99.5% Sodium chlorate used in the recycling of Nickel-cobalt-manganese ternary battery

Sodium Chlorate - Names and Identifiers

ame：Sodium Chlorate

Synonyms： Natriumchlorat
Sodium Chlorate
chlorate de sodium
Sodium chlorate (industrial)

CAS：7775-09-9

EINECS：231-887-4

Sodium Chlorate - Physico-chemical Properties

Molecular Formula：NaClO3

Molar Mass：106.441

Melting Point：248-261℃

Water Solubility：1000 g/L (20℃)

Physical and Chemical Properties：Characteristics of colorless or white cubic crystal system. The taste was salty and cool.
melting point 255 ℃
relative density 2.490
solubility soluble in water, soluble in ethanol, liquid ammonia, glycerol.

Product Description:

Sodium Chlorate - 99.5% Purity for Recycling of Nickel-Cobalt-Manganese Ternary Battery

Sodium Chlorate is a high-quality chemical compound with a purity level of 99.5%, specifically designed for the recycling of Nickel-Cobalt-Manganese (NCM) ternary batteries. With its exceptional purity and application in battery recycling, it has become a trusted solution in the industry.

99.5% Purity Level:

Our Sodium Chlorate is manufactured to meet the highest purity standards, ensuring its reliability and effectiveness in the recycling process. The 99.5% purity level guarantees minimal impurities, making it suitable for the demanding requirements of NCM ternary battery recycling.

Recycling of NCM Ternary Battery:

Sodium Chlorate plays a crucial role in the recycling of NCM ternary batteries, offering multiple benefits for this specific application.

1. Efficient Oxidizing Agent: Our product acts as an efficient oxidizing agent in the recycling process of NCM ternary batteries. It helps to break down the battery components, facilitating the separation and recovery of valuable materials, such as nickel, cobalt, and manganese.

2. Environmental Friendliness: Sodium Chlorate offers an environmentally friendly solution for NCM ternary battery recycling. It enables the safe and efficient extraction of valuable metals, reducing the need for traditional mining and minimizing the environmental impact associated with raw material extraction.

3. Resource Conservation: By utilizing Sodium Chlorate in the recycling process, valuable metals from NCM ternary batteries can be recovered and reused, promoting resource conservation and reducing the reliance on primary raw material sources.

4. Cost-Effectiveness: Our product offers cost savings in the recycling of NCM ternary batteries. It enables the efficient recovery of valuable metals, reducing the need for expensive raw material procurement and minimizing waste disposal costs.

ZOOMRI Sodium Chlorate, with its 99.5% purity level and exceptional oxidizing properties, is a reliable and effective solution for the recycling of Nickel-Cobalt-Manganese (NCM) ternary batteries. Trust our product for its efficiency, environmental friendliness, resource conservation, and cost-effectiveness in battery recycling. With its high purity and reliable performance, it is an essential component in the sustainable management of NCM ternary battery waste.

SODIUM CHLORATE 99.5% MIN
ITEM	SPECIFICATION	RESULTS OF ANALYSIS	STANDARD NO.
SODIUM CHLORATE	99.5 MIN	99.50%	GB/T1618-2018
H2O	0.10% MAX	0.03%	GB/T1618-2018
WATER INSOLUBLES	0.01% MAX	0.01%	GB/T1618-2018
NACL	0.15% MAX	0.01%	GB/T1618-2018
SULPHATE	0.1% MAX	0.01%	GB/T1618-2018
CR	0.005% MAX	0.01%	GB/T1618-2018
FE	0.005% MAX	0.0003%	GB/T1618-2018

Sodium chlorate plays the following roles in the comprehensive utilization of nickel-cobalt-manganese ternary waste:

1. Sodium chlorate is used as a chlorinating agent, which can chlorinate metal ions such as nickel, cobalt, and manganese into corresponding metal chlorides.

2. Sodium chlorate can promote the oxidation reaction under high temperature conditions, oxidize metal ions to a higher valence state, and enhance the activity of the metal.

3. Sodium chlorate can form a solution with metal chloride, which is beneficial to the extraction and separation of metal ions.

4. Sodium chlorate can adjust the concentration of metal ions in the waste and control the rate and selectivity of the reaction.

5. Sodium chlorate can also react with impurities in waste materials to form soluble salts, thereby reducing the impact of impurities on metals.

6. Sodium chlorate also has a buffering effect, which can maintain the acid-base balance of the reaction system.

On the whole, sodium chlorate plays multiple roles such as oxidation, chlorination, dissolution, separation and adjustment of reaction conditions in the comprehensive utilization of nickel-cobalt-manganese ternary waste, which helps to improve metal recovery rate and product quality.