In many industrial processes, the targeted separation of air and product is essential. Built-in filters are a compact and efficient solution, especially for individual systems with limited space. They can be flexibly integrated into silos and containers, where they ensure effective dust separation.

What are built-in filters?

Built-in filters are compact filter housings with a complete cleaning system and filter media. They are installed horizontally or vertically in receiving containers or silos and are used for the efficient separation of air and product

Advantages of bg filtration built-in filters

The built-in filters from bg filtration are particularly versatile and offer a number of advantages:

• Horizontal or vertical

The built-in filters can be installed both vertically and horizontally – depending on the available space and process requirements.

• • Efficient filter technology

Pneumatic cleaning with full immersion system ensures consistently high cleaning performance.

• • Flexible design

Available with 3 to 36 filter elements and optional final filter for fine filtration, for pressures from -900mbar to +1bar

• • Easy maintenance

Quick-release fasteners make it easier to open the chamber, optional gas pressure dampers support vertical opening of the door.

• • ATEX options:

Also suitable for potentially explosive atmospheres (zone 21 or 22).

Areas of application for built-in filters

Built-in filters from bg filtration are used in many applications, including

• • Aspiration of silos and containers
  • Process filtration for all types of products
  • Installation in total separators for pneumatic conveying

Why bg filtration?

bg filtration is known for high quality as well as innovative and customized solutions in the field of filtration and product separation. Many well-known companies have been relying on our products for years. We offer:

• Consulting expertise: An experienced team is on hand from planning to commissioning.
• Individual solutions: Each application is analyzed in order to develop a perfectly matched system.
• Sustainability: Optimum design for maximum energy efficiency and resource conservation