(chelator)
The global chelator
market reached $5.2B in 2023, with copper-specific variants driving 34% of industrial demand. Our analysis reveals:
Parameter | Standard Grade | Advanced Formula | Ours |
---|---|---|---|
Metal Binding Capacity | 85-90% | 92-94% | 98.2% |
pH Stability Range | 4-8 | 3-9 | 2-11 |
Thermal Resistance | ≤80°C | ≤120°C | 150°C |
Third-party testing confirms 30% less sludge generation compared to industry averages.
Vendor | Price/Ton | Annual Capacity | Certifications |
---|---|---|---|
Supplier A | $2,450 | 15,000T | ISO 9001 |
Supplier B | $2,150 | 22,000T | REACH |
Our Facility | $1,980 | 35,000T | ISO 14001, OHSAS |
Bulk quotes available for orders exceeding 20 metric tons.
Tailored formulations address specific challenges:
A Chilean copper operation achieved:
Our production meets:
Next-gen chelators under development feature:
Copper chelation efficiency targets now reach 99.5% in prototype testing.
(chelator)
A: A chelator is a chemical compound that binds metal ions, forming stable complexes. This process, called chelation, is used to remove or detoxify metals like copper in industrial or medical applications.
A: Chelator prices depend on raw material costs, production scale, and purity levels. Market demand for specific applications, such as copper removal, also impacts pricing.
A: Prioritize factories with certifications like ISO, proven production capacity, and third-party testing. Request product samples and compare technical specifications for copper-binding efficiency.
A: Quotes must specify concentration, volume discounts, shipping terms, and compliance with industry standards. Always confirm if testing reports or customization options are available.
A: Price changes stem from volatility in metal markets, energy costs for synthesis, and regulatory shifts. Seasonal demand in agriculture or wastewater sectors also plays a role.