BT-Maric Flow Control Valve – Constant and Reliable Flow

Our BT-Maric flow control valve, even called constant flow valve – is designed to deliver a predetermined, constant flow rate for water. The flow control valves maintain a fixed and pre-set flow rate, regardless of pressure fluctuations. With these reliable flow control valves, the flow of water in a pipe system is kept at a specified value, ensuring stable performance even when pressure varies.

Bertfelt is the leading manufacturer of BT-Maric flow control valves for industrial use.

Reliable flow control across a wide range

Precise flow control valves

Bertfelt offers a complete range of precise flow control valves, covering flow rates from 0.15 L/min to 8,854 L/min. These valves help industries save water, protect equipment, and make processes more efficient.

We also provide tailor-made OEM solutions to meet the unique challenges of OEM manufacturers.

Applications of flow control valves

Our flow control valves are used in many industries and applications, such as:

  • process and food industries
  • water treatment
  • pump & filter protection
  • firefighting
  • marine systems
  • irrigation and farming
Applications

This is how it works

Why choose a flow control valve?

Have you got the following challenges?

  • Do you need a constant and limited flow in your application?
  • Require a stable flow rate regardless of pressure variations?
  • Want to control and minimize water consumption?
  • Need to protect centrifugal pumps or filters?
  • Looking to mix fluids in specific proportions, at both high and low pressure?
  • Want to save water in hotels, restaurants, waterparks, condominiums, or campgrounds?
  • Having need to regulate water intake at the source in an irrigation system?

Benefits of BT-Maric Flow Control Valves:

  • Maintain the chosen flow rate regardless of pressure variations.
  • Protect sensitive pumps, filters, and water distribution systems.
  • Reduce costs by stabilizing flow in multi-consumption systems.
  • Save water by limiting flow at usage points.