Stearic acid
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1860 Stearic Acid in Rubber Grade CAS 106-14-9 for Soap Making Stearic Acid Prices
Cosmetic Grade Stearic Acid Emulsifier Raw Material for Daily Chemical Industrial Production
Reliable Stearic Acid 99% C18h36o2 57-11-4 Juming Brand for Beauty Products
Industrial Grade Stearic Acid 1801 for High Purity Applications
High Purity Industrial Grade Stearic Acid CAS 57-11-4 for Lubricants
Lubricant Additive White Powder CAS 57-11-4 Stearic Acid
CAS 57-11-4 Industrial Grade Organic Stearic Acid 1860/1820/1842/1801 for PVC/Rubber/Cosmetic
Technical Grade Stearic Acid 1840 for Rubber Vulcanization and Plastic Industry
High Purity 99% Stearic Acid CAS 57-11-4 1801 1842 Flakes Powder Industrial Cosmetic Food Grade Raw Material
Wholesale Industrial Grade Stearic Acid 1801/1840/1841/1842/1860 CAS 57-11-4
CAS 57-11-4 Natural Raw Material Food Additives Powder Stearic Acid
Stearic Acid Triple Pressed Granular CAS 57-11-4 for Surfactant
Dukuda Stearic Acid 1860 Octadecanoic Acid CAS: 57-11-4 High Quality
Industry Grade Organic Chemical CAS: 57-11-4 Stearic Acid
High-Quality Industrial Stearic Acid for PVC Rubber Manufacturing
Stearic Acid Rubber Grade 1801 1803 1810 1820 1838 1842 1860
Chemical White Powder Stearic Acid CAS 57-11-4 Rubber Grade Factory Price
Cosmetic Raw Materials Ingredients 1842/1838/1840/1860 CAS 57-11-4 Stearic Acid for Rubber/Plastic
Factory Supply Good Price Stearic Acid 1842 Powder 90% Food Grade Stearic Acid
Rubber Vulcanization PVC Stabilizer Plastic Lubricant Industrial Grade Stearic Acid
Premium Triple Pressed Stearic Acid Lubricant for PVC Applications
Stearic Acid Quality Daily Chemicals for Cosmetics Additive Supply Chemical Formula 1838 57-11-4
CAS 57-11-4 Stearic Acid Price Indonesia Production Line Acid Stearic Stearic Acid 1801
High Purity Stearic Acid Powder for Industrial Applications
Sourcing guidance for Stearic Acid
What are the key technical specifications to consider when sourcing Stearic Acid for different industrial applications?
Buyers must prioritize the Triple Pressed (TP) grade for high-end applications like cosmetics and pharmaceuticals, as it offers the highest purity and lowest odor. Key parameters include the Iodine Value (typically <0.5 for TP), which indicates the degree of unsaturation and affects oxidative stability, and the Titer Point (54°C - 56°C), which determines the solidifying temperature. For rubber and plastic processing, Rubber Grade (Single Pressed) is often sufficient and more cost-effective. Always request a Certificate of Analysis (COA) to verify the C18 (Stearic) vs. C16 (Palmitic) ratio, as this significantly impacts the melting point and texture of the final product.
Which compliance standards and certifications are mandatory for international trade of Stearic Acid?
Compliance depends heavily on the end-use. For food and cosmetic sectors, ensure the supplier provides RSPO (Roundtable on Sustainable Palm Oil) certification if the acid is palm-derived, to meet global sustainability mandates. REACH registration is mandatory for entering the EU market. If the product is intended for food contact or ingestion, HACCP, Kosher, and Halal certifications are essential. Additionally, ensure the supplier adheres to ISO 9001:2015 for quality management and provides a comprehensive Safety Data Sheet (SDS) compliant with GHS standards.
How does the raw material source affect the procurement strategy for Stearic Acid?
Stearic acid is primarily derived from either vegetable oils (Palm oil) or animal fats (Tallow). Vegetable-based stearic acid is preferred in the global cosmetic and food markets due to vegan trends and fewer regulatory hurdles. However, tallow-based versions may offer price advantages in certain industrial sectors like tire manufacturing. Buyers should clarify the source upfront to avoid customs clearance issues related to animal byproduct regulations in specific countries and to ensure alignment with the brand's ethical positioning.
Cross-Border Procurement Risks and Strategic Advice for Stearic Acid
What are the primary logistics and storage risks when shipping Stearic Acid internationally?
Stearic acid is sensitive to temperature fluctuations and moisture. During cross-border transit, it should be stored in a cool, dry, and well-ventilated environment to prevent caking or degradation. For bulk shipments, use 25kg moisture-proof PP woven bags or Jumbo bags. Ensure the shipping container is free from strong odors, as the fatty acid can easily absorb ambient smells. It is highly recommended to use Made-in-China.com's verified suppliers who offer professional palletizing and shrink-wrapping to prevent bag breakage during multi-modal transport.
How can buyers mitigate transaction risks and ensure quality consistency when dealing with overseas suppliers?
To secure the transaction, utilize Trade Assurance services or Letters of Credit (L/C) for large volumes. Never skip the pre-shipment inspection (PSI); hiring a third-party agency like SGS or Intertek to sample the batch directly from the warehouse ensures the chemical composition matches the approved sample. When negotiating, establish a Quality Discrepancy Clause in the contract that defines the compensation or return procedure if the Acid Value or Color (Hazen) deviates from the agreed specifications.
What strategies should be used for price negotiation in the volatile chemical market?
Stearic acid prices are closely tied to the Palm Oil Commodity Market (BMD). Buyers should monitor these trends to time their purchases. For long-term stability, negotiate a Formula-Based Pricing model with the supplier, where the price is adjusted periodically based on a public index. For spot buys, leveraging volume-based discounts is effective; increasing an order from a 20ft FCL to a 40ft FCL can often reduce the unit freight cost by 15-20%.





























