Process Industry

In the process industry, precision and durability are non-negotiable. In chemical, petrochemical and other continuous production environments, the challenge of reliably moving highly viscous or aggressive media under extreme pressure remains constant: 24/7, 365 days a year.

A typical requirement is: Continuous delivery of 23 litres per minute at 2,000 bar directly into the production process. Failure is not an option.

KAMAT’s Process Pumps are Engineered for the Demands of the Process Industry

KAMAT’s process pumps are built to master these challenges. Designed for extreme operating conditions, they deliver precise volumetric performance and have the flexibility to handle a wide variety of media.

• Corrosive
• abrasive
• hot or cold.
• volatile or multiphase fluids.

From ammonia to aggressive chemical blends, KAMAT pumps maintain accuracy and uptime.

Proven Versatility. Maximum Uptime

KAMAT pumps are engineered to perform where other systems struggle. Their robust construction, low-maintenance design and adaptability make them ideal for critical processes with zero tolerance for error.

Whether it’s a greenfield plant or retrofit integration, our systems support stable, efficient production, even under changing process conditions.

Tailored Technology, German Engineering

Every KAMAT process pump is built on a modular platform and can be configured to your exact specifications.
Custom options include:

• Barrier fluid systems
• Leakage monitoring
• Cooling and heating circuits
• ATEX-compliant designs

This modularity ensures that your pump system evolves alongside your process.

Confidence in every drop

Designed by expert engineers and manufactured in-house in Germany, KAMAT process pumps deliver the precision and reliability demanded by modern process industries. From standalone units to full custom systems, we deliver long-term value and performance.

Looking for a high-pressure solution that matches your process exactly?
KAMAT pumps are trusted worldwide in the most demanding production environments.