SHEAR VALVES

1. Outstanding Wear Resistance

Ceramic shear valves are crafted from high-grade ceramic materials, renowned for their hardness and durability. This wear resistance grants these valves as ideal for their ability to handle abrasive fluids that would otherwise quickly erode or damage other materials. Industries such as chemical processing and diagnostics benefit from the extended lifespan of these valves, reducing the need for frequent replacements and lowering maintenance costs.

2. Superior Chemical Compatibility

Ceramic shear valves offer excellent chemical resistance, enabling them to handle a wide range of aggressive fluids, including acids, bases, solvents, and slurries. This crucial compatibility separates these valves from others for applications that need fluids to remain pure and long-term valve performance. Whether in pharmaceuticals, industrial processes, or environmental testing, shear valves maintain reliable performance without compromising fluid integrity.

3. Smooth, Consistent Flow Control

Designed to offer precise flow control, ceramic shear valves deliver consistent operation, even in systems requiring highly controlled fluid dispensing. The tight ceramic clearance within the valve enables smooth and accurate fluid transfer. This supports the high-precision needs of applications like sample preparation and micro-dosing in laboratory settings.

4. Integration with Plastic Manifold Systems

These shear valves offer a compact and compatible solution for complex fluidic circuits. Where plastic manifolds provide a lightweight, flexible base for fluid routing, shear valves add durability and resilience to the system. This integration is particularly useful in compact or benchtop instruments and high-throughput automated workstations.

Shear valves are used in an array of applications that require robust performance and longevity, including:

• Pharmaceutical Manufacturing: For safe and accurate dispensing of harsh solvents, acids, and bases in drug formulation and testing.
• Environmental Analysis: Ideal for handling particulate-laden samples in air and water quality testing.
• Chemical Processing: Suitable for controlled dosing of abrasive and corrosive chemicals.
• Laboratory Automation: Ensures accurate sample handling with minimal wear in high-throughput settings.

To explore more about designing fluidic systems with shear valves and other hardware compatible with plastic manifolds, consult the valves section within our plastic design guide. This guide provides detailed insights on choosing the right valves, ensuring material compatibility, and optimizing system performance for demanding applications.