수입업체 수는 DL-알파-토코페릴 아세테이트에 대한 수요 측 가시성의 현재 깊이를 보여줍니다.
공급망 인텔리전스 분석과 기업 프로필을 활용해 활동 중인 DL-알파-토코페릴 아세테이트 바이어를 식별하고, 국가별 파트너 밀도를 비교하며, GTM 우선순위를 정교화하세요.
Tridge Ark · 수출 가능성 진단
우리 DL-알파-토코페릴 아세테이트, 어느 바이어에게 팔 수 있을까요?
만드시는 제품만 알려주시면 됩니다. 지금 수출할 준비가 됐는지, 어느 시장이 맞는지 봐드려요.
무료 가능성 진단은 가입 없이 받을 수 있습니다.
Tridge Eye Business
DL-알파-토코페릴 아세테이트 도매·산지 가격 — Business 첫 달 무료로 확인하세요
무료로 가입하고 기업 인증을 하세요 — 신규로 인증한 회사는 Tridge Eye Business($249/월)를 30일간 무료로 씁니다.
Classification
Product TypeIngredient
Product FormOily liquid
Industry PositionDietary Supplement And Food/Feed Fortification Ingredient
Market
DL-α-tocopheryl acetate (synthetic vitamin E acetate) is a globally traded vitamin E derivative used widely in dietary supplements and in nutrition applications where a more storage-stable form of vitamin E is preferred. International trade commonly classifies vitamin E and its derivatives under HS 2936.28, supporting cross-border movement of bulk ingredient shipments and premix inputs. Industrial production is concentrated in a limited number of large-scale chemical vitamin manufacturing networks, including major sites and companies in Switzerland and Germany as well as Chinese producers of all-rac-α-tocopheryl acetate. Because capacity is concentrated and upstream chemical infrastructure is shared across multiple vitamin product lines, operational disruptions or cost shocks can transmit quickly into global availability and pricing.
Major Producing Countries
스위스Large-scale vitamin E manufacturing base; Sisseln site positioned by dsm-firmenich as a major/global-scale vitamin E production facility.
독일Major industrial vitamin production footprint; BASF reported force majeure affecting vitamin E acetate products following upstream plant incidents.
중국Chinese vitamin manufacturers market all-rac-α-tocopheryl acetate (synthetic vitamin E acetate) to global customers.
Major Exporting Countries
스위스Exports linked to multinational vitamin production networks serving global food, feed, pharma, and cosmetics customers.
독일Exports linked to multinational chemical/vitamin production networks.
중국Exports of synthetic vitamin E derivatives supplied by domestic manufacturers.
Specification
Major VarietiesAll-rac-α-tocopherol (synthetic; commonly labeled DL/dl), RRR-α-tocopherol (natural; commonly labeled D/d), α-tocopheryl acetate (esterified α-tocopherol form used for stability)
Physical Attributes
Fat-soluble vitamin E derivative commonly supplied as a viscous oil and also formulated into dispersible/powder forms for premixes and finished-dose formats.
Esterified vitamin E forms (including α-tocopheryl acetate) are used to prolong shelf life while protecting vitamin E activity; the body hydrolyzes these esters for absorption.
Compositional Metrics
Potency is commonly expressed as α-tocopherol activity in mg or IU, and potency conventions differ between natural and synthetic forms.
Synthetic all-rac-α-tocopherol (commonly labeled DL/dl) is described as about half as active by weight as natural RRR-α-tocopherol in dietary supplement labeling contexts.
Grades
Pharmacopeial/compendial grades are used in global commerce (e.g., USP/EP/JP claims appear in supplier specifications).
Food, supplement, and feed-nutrition grades are traded depending on downstream application and regulatory requirements.
Packaging
Bulk ingredient shipments are commonly handled in sealed drums or similar industrial containers for oily forms; formulated powders are commonly packed in lined bags/cartons suitable for dry distribution.
Packaging commonly emphasizes protection from light, heat, and air/oxidation during storage and transport.
ProcessingEsterification is used to improve storage stability relative to free α-tocopherol in commercial supplement and fortification supply chains.Downstream formulation may include dispersible powder formats for premixes and tableting/encapsulation workflows.
Supply Chain
Value Chain
Industrial vitamin synthesis/derivative production (including esterification) -> purification -> bulk oil handling and/or formulated powder production -> premix blending or contract manufacturing into finished supplements -> global distribution.
Demand Drivers
Use of α-tocopheryl acetate and other esterified forms to prolong shelf life in supplements and fortified foods.
Large, recurring demand from animal nutrition premix and feed additive channels in addition to human nutrition applications.
Temperature
Storage and logistics typically emphasize protection from excessive heat and from light exposure to maintain quality over time.
Minimizing oxygen exposure during storage/handling is a common quality-control objective for fat-soluble antioxidant vitamins.
Shelf Life
Esterification (e.g., α-tocopheryl acetate) is used to improve shelf-life stability compared with non-esterified forms used for antioxidant activity.
Risks
Supply Concentration HighGlobal availability can be disrupted by incidents, outages, or cost-driven curtailments at a small number of large vitamin manufacturing networks and shared upstream chemical infrastructure. Public disclosures from major producers show that upstream incidents and production halts can constrain vitamin E derivative supply and trigger allocation/force majeure conditions that affect downstream feed and human nutrition markets.Qualify multiple suppliers across different production networks and geographies, lock in specification equivalency (assay/potency and stereoisomer labeling conventions), and hold safety stock for critical premix and supplement SKUs.
Operational Disruption MediumUnplanned plant incidents and stringent quality testing/release processes can delay shipments or restrict usable supply for human nutrition applications even after production resumes.Contract for dual-grade options where acceptable (feed vs human nutrition), pre-approve alternate lots/specs, and monitor producer advisories for lead-time changes.
Energy And Input Costs MediumHigh energy costs and broader input-cost volatility can drive capacity rationalization or temporary shutdowns, tightening global supply for vitamin E derivatives used in premixes and supplements.Use indexed pricing and forward coverage for critical periods; diversify sourcing to include producers with different regional energy exposures.
Regulatory Compliance MediumQuality compliance (identity, potency, impurities, and labeling conventions for natural vs synthetic activity) is critical in supplement supply chains and can create rejection risk if documentation or test results do not align with buyer and jurisdiction requirements.Specify required compendial alignment (as applicable), require robust CoA and traceability documentation, and audit GMP systems for high-risk suppliers.
Sustainability
Energy and carbon footprint of large-scale chemical vitamin manufacturing, with increasing scrutiny and investment in site-level decarbonization projects.
Chemical process waste, solvent management, and emissions control requirements in industrial vitamin production.
Labor & Social
Industrial process safety and occupational exposure controls are material due-diligence themes in chemical manufacturing supply chains.
Supply-chain quality assurance and traceability expectations are elevated for supplement ingredients due to downstream consumer safety and brand risk.
FAQ
Why is α-tocopheryl acetate commonly used in supplements instead of free α-tocopherol?α-tocopherol in supplements and fortified foods is often esterified (including as α-tocopheryl acetate) to prolong shelf life while protecting vitamin E activity, and the body hydrolyzes these esters for absorption.
How does synthetic (DL/all-rac) vitamin E activity compare with the natural (D/RRR) form?In dietary supplement contexts, synthetically produced all-rac-α-tocopherol (commonly labeled DL or dl) is described as only about half as active by weight as natural RRR-α-tocopherol (commonly labeled D or d), so potency conventions and labeling need to be handled carefully in procurement and formulation.
What HS category is commonly used for trade in vitamin E derivatives like tocopheryl acetate?International trade commonly classifies vitamin E and its derivatives under HS 2936.28, which covers vitamin E (tocopherols and related compounds with vitamin E activity) and its derivatives.