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TMT 17766-26-6
SINOBIO
2914699090
Trisodium thiocyanate, often referred to as TMT, is a triazine compound with high heavy metal chelating properties and is widely used in environmental protection and industrial applications. Its molecular structure is centered around a 1,3,5-triazine ring, with three sulfur atoms bonded to sodium atoms to form a stable salt structure. This property underpins its core applications.
Product Name: Trithiocyanuric Acid Trisodium Salt, 1,3,5-Triazine-2,4,6-trithiol trisodium salt.
CAS Number: 17766-26-6
Molecular Formula: C₃N₃S₃Na₃
Molecular Weight: 243.22 g/mol.
Appearance: Typically colorless, white, or pale yellow crystals, with industrial products often retaining this characteristic morphology. Melting Point: Approximately 83°C, with melting points varying between 82-84°C depending on purity.
Solubility: Easily soluble in water. Its aqueous solution is alkaline, with a pH typically between 10-12, making it convenient for direct addition to water treatment systems.
Stability: Relatively stable chemically, the precipitate formed by its reaction with heavy metal ions is heat-resistant (does not release heavy metals at 200-250°C) and highly resistant to dissolution, preventing secondary contamination.
TMT was developed to address the challenge of heavy metal contamination in industrial wastewater discharges, addressing increasingly stringent environmental regulations. As environmental regulations tighten limits on heavy metal content in water, traditional treatment methods (such as neutralization and precipitation) are increasingly unable to meet the demand for deep removal. TMT, with its unique advantages, has become a more reliable solution.
- It helps companies reduce environmental management costs while maintaining compliance with emissions regulations and avoid the risk of penalties for excessive heavy metal levels.
- From an environmental perspective, its low toxicity and lack of secondary pollution effectively protect aquatic ecosystems and reduce the potential harm of heavy metals to human health through the food chain.
With its broad-spectrum heavy metal capture capabilities and flexible applicability, TMT's applications cover a wide range of key industries that generate heavy metal wastewater. Specific scenarios include:
Primarily used in the treatment of desulfurization wastewater from coal-fired power plants, it removes heavy metals such as mercury and lead generated by coal combustion, ensuring that the desulfurization system's effluent meets standards.
Suitable for wastewater from printed circuit board (PCB) factories and optical instrument manufacturers, treating heavy metal ions such as copper, nickel, and chromium generated during electroplating and etching processes.
Targeting wastewater from electroplating plants and metal surface finishing plants, it efficiently removes residual metal ions such as cadmium, zinc, and copper from the plating bath, meeting clean production requirements.
Suitable for treating heavy metal-containing wastewater from petrochemical refineries, as well as mineral processing wastewater from mining and mineral processing, addressing pollution from heavy metals such as manganese and lead leached during the mining process.
| Product Name | Trimercaptotriazine Sodium Salt |
| CAS NO. | 17766-26-6 |
| Color | White |
| Form | Powder |
| Grade Standard | Tech Grade |
| Storage | Cool Dry Place |
| Usage | This product is a heavy metal removal agent, developed to protect a good environment and avoid heavy metal pollution in wastewater. Even if the amount is small, it also shows a very high removal efficiency of heavy metals. Other existing heavy metal scavengers also tend to selectively react with certain heavy metals and have odor and toxicity. This product overcomes these problems. Na3T is a triazine component that can precipitate almost all monovalent and divalent metals, such as copper, silver, lead, and tin. Similarly, heavy metals that have been transformed into complexes can also be removed, especially suitable for the precipitation of copper, silver, lead, nickel, and tin. The important significance of this product is that it is less toxic and safer than similar heavy metal repair agents. |
1. In the fine chemical industry, it can be used as a functional organic chelating agent, for example, to remove iron ions from coal gangue aluminum extracts, thereby improving product purity.
2. In wastewater treatment in the printing, dyeing, and leather industries, it forms a unique complex with iron ions, which produces a color change, providing a visual aid for determining the iron ion content in wastewater, offering both treatment and monitoring benefits.
Compared to traditional heavy metal treatment agents (such as sulfides and chelating resins), trisodium thiocyanate offers significant advantages:
1. High Efficiency: A small amount of dosage is required to achieve deep removal of heavy metals, achieving excellent results even in wastewater containing low concentrations of heavy metals.
2. High Selectivity: It precisely chelates heavy metal ions with minimal impact on beneficial ions in the water.
3. Environmental Compatibility: It is inherently low in toxicity, virtually odorless, and biodegradable, causing no secondary pollution and meeting stringent environmental requirements.
4. Wide Applicability: It operates stably across a wide pH range, from acidic to alkaline, adapting to the wastewater characteristics of various industries.
SINOBIO cooperate with different shipping company to help customer arrange the shipping for different quantity.
Trisodium thiocyanate, often referred to as TMT, is a triazine compound with high heavy metal chelating properties and is widely used in environmental protection and industrial applications. Its molecular structure is centered around a 1,3,5-triazine ring, with three sulfur atoms bonded to sodium atoms to form a stable salt structure. This property underpins its core applications.
Product Name: Trithiocyanuric Acid Trisodium Salt, 1,3,5-Triazine-2,4,6-trithiol trisodium salt.
CAS Number: 17766-26-6
Molecular Formula: C₃N₃S₃Na₃
Molecular Weight: 243.22 g/mol.
Appearance: Typically colorless, white, or pale yellow crystals, with industrial products often retaining this characteristic morphology. Melting Point: Approximately 83°C, with melting points varying between 82-84°C depending on purity.
Solubility: Easily soluble in water. Its aqueous solution is alkaline, with a pH typically between 10-12, making it convenient for direct addition to water treatment systems.
Stability: Relatively stable chemically, the precipitate formed by its reaction with heavy metal ions is heat-resistant (does not release heavy metals at 200-250°C) and highly resistant to dissolution, preventing secondary contamination.
TMT was developed to address the challenge of heavy metal contamination in industrial wastewater discharges, addressing increasingly stringent environmental regulations. As environmental regulations tighten limits on heavy metal content in water, traditional treatment methods (such as neutralization and precipitation) are increasingly unable to meet the demand for deep removal. TMT, with its unique advantages, has become a more reliable solution.
- It helps companies reduce environmental management costs while maintaining compliance with emissions regulations and avoid the risk of penalties for excessive heavy metal levels.
- From an environmental perspective, its low toxicity and lack of secondary pollution effectively protect aquatic ecosystems and reduce the potential harm of heavy metals to human health through the food chain.
With its broad-spectrum heavy metal capture capabilities and flexible applicability, TMT's applications cover a wide range of key industries that generate heavy metal wastewater. Specific scenarios include:
Primarily used in the treatment of desulfurization wastewater from coal-fired power plants, it removes heavy metals such as mercury and lead generated by coal combustion, ensuring that the desulfurization system's effluent meets standards.
Suitable for wastewater from printed circuit board (PCB) factories and optical instrument manufacturers, treating heavy metal ions such as copper, nickel, and chromium generated during electroplating and etching processes.
Targeting wastewater from electroplating plants and metal surface finishing plants, it efficiently removes residual metal ions such as cadmium, zinc, and copper from the plating bath, meeting clean production requirements.
Suitable for treating heavy metal-containing wastewater from petrochemical refineries, as well as mineral processing wastewater from mining and mineral processing, addressing pollution from heavy metals such as manganese and lead leached during the mining process.
| Product Name | Trimercaptotriazine Sodium Salt |
| CAS NO. | 17766-26-6 |
| Color | White |
| Form | Powder |
| Grade Standard | Tech Grade |
| Storage | Cool Dry Place |
| Usage | This product is a heavy metal removal agent, developed to protect a good environment and avoid heavy metal pollution in wastewater. Even if the amount is small, it also shows a very high removal efficiency of heavy metals. Other existing heavy metal scavengers also tend to selectively react with certain heavy metals and have odor and toxicity. This product overcomes these problems. Na3T is a triazine component that can precipitate almost all monovalent and divalent metals, such as copper, silver, lead, and tin. Similarly, heavy metals that have been transformed into complexes can also be removed, especially suitable for the precipitation of copper, silver, lead, nickel, and tin. The important significance of this product is that it is less toxic and safer than similar heavy metal repair agents. |
1. In the fine chemical industry, it can be used as a functional organic chelating agent, for example, to remove iron ions from coal gangue aluminum extracts, thereby improving product purity.
2. In wastewater treatment in the printing, dyeing, and leather industries, it forms a unique complex with iron ions, which produces a color change, providing a visual aid for determining the iron ion content in wastewater, offering both treatment and monitoring benefits.
Compared to traditional heavy metal treatment agents (such as sulfides and chelating resins), trisodium thiocyanate offers significant advantages:
1. High Efficiency: A small amount of dosage is required to achieve deep removal of heavy metals, achieving excellent results even in wastewater containing low concentrations of heavy metals.
2. High Selectivity: It precisely chelates heavy metal ions with minimal impact on beneficial ions in the water.
3. Environmental Compatibility: It is inherently low in toxicity, virtually odorless, and biodegradable, causing no secondary pollution and meeting stringent environmental requirements.
4. Wide Applicability: It operates stably across a wide pH range, from acidic to alkaline, adapting to the wastewater characteristics of various industries.
SINOBIO cooperate with different shipping company to help customer arrange the shipping for different quantity.
