Jordan Valve

Why Choose Jordan Valve?

Jordan Valve products are engineered around a unique sliding gate seat technology, which delivers superior performance compared to traditional globe or rotary valves. Key benefits include:

• High accuracy pressure control: Precise regulation significantly reduces process variation.
• Fast response to process changes: Short stroke design improves overall loop stability.
• Long service life: Reduced mechanical wear compared to conventional valve designs.
• Low maintenance requirements: Self-lapping seats and simplified construction cut downtime.
• Quiet operation: Dual-plate design leads to reduced fluid turbulence and valve noise.
• Lower total cost of ownership: Fewer process failures, reduced maintenance, and an extended operating lifecycle.

Sliding gate valves use a movable disc and stationary plate to achieve tight shutoff and stable control, offering performance advantages not typically found in other valve designs.

Jordan Valve Product Portfolio & Configurations

Our comprehensive portfolio of Jordan Valve flow control solutions includes configuration styles tailored to specific system environments:

Typical Industrial Applications

Jordan Valve solutions are built to handle multiple media lines—including steam, water, oil, air, gas, and aggressive chemicals—making them highly versatile across demanding production environments:

• Steam and condensate return systems
• Process heating and cooling loops
• Chemical dosing and reactor control lines
• Oil, gas, and industrial energy utilities
• Food & beverage processing utilities
• Pharmaceutical and bioprocessing clean utilities
• Industrial gas and analytical sampling systems

Key Technologies Served

We supply Jordan Valve systems backed by two core engineering methods:

• Sliding Gate Technology: The defining feature of the range, delivering straight-through flow for reduced fluid turbulence, minimal seat wear, extended trim life, and rapid response times.
• Self-Operated & Pilot-Operated Designs: Scalable options covering simple, cost-effective standalone installations up to highly accurate pilot control loops for critical processes.