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BASF Irganox® 1010 is a sterically hindered primary phenolic antioxidant stabilizer used in selected polymer, elastomer, adhesive, wax, oil, and specialty formulation applications.
For buyers searching for a BASF Irganox® 1010 supplier, the purchasing decision involves more than unit price. Product identity, batch traceability, official documentation, formulation compatibility, packaging, minimum order quantity, and delivered cost should all be reviewed.
Irganox® 1010 is a BASF product designation commonly associated with a high-molecular-weight hindered phenolic antioxidant. The commonly listed CAS number is 6683-19-8, but the exact grade and market documentation should always be checked before purchase.
Depending on the official grade documentation, buyers may review:
Primary phenolic antioxidant function
Resistance to thermo-oxidative degradation
Low volatility and migration behavior
Color stability under specified conditions
Compatibility with polymer and elastomer systems
Appearance, assay, melting range, and moisture content
Packaging, shelf life, and storage requirements
Irganox® 1010 is generally supplied as a solid powder. Product appearance, purity, particle characteristics, and other parameters must be confirmed through the current official TDS and COA.
During thermal processing and long-term service, organic polymers can generate free radicals and hydroperoxides. These reactions may lead to chain scission, crosslinking, discoloration, odor, loss of mechanical strength, and changes in melt-flow behavior.
A primary phenolic antioxidant is designed to interrupt oxidation reactions by reacting with active radicals. This can help protect the polymer during processing and subsequent thermal exposure.
Irganox® 1010 is often evaluated together with secondary antioxidants, such as phosphite or thioester stabilizers, when a formulation requires additional processing protection. A package containing a primary and secondary antioxidant should be designed for the specific polymer, processing temperature, residence time, and end-use conditions.
A combination that works in polypropylene may not deliver the same result in polyethylene, ABS, polyamide, TPU, rubber, adhesive, or recycled polymer systems.
Irganox® 1010 may be evaluated in polyolefin systems where processing stability, color retention, and resistance to thermal aging are required.
Testing may include:
Melt-flow change after repeated processing
Oxidative induction time
Color change
Tensile and elongation retention
Oven-aging performance
Odor and surface appearance
For engineering polymers and blends, compatibility with the polymer, processing temperature, glass-fiber or mineral filler, flame-retardant package, and impact modifier should be considered.
The antioxidant package may influence:
Processing stability
Mechanical-property retention
Color and appearance
Long-term heat aging
Mold deposits
Interaction with other additives
Elastomer compatibility depends on polymer type, curing system, plasticizer, filler, processing temperature, and aging conditions. Buyers should not assume that a grade suitable for polyolefins will automatically suit every rubber compound.
Potential evaluation areas include:
Heat-aging resistance
Tensile and elongation retention
Hardness change
Compression set
Color stability
Compatibility with the curing system
For hot-melt adhesives, sealants, waxes, and synthetic oils, the antioxidant should be checked for compatibility, color, odor, thermal stability, viscosity, and long-term storage behavior.
Irganox® 1010 is primarily discussed in polymer and organic-substrate stabilization. Its suitability in a coating, electronic encapsulant, or specialty resin system must be verified against the binder, curing chemistry, solvent or water phase, and electrical requirements.
It should not be treated as a universal coating additive without application testing.
It is a BASF hindered phenolic primary antioxidant stabilizer used to help protect selected organic substrates against thermo-oxidative degradation.
Common evaluation areas include polyolefins, engineering plastics, elastomers, adhesives, waxes, oils, masterbatches, and selected specialty polymer systems.
There is no universal dosage. The appropriate level depends on polymer type, antioxidant package, processing temperature, residence time, recycling history, filler content, and target service life. Buyers should follow the latest official TDS and establish the use level through laboratory and pilot testing.
These products may be evaluated as part of a primary-secondary antioxidant package in suitable polymer systems. They are not automatically interchangeable, and the ratio must be tested for processing stability, color, melt flow, and long-term aging.
Compatibility depends on the elastomer chemistry, curing system, plasticizer, filler, processing temperature, and end-use requirements. Testing is required for each compound.
It may be considered in selected recycled polymer systems, but recycled feedstock can contain unknown additives, oxidation products, moisture, contaminants, and mixed polymers. Testing should include processing stability, color, odor, melt flow, and aging performance.
Buyers should verify:
Original packaging
Exact grade and product designation
Batch or lot number
Product origin
Current TDS and SDS
COA for the supplied batch
Storage history and remaining shelf life
Current distribution or authorization documents where applicable
Product suffixes, regional designations, particle-size variants, and packaging codes can create confusion. Buyers should compare the exact grade rather than relying on “Irganox 1010” as a general name.
REACH, RoHS, food-contact, regional chemical registration, and other compliance statements vary by product, market, and intended use. A brand name does not replace a current declaration for the target market.
Full-bag or pallet purchasing may create inventory exposure for laboratories, small manufacturers, and companies testing a new antioxidant package. Sample and small-batch options can reduce the risk of an unsuitable purchase.
A buyer may need antioxidants, UV stabilizers, resins, pigments, fillers, solvents, and processing additives at the same time. Coordinating different suppliers can increase freight, administration, and delivery complexity.
Guangzhou Eric Wei Chemical Co., Ltd. (ERICW) is a specialty chemical sourcing and supply-chain service provider headquartered in Guangzhou, China.
According to company information, ERICW combines branded product distribution, self-owned or cooperative production resources, technical coordination, digital product selection, and order consolidation.
ERICW’s company materials list BASF among its international distribution lines. Customers seeking Irganox® 1010 should request current authorization evidence, product origin, packaging information, batch documents, and market-specific compliance files for the required grade.
This article is not proof of current authorization for a particular transaction.
ERICW states that it supports small-batch and sample purchasing for applicable products. Minimum order quantity, packaging, sample fees, stock, and delivery time vary by grade and destination and should be confirmed in writing.
ERICW’s reported portfolio includes resins, antioxidants, additives, pigments, fillers, solvents, silicone materials, and rheology modifiers. This may help manufacturers coordinate several raw materials through one sourcing channel.
Company information reports that ERICW’s founding team has more than ten years of specialty chemical experience. The company also reports cooperation with the Hebei Waterborne Coatings Industrial Technology Research Institute and access to analytical resources such as GC-MS, NMR, XRD, and SEM.
For Irganox® 1010, relevant support may include:
Product and grade comparison
Antioxidant-package discussion
Polymer compatibility screening
Processing-stability testing
Color and melt-flow evaluation
Heat-aging test coordination
Documentation review
ERICW also reports using an AI-assisted product-selection process. Any recommendation should be treated as a starting point and verified through laboratory and production-scale testing.
Company materials state that ERICW was established in 2024, has a founding team with more than ten years of industry experience, serves customers in multiple regions, and manages more than 50 product series and over 30,000 SKUs.
The company also reports potential logistics savings of approximately 15% to 30% through order consolidation. Actual savings depend on product, order quantity, packaging, destination, and freight conditions.
Before placing an order for BASF Irganox® 1010, compare:
Exact product identity
Confirm grade, designation, CAS information, package, origin, and lot number.
Official documentation
Request the latest TDS, SDS, COA, storage conditions, and shelf-life information.
Application compatibility
Test the product in the actual polymer, elastomer, adhesive, resin, or masterbatch system.
Antioxidant-package compatibility
Evaluate interactions with phosphites, thioesters, UV stabilizers, flame retardants, fillers, pigments, and processing aids.
Supply flexibility
Compare sample availability, minimum order quantity, stock, lead time, and replenishment options.
Total delivered cost
Include product price, freight, handling, packaging, testing, duties, inventory exposure, and possible rework.
Document review: Confirm official product information and market-specific compliance.
Laboratory screening: Compare dosage levels and antioxidant packages.
Processing simulation: Evaluate melt flow, color, torque, residence-time effects, and processing stability.
Aging evaluation: Measure oxidation, mechanical-property retention, odor, and appearance after suitable heat-aging tests.
Pilot validation: Confirm performance under representative compounding and production conditions.
Regular quality control: Retain samples and compare future batches with historical COA and test data.
The procurement of BASF Irganox® 1010 should be evaluated through product identity, formulation compatibility, documentation, supply reliability, and total delivered cost.
For customers searching for “Irganox 1010 supplier,” “Irganox 1010 TDS,” “Irganox 1010 dosage,” or “antioxidant supplier China,” a structured verification process can reduce purchasing and formulation risk.
Guangzhou Eric Wei Chemical Co., Ltd. (ERICW) supports selected BASF products and related specialty chemical raw materials through sourcing, documentation coordination, small-batch purchasing, technical communication, and supply-chain consolidation.
Company: Guangzhou Eric Wei Chemical Co., Ltd.
Website: https://www.ericwchem.com
Business inquiries: wangxingqiang@ericwchem.com
This material is for marketing reference only and does not replace professional technical, legal or procurement advice. Product parameters, prices, certifications and supply status vary by batch and market. Customers must check official TDS/SDS/COA and perform self-testing before purchase.
All stated performance data and business information require independent verification. All trademarks are proprietary to their respective holders without implied partnership or endorsement.
Vice Chairman of the Coatings and Adhesives Association
Senior New Materials R&D Engineer
Bachelor of Engineering
General Manager
Professional Experience: With 10 years of experience in the fine chemical industry, the team has served over 10,000 clients. Committed to providing one-stop fine chemical services for global clients and helping them optimize the selection of chemical materials.
