High Pressure System Components
HiLock offers a comprehensive range of high-pressure system components, including both essential core modules and auxiliary parts, tailored to meet the full spectrum of ultra-high-pressure applications. Our components can be customized according to specific operating conditions—such as pressure ratings, production cycles, and system configurations—to ensure perfect compatibility and optimal performance.
Each HiLock component is precision-engineered for ultra-high-pressure environments (400–600 MPa), delivering up to 20% higher efficiency at equivalent pressures, 25% fewer maintenance requirements, and 85% shorter maintenance cycles. These benefits minimize unexpected downtime and support continuous operation in production or laboratory settings.
With superior adaptability and durability, HiLock high-pressure components provide the reliability and stability essential for long-term equipment performance.
Description
Three-Way Connector (3/8″ & 9/16″)
—— Reliable Fluid Distribution for High-Pressure Systems
The Three-Way Connector (3/8″ & 9/16″) is a crucial component in high-pressure systems. It efficiently splits or merges fluid flow, maintaining system stability. This connector is ideal for industries like food processing, pharmaceutical sterilization, biotechnology extraction, and laboratory testing, where consistent fluid distribution is essential.
Made from corrosion-resistant alloys, the Three-Way Connector (3/8″ & 9/16″) can endure high-pressure cycles, harsh chemicals, and extended use. Its robust construction ensures long-term reliability, reducing system failures or downtime.
Precision CNC-machining ensures a tight seal, minimizing micro-leakage and improving energy efficiency. Reducing leakage is crucial in high-pressure systems, as even small losses can lead to significant energy waste and system instability. This connector redirects fluid effectively, maintaining stable pressure throughout the system.
The Three-Way Connector (3/8″ & 9/16″) supports energy-efficient operation by reducing pressure loss and turbulence. This helps maintain system efficiency, especially in complex layouts. Its compact design allows for easy installation and servicing, even in tight spaces, minimizing downtime.
In addition to ensuring smooth fluid redirection, the connector prevents vibration, cavitation, and pressure fluctuations. This protects system performance, prevents premature wear, and ensures stable operation throughout high-pressure cycles.
Key Features:
- Corrosion-Resistant Alloys: Resists harsh fluids, chemicals, and extended high-pressure use.
- Precision CNC-Machining: Guarantees tight seals, minimizes leakage, and enhances energy efficiency.
- Energy-Efficient Operation: Reduces pressure loss and turbulence for better fluid redirection.
- Compact Design: Easy to install and maintain, even in tight spaces, with minimal downtime.
- Reliable Fluid Distribution: Ensures stable system pressure, preventing vibration and safeguarding performance.
