Here's what you'll discover in this article:

• Core technical features of tetrasodium iminodisuccinate
• Performance metrics compared to traditional alternatives
• Key supplier and manufacturer capabilities
• Custom formulation options available
• Industrial application case studies
• Environmental impact analysis
• Specialized sourcing considerations

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Understanding tetrasodium iminodisuccinate chemistry

Chemically classified as an amino polycarboxylate, tetrasodium iminodisuccinate (TIDS) features a unique molecular structure with dual carboxylate groups bound to a central nitrogen atom. Derived from aspartic acid, this organic compound demonstrates remarkable environmental compatibility while maintaining high performance stability across pH levels from 3 to 12. Its tetrahedral molecular configuration enables chelation capacities exceeding 250 mg CaCO₃/g, outperforming standard citrate alternatives by approximately 35% according to water treatment industry testing protocols.

The biodegradability profile remains TIDS's most compelling advantage, with OECD 301F testing confirming 85-92% mineralization within 28 days. When manufacturers synthesize tetrasodium iminodisuccinate que es
formulations, they specifically engineer stability for temperatures up to 160°C without compromising efficacy. This thermal tolerance makes it particularly valuable for applications requiring high-temperature processing, including textile manufacturing and industrial cleaning systems where conventional alternatives degrade prematurely.

Performance benchmarks against alternatives

Water treatment facilities provide critical performance data, with industrial tests consistently demonstrating TIDS's superiority in metal sequestration applications. When reviewing tetrasodium iminodisuccinate que es quotes, engineers typically find lifecycle cost advantages despite higher initial pricing due to increased effectiveness per unit. The chart below compares technical specifications with conventional alternatives used in commercial settings:

Independent laboratory analysis confirms the environmental impact difference: wastewater systems treated with TIDS show aquatic toxicity reduction ranging from 60-75% compared to phosphate-based alternatives. Manufacturers emphasize these figures when promoting the compound for ecologically sensitive applications where discharge regulations continue to tighten globally.

Supplier and manufacturer capabilities

Specialized chemical manufacturers with ISO 14001 environmental certifications typically produce TIDS at commercial scales. Suppliers frequently offer tetrasodium iminodisuccinate que es in multiple grades: industrial (>90% purity), cosmetic (99+% purity), and food-contact compliant variants meeting NSF/ANSI 60 standards. Production volumes remain critical when sourcing, as leading suppliers maintain consistent capacity exceeding 50,000 metric tons annually across global manufacturing facilities. Third-party quality verification includes comprehensive certificates of analysis detailing:

• Active ingredient percentage (90-96%)
• Residual solvent levels (≤0.2%)
• Heavy metal content (≤10ppm)
• Microbiological contaminants (absence certification)

Supplier logistics capability directly impacts availability, with major manufacturers maintaining bulk tanker, intermediate bulk container (IBC), and 25kg bag packaging configurations. Minimum order quantities start at 500kg for standard formulations, though custom-manufactured tetrasodium iminodisuccinate que es can require pallet quantities. Typical lead times range from 2-6 weeks for regionally stockpiled material versus custom production runs.

Formulation customization options

Most tetrasodium iminodisuccinate que es suppliers offer custom formulation services, adapting the chemistry for specialized applications. Common modifications include specific chelation balance adjustments to target particular metal ions - magnesium-focused compositions for agricultural formulations require different ratios than iron-dominated industrial cleaning systems. Concentration variants represent another customization avenue, with specialized producers offering solutions ranging from 30% aqueous concentrates to water-free powder formulations exceeding 96% purity. Production batch sizes for customized orders typically begin at 2,000kg to ensure economic feasibility.

Technical service teams can co-develop application-specific modifications:

• Personal care: Reduced salt content for leave-on formulations
• Oilfield: Enhanced carbonate scale dissolution additives
• Agriculture: Potassium salt alternatives for fertilizer compatibility
• Pulp/paper: Low-foaming formulations compatible with deinking systems

Third-party validation services accompany custom development programs, ensuring formulations meet required regulatory and performance standards before volume manufacturing begins.

Industrial application case studies

Several documented cases illustrate practical applications. In Scandinavian textile manufacturing, implementation of TIDS as a metal scavenger increased dye fixation rates by 17% while reducing effluent treatment costs by €110,000 annually at a single facility processing 12 million meters annually. Metal surface treatment facilities in Germany documented 30% reduction in sludge generation when switching from phosphate to tetrasodium iminodisuccinate que es based formulations. The compound demonstrated particular utility in addressing environmental compliance challenges:

California-based electronics manufacturer addressed watershed discharge limitations by reformulating cleaning chemistry with TIDS, reducing heavy metal concentrations in effluent below detection levels while maintaining cleaning efficiency. The conversion required close collaboration with the tetrasodium iminodisuccinate que es supplier to develop temperature-stable concentrates compatible with existing dispensing equipment. Performance validation required extensive pilot testing but ultimately delivered ROI within 11 months through reduced wastewater treatment costs and regulatory compliance benefits.

Ecological impact and regulatory compliance

Environmental certifications remain paramount when sourcing TIDS, with EU Ecolabel, EPA Safer Choice, and Nordic Swan certifications providing independent verification of ecological claims. Unlike phosphate-based alternatives, tetrasodium iminodisuccinate does not contribute to eutrophication, with aquatic toxicity levels measuring ≤10 mg/L (LC50 fish). Photodegradation analysis shows complete mineralization within 48 hours under UV exposure, preventing persistent environmental accumulation. Regulatory documentation varies significantly by region:

• EU REACH registered with full technical dossier
• FDA 21 CFR compliant variants for food processing
• China REACH annex exemption certification
• California Proposition 65 clearance documentation

Manufacturers provide comprehensive safety data sheets covering handling protocols, with industrial hygiene studies indicating no special ventilation requirements beyond standard particulate controls for powder handling. This combination of technical performance and environmental profile creates compelling justification material for sustainability committees reviewing chemical procurement decisions.

Critical considerations for sourcing tetrasodium iminodisuccinate que es

Procurement specialists should verify supplier quality management certifications before ordering, with particular attention to ISO 9001 compliance auditing. Manufacturers consistently produce tetrasodium iminodisuccinate que es under cGMP when manufacturing pharmaceutical or food-grade materials. When establishing new supply arrangements, buyers should request documentation of:

• Supply chain transparency regarding feedstock origins
• Independent laboratory testing protocols frequency
• Customs clearance documentation packages
• Storage condition certifications

Current market analysis indicates regional pricing variations reflecting production scale and environmental compliance costs, with European-manufactured TIDS commanding approximately 12% premiums over Asian-produced equivalents. Leading suppliers often provide application support laboratories to assist with formulation integration, significantly reducing implementation timelines and avoiding compatibility issues when substituting traditional chelating agents with tetrasodium iminodisuccinate que es.

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FAQS on tetrasodium iminodisuccinate que es

What is Tetrasodium Iminodisuccinate?

Q: What is tetrasodium iminodisuccinate and what does "que es" mean in this context?

A: Tetrasodium iminodisuccinate (TIDS) is a biodegradable chelating agent used in detergents and cleaners. "Que es" translates to "what is" in Spanish, indicating foundational inquiries about its composition. This eco-friendly compound binds metal ions to boost cleaning efficiency.

How to get quotes for Tetrasodium Iminodisuccinate?

Q: Where can I obtain quotes for tetrasodium iminodisuccinate supplies?

A: Request quotes directly from chemical suppliers or manufacturers via their official websites/portals. Specify purity grades and volumes for accurate pricing. Industrial B2B platforms like Alibaba or ChemSources also provide quote options.

Where to find Tetrasodium Iminodisuccinate suppliers?

Q: How do I identify reliable tetrasodium iminodisuccinate suppliers globally?

A: Search chemical supplier directories like ThomasNet or Kompass for verified vendors. Prioritize ISO-certified suppliers with SDS documentation. Trade shows like Chemspec Europe also connect buyers with global suppliers.

Who manufactures Tetrasodium Iminodisuccinate?

Q: Which companies are leading manufacturers of tetrasodium iminodisuccinate?

A: Key manufacturers include BASF (Germany), Jarchem (USA), and Shijiazhuang Haisen (China). These firms specialize in eco-chelators for detergent, agriculture, and water treatment industries. Verify certifications like REACH compliance when sourcing.

What applications use Tetrasodium Iminodisuccinate?

Q: Why is tetrasodium iminodisuccinate used in industrial formulations?

A: It functions as a water softener in laundry detergents and dishwasher tablets. Its biodegradability makes it ideal for green cleaning products and agricultural micronutrient solutions. TIDS also prevents scale formation in industrial water systems.