Taylor R-0001-A-24 DPD Reagent #1 Dropper Bottle - 0.75 Ounce

Achieve Accurate, Reproducible Chlorine Readings with DPD Reagent #1

Taylor R-0001-A-24 DPD Reagent #1 is a 0.75 fl oz dropper bottle containing the first reagent in Taylor Technologies' DPD colorimetric chlorine testing method. Used with DPD Reagent #2, it reacts with chlorine in pool and spa water samples to produce a pink color, enabling colorimetric measurement of chlorine levels. This 24-pack is designed for professional testers and service technicians who perform routine chlorine testing with Taylor test kits, providing a reliable supply for multiple tests.

Construction, Compatibility and Integration

DPD Reagent #1 is a liquid reagent housed in a dropper bottle designed for precise dosing and clean handling during testing. It is formulated for use with Taylor Technologies' DPD chlorine testing kits and is intended to be used in conjunction with DPD Reagent #2 to develop the color used to determine chlorine levels in pool and spa water samples. The packaging supports use across multiple tests in standard testing workflows, helping maintain consistency from bottle to bottle.

Ideal For

• System compatibility: Taylor DPD chlorine testing kits for pool and spa water.
• Replacement or maintenance context: Replacement reagent in routine DPD-based testing.
• Performance outcome: Supports accurate color development for chlorine readings in water samples.
• Installation or configuration context: Dropper bottle enables precise dosing and clean handling during testing.

Key Features

• 0.75 fl oz (22 mL) per bottle.
• Pack of 24 bottles.
• Liquid reagent used to develop color in the DPD chlorine test method.
• Compatible with DPD Reagent #2 within Taylor's testing system.
• Designed for pool and spa water testing workflows.
• Dropper bottle for precise dispensing and reduced waste.

Taylor Technologies is a leading name in pool and spa water testing reagents and test kits, known for its standardized, repeatable colorimetric methods and a strong focus on accuracy and reliability across professional and consumer-grade systems.