Find REACH Certified ATBC Plasticizer for PVC, Coatings, Pipes
Source REACH certified ATBC plasticizer from 25 verified listings. Compare purity levels, packaging options, and delivery times to identify the best fit for your industrial applications in water pipes, trachea coatings, and plastic additives; compare the available evidence and request quotations based on your requirements.
Key considerations
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Comprehensive Sourcing Guide
Reach Certified ATBC Plasticizer Sourcing Guide
Procuring reach certified ATBC plasticizer requires distinguishing between generic listings and verified supply chains that meet specific regulatory thresholds. Buyers must prioritize suppliers who explicitly list REACH compliance alongside CCIC certification to ensure the product is legally marketable in the European Union and compatible with Chinese export standards. The observed market data indicates a wide variance in product attributes, ranging from clear liquids to white appearances, which necessitates rigorous specification matching before any commercial commitment is made.
The core keyword search results reveal a fragmented landscape where "ATBC" is often synonymous with Acetyl Tributyl Citrate, yet some listings conflate this with base oil or mineral lubricant sources. A prudent buyer must verify that the chemical identity matches CAS 77-90-7 and that the ester content meets the 99.0% threshold observed in high-quality listings. Without this verification, procurement risks receiving non-compliant substitutes that fail to deliver the required plasticization performance for PVC resins or protective coatings.
Product Scope and Observed Listing Signals
The product scope for ATBC plasticizer primarily targets applications in water pipes, trachea coatings, and general plastic additives where non-toxicity is critical. Listings frequently describe the material as a clear or white liquid with a relative density between 1.045 and 1.055, indicating a specific gravity that buyers should confirm against their formulation requirements. The observed application data suggests a strong focus on the medical and food-contact sectors, where the "Environmental Protection" attribute is a mandatory selling point rather than a secondary feature.
Buyers must navigate significant inconsistencies in packaging and physical descriptions found in the current market data. While some entries specify 200kg drums or 1000kg IBCs, others list flexible bags or 23-ton flexibags, creating logistical complexity for standardization. The presence of "Customization" as a standard attribute implies that suppliers may alter packing or purity levels, requiring the buyer to explicitly define the required physical form and container type to avoid receiving mismatched inventory.
Technical Specifications to Verify
Technical verification must begin with the molecular weight of 312.49 and the specific CAS number 77-90-7 to confirm the chemical identity of the Acetyl Tributyl Citrate. Buyers should demand test reports confirming the ester content is at least 99.0% and that the PT-Co color value does not exceed 30, as these metrics directly influence the clarity and stability of the final plastic product. The observed purity ranges of 99% to 99.5% suggest that lower-grade materials may be present, necessitating strict quality gates for high-performance applications.
Compatibility with PVC resin is a critical performance feature that must be validated through specific testing rather than assumed from general descriptions. The observed data highlights "Good Compatibility with PVC Resin" as a key attribute, but buyers should request batch-specific compatibility data to ensure the plasticizer does not migrate or bleed in the final application. Additionally, the source material, whether derived from plant oil or organic acids, should be verified to ensure it aligns with the intended end-use, particularly for sensitive industries like electronics or medical devices.
Compliance and Safety Documentation
Compliance documentation must extend beyond the basic REACH registration to include specific safety data sheets that align with the CCIC certification observed in the listings. Buyers should verify that the supplier provides up-to-date SDS documents that explicitly reference the CAS number 77-90-7 and confirm the absence of prohibited substances under current EU regulations. The presence of CE certification in some listings indicates potential compliance with broader safety standards, but this must be cross-referenced with the specific product batch to ensure validity.
Safety protocols for handling the liquid plasticizer are essential, given its classification as a chemical additive with specific density and viscosity properties. The observed "Protective Lubricant" property suggests potential handling requirements that differ from standard solvents, necessitating clear guidance on storage and transport. Buyers must ensure that the supplier's documentation addresses the specific environmental protection claims, confirming that the product meets the necessary criteria for use in water pipes and medical coatings without posing undue risk to workers or the environment.
Cost Drivers and Commercial Terms
Cost drivers for ATBC plasticizer are heavily influenced by the purity level, with 99.5% grades commanding a premium over standard 99% industrial grades. The observed price range of 0.8 to 2000 USD reflects a vast disparity between bulk raw material pricing and specialized, certified batches, requiring buyers to clearly define their quality expectations to avoid budget overruns. The "Industrial Grade" standard observed in listings suggests that lower-cost options may exist, but these often lack the rigorous testing required for high-end applications.
Commercial terms regarding lead time and minimum order quantity (MOQ) vary significantly, with observed delivery times as short as three days and MOQs ranging from 1 to 16,000 units. Buyers must negotiate these terms carefully, as the flexibility in delivery and packaging options can impact overall logistics costs. The availability of customization suggests that suppliers may offer volume discounts or tailored delivery schedules, but these benefits should be formalized in the contract to ensure consistency in supply chain operations.
Supplier Qualification and Quality Control
Supplier qualification should prioritize those who demonstrate a clear origin in Shandong, China, specifically Dongying, where the observed production hubs are located. Buyers must verify that the supplier holds ISO9001:2008 certification and can provide evidence of consistent quality control processes that align with the SGS standards mentioned in the listings. The presence of multiple certification types, including REACH and CCIC, indicates a supplier capable of meeting diverse international regulatory requirements, but this must be confirmed for the specific product line being sourced.
Quality control procedures must include rigorous testing of the product's physical properties, such as color, density, and ester content, to ensure they match the agreed specifications. Buyers should implement a system of incoming inspection that validates the "Clear Liquid" appearance and the specific molecular weight of 312.49 against the supplier's batch records. The observed variation in packing standards, from drums to flexibags, necessitates a clear quality agreement that defines acceptable packaging conditions to prevent contamination or degradation during transit.
Long-Term Procurement Checks
Long-term procurement checks should focus on the stability of the supplier's certification status and their ability to maintain consistent product quality over time. Buyers must establish a schedule for periodic audits to verify that the REACH and CCIC certifications remain valid and that the supplier continues to meet the required purity and performance standards. The dynamic nature of regulatory landscapes means that compliance documentation must be reviewed annually to ensure ongoing adherence to international safety and environmental laws.
Supply chain resilience is critical, given the observed wide range of lead times and the potential for customization requests to disrupt standard operations. Buyers should develop contingency plans that account for variations in delivery times and packaging availability, ensuring that production schedules are not compromised by supply chain fluctuations. Regular performance reviews of the supplier's ability to meet the 99.0% ester content and other technical specifications will help maintain the integrity of the final product and protect the buyer's brand reputation.
FAQs
What is reach certified ATBC plasticizer used for?
Reach certified ATBC plasticizer, also known as acetyl tributyl citrate, is mainly used as a plastic additive for water pipes, trachea coatings, and other PVC applications. It shows good compatibility with PVC resin, and listed usages also include coating auxiliary agents, electronics chemicals, and leather auxiliary agents across industrial applications.
Which certifications do listed ATBC plasticizer products carry?
Listed products reference REACH and CCIC certification, and some listings also state CE certification and ISO9001:2008 quality management. Certification coverage can differ between listings, so buyers should request current certificates from the specific supplier before ordering to confirm the documentation matches their compliance requirements.
What purity and specifications can buyers expect for ATBC?
Listed ATBC products show purity of 99% to 99.5% and an ester content of at least 99.0%, with a relative density of 1.045-1.055 g/cm3 at 20 degrees Celsius and PT-Co color of 30 or below. The CAS number is 77-90-7 and the EINECS number is 201-067-0, with industrial grade quality.
How is reach certified ATBC plasticizer packed for shipment?
Packaging options listed include 200kg drums, 1000kg IBC drums, and flexibags sized around 23 metric tons per shipment. Buyers should confirm the packing format with the supplier when ordering, since drum, IBC, and flexibag configurations affect handling, storage, and total shipment volume per container.
What is the typical delivery time for ATBC orders?
One listed product states delivery within 3 days, though actual lead time depends on order size, packaging choice, and production scheduling. Buyers planning large volumes, such as full flexibag shipments, should confirm the delivery schedule with the supplier before finalizing a purchase contract.
Can ATBC plasticizer orders be customized?
Yes, customization is listed as available for these products. Buyers can typically discuss specification requirements, packing formats, and labeling with suppliers. When requesting customization, confirm which parameters can be adjusted, since standard specifications include 99% to 99.5% purity, industrial grade quality, and drum, IBC, or flexibag packaging.
Where is ATBC plasticizer supplied from?
Listed origins include China, with specific listings referencing Shandong province and Dongying, Shandong. Buyers sourcing from these origins should verify supplier credentials, request samples, and confirm certifications directly, since origin details come from individual product listings and may vary between different suppliers and production sites.
How should buyers verify ATBC quality before ordering?
Request a certificate of analysis confirming ester content of 99.0% or above, relative density between 1.045 and 1.055 g/cm3, and PT-Co color of 30 or below. Some listings reference SGS as a standard, so buyers can also arrange third-party inspection before shipment to validate quality against contract specifications.
























