Residual Free Chlorine RFC

Residual Free Chlorine RFC Specification

Solubility
soluble in water

Ph Level
5.0 pH

Shelf Life
12 Months

Grade
Industrial Grade

Usage
Laboratory

Purity
99%

Physical Form
Liquid

Storage
Room Temperature

Chlorine Content
Min 10%

pH Adjustment Use
Common

Recommended Dosage
As per need

Color Code
Pale yellow

Transport
Non-bulk permitted

Handling Precautions
Use gloves & mask

Packaging Type
HDPE carboys/barrels

Oxidizing Strength
High

Typical Concentration
Available up to 12%

Decomposes On Exposure
To sunlight

Free From
Heavy metals

Residual Free Chlorine RFC Trade Information

Minimum Order Quantity
1 Piece

FOB Port
Jaipur

Payment Terms
Cash Advance (CA), Cash in Advance (CID), Telegraphic Transfer (T/T)

Supply Ability
100 Pieces Per Day

Delivery Time
7 Days

Sample Policy
Contact us for information regarding our sample policy

Main Export Market(s)
Asia, Australia, Central America, North America, South America, Eastern Europe, Western Europe, Middle East, Africa

Main Domestic Market
All India

About Residual Free Chlorine RFC

Range	2ML
Form	Liquid
Format	Matrix Material
Manufacturer	RTC QCI 012
Quality Level	300
storage temp	2-30 DegreeC
Usage/Application	Laboratory
Country of Origin	Made in India

Minimum order quantity: 1 Piece

Residual free chlorine is the amount of chlorine remaining in water after disinfection that is still available to kill microorganisms and prevent further contamination. It's the active form of chlorine that provides ongoing protection against bacteria and viruses. This remaining chlorine is crucial for maintaining water safety during storage and distribution. Here's a more detailed explanation:

Free Chlorine:This refers to the chlorine that is not yet combined with other substances in the water and is still actively disinfecting.
Residual Chlorine:This is the amount of free chlorine left after the initial disinfection process has taken place.
Importance:Residual free chlorine is important because it ensures that the water remains safe from microbial contamination as it travels through the distribution system to the consumer.
Measurement:The amount of residual free chlorine can be measured using test kits and is typically maintained within a specific range (e.g., 0.2-0.5 mg/L according to the WHO) to ensure effective disinfection without causing taste or odor issues.
Combined Chlorine:When free chlorine reacts with other substances in the water, it forms combined chlorine (e.g., chloramines), which are also disinfectants but less effective than free chlorine.
Total Chlorine:This is the sum of free chlorine and combined chlorine

High-Purity Liquid Chlorine for Diverse Applications

RFC delivers a 99% purity level and is specially formulated for laboratory and industrial use. Its pale yellow hue and rapid water solubility enable precise dosing and adaptability across processes requiring disinfection, pH control, or oxidation. RFC is commonly used in water treatment facilities and laboratory settings due to its effectiveness and reliable safety profile.

Efficient and Safe Industrial Packaging

To ensure safe storage and easy transport, Residual Free Chlorine is supplied in robust HDPE carboys and barrels. These containers protect the product from moisture, contamination, and light exposure, minimizing the risk of decomposition. Non-bulk transport is permitted, aligning with established safety norms and best practices in chemical logistics.

Safe Handling and Storage Practices

Handling Residual Free Chlorine requires appropriate precautions, including the use of gloves and masks, to avoid contact and inhalation. The product should be stored at room temperature and kept away from direct sunlight to maintain stability and prolong shelf life. Always adhere to recommended usage instructions and safety guidelines provided by the manufacturer.

FAQ's of Residual Free Chlorine RFC:

Q: How should Residual Free Chlorine be handled and stored safely?

A: Residual Free Chlorine should be handled while wearing gloves and a mask to prevent skin contact or inhalation of fumes. Store the product at room temperature in its original HDPE container, ensuring it is kept away from sunlight to avoid decomposition and maintain potency.

Q: What are the typical applications for RFC in laboratory and industrial settings?

A: RFC is commonly used for pH adjustment, disinfection, and oxidation processes. Its high oxidizing strength and chemical purity make it ideal for water treatment, laboratory sanitation, and various industrial processes requiring controlled chlorine dosing.

Q: When is it necessary to adjust the dosage of RFC, and how is it determined?

A: The recommended dosage of RFC depends on the specific application and desired chlorine concentration. It is best to follow manufacturer guidelines or consult industry standards for dosing, adjusting based on water quality, contamination levels, or experimental requirements.

Q: Where can Residual Free Chlorine be sourced and what are the packaging options?

A: RFC is available from reputable distributors, exporters, manufacturers, suppliers, and traders across India. It is typically supplied in HDPE carboys or barrels, offering secure packaging for convenient handling and transport.

Q: What are the chemical strengths and benefits of using Residual Free Chlorine?

A: RFC offers high oxidizing strength and a purity level of 99%, providing effective disinfection and sanitation without heavy metal contamination. Its solubility in water and stable chemical composition ensure consistent results in both laboratory and industrial use.

Q: Why is RFC color-coded pale yellow and what does this signify?

A: The pale yellow color code serves as a visual indicator for safe handling and identification. It helps prevent accidental misuse and differentiates RFC from other chemicals in storage and laboratory environments.

Q: What precautions should be taken during transport of RFC?

A: RFC should only be transported in non-bulk containers, such as HDPE barrels or carboys, to minimize risk. Ensure containers are sealed properly, stored upright, and are not exposed to direct sunlight during transit to maintain stability and prevent leakage.

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