Reinforced structure for lasting support The reason air bellows withstand heavy loads over long durations lies in their layered structural design. Each bellow integrates multiple fabric-reinforced rubber layers, which provide both flexibility and compressive strength. These layers distribute the axial forces…
Customising air bellows for use in confined spaces | Tevema
When working in tight machinery layouts, customising air bellows becomes a necessary step for proper system function and safety. We develop solutions for installations where space is limited in every direction. Our process begins with reviewing system drawings and identifying where…
How to fix air bellows that don’t return to their height
When air bellows fail to return to their original height, this often indicates a deeper issue with the system setup. These failures may relate to pressure loss, material fatigue, or improper alignment. All air springs require consistent internal pressure to maintain…
Custom Solutions for Air Bellows in High-Pressure Use | Tevema
Maximizing Performance with Custom-Designed Air Bellows In demanding high-pressure applications, selecting the right air bellows is essential to achieving optimal performance, durability, and efficiency. At Tevema, we engineer customized air bellows designed to withstand extreme operating conditions while maintaining superior structural…
Next-Gen Air Bellows Materials for Enhanced Performance
Innovations in Air Bellow Materials In the industrial sector, air bellows are essential components that provide high-performance vibration isolation, load leveling, and shock absorption. Recent advancements in elastomer technology and reinforced composite materials have significantly enhanced the durability, efficiency, and resistance…
The Role of Textile Reinforcement in Air Bellow Strength
Understanding Textile Reinforcement in Air Bellows The structural integrity and performance of air bellows heavily rely on textile reinforcement within the rubber layers. The reinforcement provides strength, durability, and resistance to high pressures while maintaining flexibility. Without proper reinforcement, air springs…
Advances in Elastomer Technology for Air Bellows
Enhancing Durability and Performance in Industrial Applications Air bellows have undergone significant advancements in elastomer technology, leading to enhanced durability, resistance, and performance in various industrial applications. With the integration of high-strength elastomers, modern air bellows offer superior load-bearing capacity, chemical…