How virtual simulations are improving air bellows design
Understanding how virtual simulations enhance our air bellows development process is essential for delivering precision, longevity, and optimal performance. In a competitive industrial landscape, we continuously strive to refine the design and engineering of our air bellows. Integrating virtual simulations into…
Air bellows in consumer products for high-performance systems
Air bellows in consumer products have transformed the way we approach flexibility, vibration damping, and motion control in modern engineering. At Tevema, we specialize in designing and manufacturing high-performance rubber-metal air bellows engineered for precision and durability. In this article, we…
How to select the right air bellows for vibration isolation
Selecting the appropriate air bellows for vibration isolation is essential for maximizing system performance and longevity. In our engineering practice, we focus on identifying the right air bellows configuration by examining pressure requirements, material compatibility, vibration frequency, and mounting conditions. Each…
What causes air bellows to rupture and how to prevent it
Pressure fatigue due to repeated cycling One primary cause of what causes air bellows to rupture is excessive pressure cycling under dynamic loads. Standard bellows operate safely up to 8 bar, but many systems unintentionally exceed this. High loads combined with…
The impact of angular misalignment on air bellows use
Understanding angular misalignment in air bellows Angular misalignment is a crucial factor influencing the efficiency and longevity of air bellows. It occurs when the mounting points of the air bellows are not perfectly aligned, causing the component to function under undue…