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OEM Sulfide Heavy Metal Precipitants For Metallurgical Wastewater
| MOQ: | To be negociated |
| Price: | To be negociated |
| Standard Packaging: | IBC |
| Delivery Period: | To be negociated |
| Payment Method: | L/C,D/A,D/P,T/T |
Detail Information
Place of Origin
CN
Brand Name
Seeyon
Certification
ISO45001,ISO9001, ISO14001
Model Number
TMT-15
Ingredients:
Citric Acid, EDTA, Sodium Carbonate
Form:
Concentrate
Capacity:
1 Gallon
Safety Features:
Non-toxic, Biodegradable, And Environmentally Friendly
Application:
Industrial And Household Use
Usage Instructions:
Dilute 1 Part Concentrate With 10 Parts Water And Mix Well
Ph Level:
2-3
Storage Instructions:
Store In A Cool, Dry Place Away From Direct Sunlight
Country Of Origin:
United States
Certifications:
NSF, EPA, And FDA Approved
Usage:
For Removing Heavy Metals From Water
Shelf Life:
2 Years
Type:
Liquid
Effectiveness:
Effective In Removing Lead, Mercury, Cadmium, And Other Heavy Metals
Highlight:
OEM metal precipitants
,metallurgical metal precipitants
,OEM sulfide precipitation of heavy metals
Product Description
Heavy Metal Precipitant TMT-15 for Wide pH Range and Low Sludge
TMT-15 represents an advanced, environmentally conscious solution for heavy metal ion remediation, formulated as a light green to pale yellow liquid. With a minimum active ingredient concentration of 15%, a density ≥1.12 g/mL at 20°C, and stable pH characteristics (5-7), this chemical agent enables thorough heavy metal removal through generation of stable, insoluble chelated compounds with metallic contaminants in wastewater. As an essential component in water purification systems, TMT-15 finds widespread application throughout electronic manufacturing, metal plating, metallurgical operations, and chemical processing industries, demonstrating exceptional efficacy in treating complex wastewater streams containing multiple heavy metal ions.
Specifications
| Item | Index |
|---|---|
| Appearance | Light green or light yellow liquid |
| Effective Content | ≥15% |
| Density (20°C, g/mL) | ≥1.12 |
| pH Value | 5.0-7.0 |
Performance and Applications
- TMT-15 demonstrates remarkable binding capacity for numerous heavy metal ions including Fe²⁺/Fe³⁺, Cd²⁺, Hg²⁺, Cr³⁺, Pb²⁺, Cu²⁺, and Zn²⁺. Its reactive molecular components combine with metal ions to create stable three-dimensional network precipitates characterized by fast settling rates, dense floc formation, and straightforward separation, effectively reducing heavy metal concentrations to meet stringent discharge requirements.
- The chemical maintains consistent metal-removal effectiveness across an extensive pH range, performing notably well even under acidic conditions. It demonstrates minimal interference from alkaline earth metal ions such as calcium and magnesium, providing superior selectivity for heavy metals and efficient chemical consumption.
- The insoluble precipitates formed by TMT-15 exhibit exceptional chemical stability with extremely low solubility, preventing re-dissolution and eliminating risks of environmental recontamination. These precipitates are easily separated using conventional solid-liquid separation methods including sedimentation and filtration processes.
TMT-15 demonstrates excellent compatibility with existing wastewater treatment infrastructure. It functions effectively as a standalone primary treatment chemical or combines synergistically with coagulants and flocculants to enhance treatment performance. Particularly recommended for advanced purification of heavy metal-contaminated effluent from electroplating facilities, mining operations, electronics manufacturing, and battery production plants.
Key Benefits
- Superior treatment effectiveness reducing multiple heavy metal ions to comply with strict emission standards
- Environmentally responsible operation producing stable, non-toxic reaction byproducts without secondary pollution
- Wide-ranging applicability with dependable performance across various heavy metal ions and pH conditions
- Exceptional binding preference for heavy metals, minimizing overall chemical consumption
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