Taylor FAS-DPD Titrating Reagent (Chlorine) .75 oz – R-0871-A | Taylor Technologies

Taylor FAS-DPD Titrating Reagent (Chlorine) – R-0871-A

Taylor R-0871-A 0.75 oz FAS-DPD titrating reagent is a replacement reagent designed for Taylor Test Kits, enabling accurate chlorine titration with the familiar FAS-DPD approach. The compact bottle fits neatly into standard testing kits and on-site testing setups, making it easy to keep your testing routine consistent and dependable.

Key benefits at a glance

• Replacement reagent for Taylor test kits, ensuring compatibility and continuity in testing routines
• 0.75 oz bottle size provides a convenient, test-ready supply for on-site use
• FAS-DPD titration method supports a clear color endpoint for reliable results
• Product number R-0871-A helps you quickly identify the exact reagent you need

Real-world use and best practices

In daily pool, spa, or water-testing workflows, this reagent serves as the standard component that analysts rely on to determine chlorine levels through titration. The vivid pink endpoint produced by the FAS-DPD method offers a visual cue that many technicians associate with consistent readings, while the reagent’s packaging is designed for straightforward measurement and handling in busy testing environments.

• Prepare your sample according to your Taylor kit’s instructions, then add the FAS-DPD titrating reagent in measured steps
• Titrate until you reach the endpoint color change, and compare against your kit’s color chart or instructions
• Record the result and replace reagents as needed to maintain testing continuity

Who benefits

• Pool and spa owners who rely on accurate chlorine readings for maintenance decisions
• Laboratories and service technicians that use Taylor Test Kits for routine water analysis
• Any testing setup that follows the FAS-DPD titration method and requires a dependable replacement reagent

Note: This description highlights practical use and potential outcomes without asserting medical claims. Results may vary with technique, sample conditions, and adherence to kit instructions.