Industrial Rubber Bladders

Industrial Rubber Bladders provide a flexible solution for applications where pressure, movement, lifting, clamping, expansion, or separation is required within limited space.

Designed to expand or change shape when air, gas, or liquid pressure is applied, these bladders can perform functions that may otherwise require more complex mechanical systems.

Available in different shapes, sizes, and rubber materials, Industrial Rubber Bladders can be developed according to the equipment, operating pressure, media, and application requirements.

Key Features:

• Flexible Operation: The bladder expands and contracts according to the pressure applied, making it suitable for a wide range of industrial applications.
• Compact Design: Provides controlled movement or pressure within spaces where conventional mechanical systems may be difficult to install.
• Customizable Construction: Shape, size, rubber material, fittings, and connection points can be developed according to the application.
• Durable Materials: Different rubber and elastomer materials can be selected according to pressure, temperature, media, and working conditions.
• Multiple Applications: Suitable for lifting, clamping, actuation, pressure separation, expansion, and pressure vessel applications.

Applications:

• Industrial Lifting: Creates controlled lifting force by inflating the bladder beneath or around equipment.
• Clamping and Pressing: Provides flexible pressure for holding, pressing, or positioning components.
• Pneumatic Actuation: Can be used to create controlled movement where a compact flexible actuator is required.
• Pressure Vessels: Rubber bladders can separate liquid from compressed air or gas inside tanks and vessels.
• Custom Industrial Equipment: Suitable for specialised machinery and applications where conventional rigid components are difficult to use.

Industrial Rubber Bladders provide a simple and adaptable solution for applications where controlled pressure and movement are required without complex mechanical arrangements.