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sodium chlorate
Molecular formula: NaClO3
CAS：7775-09-9
EINECS：231-887-4
Water Solubility：1000 g/L (20℃)
Introducing our Sodium Chlorate, a highly efficient product designed for various industrial applications. With its strong oxidant properties, this chemical compound is an ideal choice for industries seeking superior performance and reliability.
Our Sodium Chlorate is meticulously formulated to meet the highest quality standards, ensuring consistent and impressive results. Its powerful oxidizing capabilities make it an essential component in the production of various chemicals, bleaching agents, and even explosives.
This product is widely used in the paper and pulp industry for the production of chlorine dioxide, a vital bleaching agent. Its exceptional oxidizing power enables the efficient removal of impurities, resulting in brighter and higher quality paper products.
Furthermore, our Sodium Chlorate finds extensive usage in the manufacturing of herbicides and defoliants, where its strong oxidant properties provide effective weed control and crop management. Its versatility extends to the mining industry, where it is utilized as an oxidant in the extraction of precious metals.
Rest assured, our Sodium Chlorate is manufactured with utmost precision and adheres to strict safety regulations. We prioritize the well-being of our customers and the environment, ensuring that our product is handled and transported responsibly.
Choose our Sodium Chlorate for its unparalleled oxidant capabilities and exceptional quality. Experience the difference it can make in your industrial processes, delivering outstanding results every time. Trust in our professional-grade product to meet and exceed your expectations.
SPECIFICATION
| 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 |
Portable large-capacity oxygen supply devices are necessary equipment to ensure the safety of workers in confined spaces. Solid oxygen generators using sodium gasate as the main raw material have achieved good application results in practice. Please see below for the technical principles, main features, and safety of sodium chlorate oxygen candles.
The oxygen production technology using chlorate as the main raw material is based on the high temperature decomposition of chlorate to release oxygen. The most commonly used chlorate is sodium chlorate (NaCl0O:). The decomposition temperature of sodium chlorate is generally higher than its melting point. The decomposition process proceeds roughly according to the following equation: 2NaC10:→2NaCl+302↑In order to ensure that the entire oxygen release process is completed automatically, it is usually necessary to add a certain amount of metal to the oxygen-generating medicine block. Powder is used as fuel (such as magnesium powder, iron powder, etc. 9) to generate instantaneous high temperature and promote the reaction. Since high temperature will induce side reactions and produce trace amounts of gas, it is necessary to add a certain amount of catalyst (such as copper oxide, cobalt oxide, manganese oxide, etc.). Under the conditions to ensure that the reaction can proceed completely, the reaction temperature should be appropriately lowered as much as possible. Inhibit side effects. At the same time, a certain amount of chlorine inhibitor and chlorine filter material must be added to completely remove the trace chlorine produced by the side reaction.
The solid oxygen generator (oxygen candle) prepared by using the principle of pyrolysis of chlorate is mainly composed of a starting device, an oxygen-generating medicine block and an oxygen filter material. The heat generated by the starting device decomposes the oxygen candle medicine block and releases oxygen. The oxygen is purified by the filter material inside the oxygen candle and is discharged from the outlet directly for human breathing. The oxygen-generating medicine block in the oxygen candle is mixed with an oxygen source (sodium chlorate), metal powder, catalyst, chlorine inhibitor, adhesive, etc. in a certain proportion, and then pressed into an oxygen candle medicine block.
The main features of oxygen candles include the following aspects: 1) small size, easy to carry; 2) large oxygen storage capacity, equivalent to the same volume of liquid oxygen; 3) fast oxygen production rate, once started, all oxygen can be released, Moreover, the oxygen production and oxygen production rate are not affected by environmental conditions such as external ambient temperature, humidity, and pressure: 4) There is no matching problem with human respiratory quotient during use: 5) The operation is simple, no external power is required when starting, and no It produces an open flame, and the residue after use will not pollute the environment. No post-processing is required, and the volume of the device does not change before and after use. 6) High stability, no special storage conditions are required, and it can be stored for a long time, etc. It is precisely because of the above characteristics that oxygen candles have always been the first choice for emergency oxygen supply in the field of emergency oxygen supply, especially in mines, submarines, space stations, spacecraft and sealed tunnels. Oxygen candles do not react chemically with water, so there is no danger when water comes into contact with oxygen candles. Since the oxygen candle itself is an oxygen-producing device, and its reaction principle is high-temperature thermal decomposition, it will release a certain amount of heat to the environment during use, and may also cause a slight increase in the ambient temperature. In addition, when organic matter comes into contact with an oxygen candle that is releasing oxygen, it may cause a fire. Therefore, oxygen candles must not come into contact with hydrocarbons or other organic substances during production, transportation, storage and use. Before use, the oil on the surface of the oxygen candle must be cleaned to prevent danger.
sodium chlorate
Molecular formula: NaClO3
CAS：7775-09-9
EINECS：231-887-4
Water Solubility：1000 g/L (20℃)
Introducing our Sodium Chlorate, a highly efficient product designed for various industrial applications. With its strong oxidant properties, this chemical compound is an ideal choice for industries seeking superior performance and reliability.
Our Sodium Chlorate is meticulously formulated to meet the highest quality standards, ensuring consistent and impressive results. Its powerful oxidizing capabilities make it an essential component in the production of various chemicals, bleaching agents, and even explosives.
This product is widely used in the paper and pulp industry for the production of chlorine dioxide, a vital bleaching agent. Its exceptional oxidizing power enables the efficient removal of impurities, resulting in brighter and higher quality paper products.
Furthermore, our Sodium Chlorate finds extensive usage in the manufacturing of herbicides and defoliants, where its strong oxidant properties provide effective weed control and crop management. Its versatility extends to the mining industry, where it is utilized as an oxidant in the extraction of precious metals.
Rest assured, our Sodium Chlorate is manufactured with utmost precision and adheres to strict safety regulations. We prioritize the well-being of our customers and the environment, ensuring that our product is handled and transported responsibly.
Choose our Sodium Chlorate for its unparalleled oxidant capabilities and exceptional quality. Experience the difference it can make in your industrial processes, delivering outstanding results every time. Trust in our professional-grade product to meet and exceed your expectations.
SPECIFICATION
| 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 |
Portable large-capacity oxygen supply devices are necessary equipment to ensure the safety of workers in confined spaces. Solid oxygen generators using sodium gasate as the main raw material have achieved good application results in practice. Please see below for the technical principles, main features, and safety of sodium chlorate oxygen candles.
The oxygen production technology using chlorate as the main raw material is based on the high temperature decomposition of chlorate to release oxygen. The most commonly used chlorate is sodium chlorate (NaCl0O:). The decomposition temperature of sodium chlorate is generally higher than its melting point. The decomposition process proceeds roughly according to the following equation: 2NaC10:→2NaCl+302↑In order to ensure that the entire oxygen release process is completed automatically, it is usually necessary to add a certain amount of metal to the oxygen-generating medicine block. Powder is used as fuel (such as magnesium powder, iron powder, etc. 9) to generate instantaneous high temperature and promote the reaction. Since high temperature will induce side reactions and produce trace amounts of gas, it is necessary to add a certain amount of catalyst (such as copper oxide, cobalt oxide, manganese oxide, etc.). Under the conditions to ensure that the reaction can proceed completely, the reaction temperature should be appropriately lowered as much as possible. Inhibit side effects. At the same time, a certain amount of chlorine inhibitor and chlorine filter material must be added to completely remove the trace chlorine produced by the side reaction.
The solid oxygen generator (oxygen candle) prepared by using the principle of pyrolysis of chlorate is mainly composed of a starting device, an oxygen-generating medicine block and an oxygen filter material. The heat generated by the starting device decomposes the oxygen candle medicine block and releases oxygen. The oxygen is purified by the filter material inside the oxygen candle and is discharged from the outlet directly for human breathing. The oxygen-generating medicine block in the oxygen candle is mixed with an oxygen source (sodium chlorate), metal powder, catalyst, chlorine inhibitor, adhesive, etc. in a certain proportion, and then pressed into an oxygen candle medicine block.
The main features of oxygen candles include the following aspects: 1) small size, easy to carry; 2) large oxygen storage capacity, equivalent to the same volume of liquid oxygen; 3) fast oxygen production rate, once started, all oxygen can be released, Moreover, the oxygen production and oxygen production rate are not affected by environmental conditions such as external ambient temperature, humidity, and pressure: 4) There is no matching problem with human respiratory quotient during use: 5) The operation is simple, no external power is required when starting, and no It produces an open flame, and the residue after use will not pollute the environment. No post-processing is required, and the volume of the device does not change before and after use. 6) High stability, no special storage conditions are required, and it can be stored for a long time, etc. It is precisely because of the above characteristics that oxygen candles have always been the first choice for emergency oxygen supply in the field of emergency oxygen supply, especially in mines, submarines, space stations, spacecraft and sealed tunnels. Oxygen candles do not react chemically with water, so there is no danger when water comes into contact with oxygen candles. Since the oxygen candle itself is an oxygen-producing device, and its reaction principle is high-temperature thermal decomposition, it will release a certain amount of heat to the environment during use, and may also cause a slight increase in the ambient temperature. In addition, when organic matter comes into contact with an oxygen candle that is releasing oxygen, it may cause a fire. Therefore, oxygen candles must not come into contact with hydrocarbons or other organic substances during production, transportation, storage and use. Before use, the oil on the surface of the oxygen candle must be cleaned to prevent danger.
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