FK

Tailored Rotor Options for Maximum Performance:
The FK Series circumferential piston pumps offer unmatched precision with a choice of two rotor types, ensuring optimal performance:

• One-wing rotors – Ideal for handling delicate, inhomogeneous products.
• Two-wing rotors – Designed for high-speed processes with minimal shear.

Circumferential Pistons
The rotating pistons are perfectly matched to the FK’s pump body. This creates a long sealing path. Without having to use valves or other complex parts the result is a smooth product flow, free of slippage, excessive pulsation, pressure peaks or backflow loss.

Benefits of the Fristam FK Pump:

Unmatched Reliability

• Sturdy, compact design ensures minimal downtime and long-lasting durability. Precision engineering delivers exceptional performance with low maintenance and a smart layout allows quick and easy wear part replacement.

Gentle Product Handling
Specially designed pistons ensure smooth, consistent displacement with minimal shear for gentle transportation of delicate, non-homogeneous products. This preserves product integrity across various speeds.

Precise Metering

• Delivers exact quantities for filling applications, ensuring consistency in high-precision processes. Ideal for pharmaceutical, dairy, and chemical industries.

Hygienic Standards

• Constructed with corrosion-resistant 316L chromium molybdenum steel (6.0 mm minimum thickness).
• 3.1 material certification available upon request

Self-Priming Operation

• Ultra-tight internal clearances enable vacuum operation, enabling an exceptional suction performance. Transfers even the most viscous products smoothly without rubbing or damage to itself or the product.

Constant Efficiency

• Adjustable flow rate adapts to operating conditions by changing pump speed, keeping efficiency as high as possible, regardless of the system pressure.
• CIP & SIP Compatible – Designed for seamless cleaning and sterilization processes

Options: ATEX, electro-polish, rectangular connections, heated jacket, drain, individual adaptations for specific products, processes and systems.