Ensure the most precise and reliable water testing with the Taylor R-0003 DPD Reagent #3. As a key component in the Taylor Technologies testing lineup, this reagent is essential for achieving accurate free and total chlorine level readings in your pool or spa, safeguarding water quality and clarity.

Key Features:

• High-Quality Formulation: Specially developed to provide consistent and reliable results, the R-0003 reagent is vital for determining accurate chlorine levels, helping you maintain a safe swimming environment.
• Convenient Dropper Bottle: The .75 oz (22 mL) dropper bottle is designed for easy and precise application, minimizing waste and ensuring accurate dosing.
• Critical Component for Testing: Works in conjunction with DPD Reagents #1 and #2 to complete the testing process for free and total chlorine, offering a thorough analysis of water chemistry.
• Trusted by Professionals: Widely used by pool service professionals and homeowners alike for its dependability and ease of use, making it an indispensable part of any pool or spa maintenance toolkit.
• Durable and Long-Lasting: Packaged in a secure, airtight bottle to ensure the reagent remains effective and potent throughout its usage.

Why Choose Taylor R-0003 DPD Reagent #3? For those who demand precision in water testing, the Taylor R-0003 DPD Reagent #3 delivers unparalleled accuracy. It’s an essential reagent for maintaining the perfect balance of chlorine in your pool or spa, ensuring clear, clean, and safe water for all.

Product Specifications:

• Brand: Taylor Technologies
• Volume: .75 oz (22 mL)
• Application: Measures total chlorine levels in conjunction with DPD Reagents #1 and #2
• Compatibility: Designed for use with Taylor DPD test kits
• Packaging: Sealed dropper bottle for easy handling and accurate dosing

Maintain Crystal-Clear Water: Taylor R-0003 DPD Reagent #3 is your reliable partner in water quality management. Keep your pool or spa crystal clear, safe, and enjoyable with the accuracy and consistency provided by Taylor’s industry-leading reagents.