Vulkocell – Vulcolan and polyurethane foam
Vulkocell panels are made from vulkollan and closed-cell polyurethane foam. They are used to create components for vibration protection. This material is ideal for use in the automotive industry, elevator production, and for the creation of springs and levers. Vulkocell offers exceptional resistance to vibrations, making it suitable for various industrial applications.
Material Structure and Technical Characteristics
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- Material: Vulkollan and closed-cell polyurethane foam, providing excellent pressure resistance.
- Resistance: High resistance to oils and greases, ensuring long-lasting performance in demanding industrial conditions.
- Temperature Resistance: Consistent behavior across a temperature range of -20 to +80°C.
- Density: Available in densities ranging from 300-650 kg/m³, enabling optimal adaptation for various industrial applications.
Dimensions and Processing
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- Panels: Standard dimensions 250 x 500 mm.
- Thickness: Available from 2 to 65 mm, depending on the application requirements.
- Processing: Water jet cutting available for creating high-precision components.
Applications
Vulkocell panels are used in various industries requiring high resistance to vibrations and reliable performance:
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- Motor Industry: Used for manufacturing vibration protection components, particularly for engine parts that need long-term operational stability.
- Elevator Manufacturing: Panels are used in elevators to reduce vibrations and increase comfort.
- Spring and Lever Production: Ideal for use in systems that require high pressure resistance and long-term operation under load.
Why Choose Vulkocell?
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- Industrial Efficiency: Perfect for specialized applications, including motors, elevators, springs, and levers, where vibration and pressure resistance are key factors.
- Oil and Grease Resistance: Ensures long-term operation even in the presence of oils and lubricants.
- Adaptability and Pressure Resistance: The material adapts perfectly to various conditions, providing high levels of stability and durability.