DPD Chlorine Total PP 10ml 100/pk

R1,188.00

Weight1 kg
Dimensions15 × 15 × 12 cm
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SKU: DPDPP002 Categories: ,
Description

DPD Chlorine Total PP 10ml 100/pk

DPD Total Chlorine Reagent Powder Pillows (10mL, 100/pk) are used for rapid, precise testing of total chlorine levels (0.02−2.00mg/L𝐶𝑙2) in water, primarily with photometers. They react to measure both free chlorine and chloramines, commonly used for water quality analysis in pools, spas, drinking water, and industrial processes.

Primary Uses and Applications:
Pool & Spa Maintenance: Essential for determining total sanitation levels and identifying the need for breakpoint chlorination.
Drinking Water Quality: USEPA-accepted method (Method 8167/8016) for monitoring residual chlorine in municipal and private water systems.
Wastewater Analysis: Used to verify safe levels of residual chlorine before disposal.
Industrial Process Water: Frequently used in food/beverage and manufacturing to monitor disinfection.
Industrial Water Testing: Suitable for testing bromine and iodine levels in specialised applications.
DPD Chlorine Total PP 10ml 100/pk

Key Features:
Method: DPD (N,N-Diethyl-p-phenylenediamine) produces a pink/red color proportional to the concentration.
Sample Size: Designed for a 10mL
water sample.
Convenience: Pre-measured powders reduce contamination risk and ensure consistency.
Compatibility: Compatible with Hach and Lovibond photometers.
Environmentally Friendly: Boric acid-free formulation.

Testing Procedure:
Collect 10mL of sample water.
Add the contents of one DPD Total Chlorine Powder Pillow.
Swirl to mix; a pink color develops if chlorine is present.
Use a photometer/colorimeter to measure the color intensity within the specified time.
Masiye Labs

  • DPD Chlorine Total PP 10ml 100/pk

 

DPD Chlorine Total PP 10ml 100/pk

Shipping & Delivery

Lead Time

  • Standard Lead time: 3 - 4 working days.
  • Imports: 4 - 6 Weeks

Dangerous Chemicals

Please note that an affidavit is required for the purpose of dangerous chemicals, clearly stating the intended use of the chemical.

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