Taylor 4088 Cylinder Cya With Movable Slide

Precise Cyanuric Acid Reading with a Durable Movable Slide Cylinder

The Taylor 4088 Cylinder Cya With Movable Slide is a replacement cylinder component designed for Taylor cyanuric acid testing in pool water systems. It provides stable sample containment and works with the movable slide mechanism used during colorimetric readings to deliver consistent cyanuric acid results as part of routine pool testing. This part is engineered to integrate with Taylor test kits and standard cylinder holders found in typical pool chemistry workflows.

Construction, Compatibility and Integration

Built from clear polycarbonate for durability and chemical resistance, the 4088 cylinder supports reliable sample containment during cyanuric acid testing. It is compatible with Taylor cyanuric acid test kits that utilize a movable slide for reading results and is designed to fit the kit's standard cylinder holder or block without modification.

Ideal For

• System compatibility: Works with Taylor cyanuric acid test kits that use the 4088 cylinder
• Replacement or maintenance context: Replacement cylinder for maintaining accuracy in cyanuric acid testing workflows
• Installation or configuration context: Installs in the kit's cylinder holder; removable for replacement
• Performance outcome: Helps maintain consistent reading accuracy by supporting stable sample containment and precise slide alignment

Key Features

• Material: Clear polycarbonate cylinder with movable slide
• Compatibility: Compatible with Taylor 4088 cyanuric acid cylinder in pool test kits
• Function: Movable slide enables precise alignment for colorimetric readings
• Durability: Resistant to common testing reagents used in cyanuric acid analysis

Taylor Technologies, Inc. is a recognized leader in pool and spa water testing, offering precise reagents, test kits, and accessories. The company’s engineering focus emphasizes accuracy, reliability, and ease of use, ensuring homeowners and professionals can manage outdoor pool chemistry with confidence.