1,559 exporter companies and 942 importer companies are indexed in the global supply chain intelligence network for this product.
3,256 supplier-linked transactions are summarized across the top 20 countries.
Page data last updated on 2026-09-21.
Global Supplier Transactions, Export Activity, and Price Benchmarks for Silicon dioxide, amorphous
Analyze 3,256 supplier-linked transactions across the top 20 countries, with monthly unit-price benchmarks to track export competitiveness and sourcing risk for Silicon dioxide, amorphous.
Silicon dioxide, amorphous Country YoY Change in Supplier Transactions and Export Momentum
Compare positive and negative YoY shifts in Silicon dioxide, amorphous to identify accelerating supplier markets and weakening export corridors.
Top YoY shifts for Silicon dioxide, amorphous: India (+573.2%), China (+255.8%), Turkiye (+124.1%).
Silicon dioxide, amorphous Country-Level Supplier Transaction and Unit Price Summary
As of 2025-10, benchmark Silicon dioxide, amorphous country transaction counts with monthly unit price and volume to prioritize supplier and export markets.
In 2026-02, countries with visible Silicon dioxide, amorphous transaction unit prices: United States (22.81 USD / kg), Hong Kong (8.11 USD / kg), Japan (7.48 USD / kg), Bangladesh (7.36 USD / kg), Germany (5.54 USD / kg), 7 more countries.
Silicon dioxide, amorphous Global Supply Chain Coverage
2,501 companies
1,559 exporters and 942 importers are mapped for Silicon dioxide, amorphous.
Exporters and importers can use Tridge Supply Chain Intelligence company profiles and analytics to identify counterparties for Silicon dioxide, amorphous, benchmark reach, and prioritize outreach by market.
1,559 exporter companies are mapped in Tridge Supply Chain Intelligence for Silicon dioxide, amorphous. Exporters and importers can use company profiles and analytics to evaluate supplier coverage, trading activity, and route opportunities.
Silicon dioxide, amorphous Top Exporters and Supplier Profiles
Review leading exporter profiles while benchmarking against 1,559 total exporter companies in the Silicon dioxide, amorphous supply chain intelligence network. Exporters and importers can unlock company profiles and analytics to qualify partners faster.
Silicon dioxide, amorphous Global Exporter Coverage
1,559 companies
Exporter company count is a key signal for Silicon dioxide, amorphous supply depth and sourcing optionality.
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Sourcing diagnosis
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942 importer companies are mapped for Silicon dioxide, amorphous demand intelligence. Use Supply Chain Intelligence company profiles and analytics to prioritize buyers, distributors, and downstream demand partners by market.
Silicon dioxide, amorphous Top Buyers, Importers, and Demand Partners
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Importer company count highlights the current depth of demand-side visibility for Silicon dioxide, amorphous.
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Export diagnosis
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Price data
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Classification
Product TypeIngredient
Product FormPowder
Industry PositionFood Additive / Processing Aid
Market
Amorphous silicon dioxide (commonly listed as food additive E551) is a globally traded inorganic additive used primarily as an anti-caking and flow agent in dry and powdered foods and as a carrier for sensitive ingredients. Demand is closely linked to global output of seasonings, dry mixes, powdered beverages, and dietary supplements, where flowability and dosing consistency are critical to manufacturing and consumer use. Supply is tied to specialty chemical production of synthetic amorphous silica (including precipitated silica, fumed silica, and silica gel) and is generally available year-round rather than seasonally. Market access is strongly shaped by regulatory specifications and buyer qualification requirements (Codex/JECFA, FCC, EU, US), with heightened attention on particle-size characterization and impurity control. Competitive differentiation typically centers on consistent functional performance, low contaminants, and documentation (CoA, traceability, food safety certifications).
Specification
Major VarietiesPrecipitated silica (synthetic amorphous silica), Fumed silica (pyrogenic silica), Silica gel (amorphous)
Physical Attributes
Fine white powder or granules with strong moisture adsorption behavior (hygroscopicity depends on grade)
High specific surface area grades used for anti-caking and carrier performance
Dusty material requiring controlled handling to limit airborne particulates
Compositional Metrics
Assay/purity as silicon dioxide (SiO2) per applicable food additive specifications (e.g., JECFA/Codex, FCC)
Loss on drying / moisture content as a handling and performance-related metric
pH of an aqueous dispersion/suspension used as a quality control check
Impurity controls (e.g., heavy metals) and verification that the material is amorphous (low crystalline silica contamination)
Grades
Food-grade synthetic amorphous silica compliant with Codex/JECFA specifications (E551)
FCC (Food Chemicals Codex) compliant grades used in food and dietary supplement supply chains
Jurisdiction-specific compliant grades for EU and US use (E-number / CFR alignment)
Packaging
Multiwall paper bags with inner polyethylene liner for moisture protection
FIBC (bulk bags) for industrial users with dust-controlled filling/discharge systems
Fiber drums or lined cartons for higher-purity or smaller-lot applications
ProcessingAnti-caking efficacy in dry blends depends on particle size/surface area and compatibility with the host powder (salt, spices, sugars, etc.)Carrier performance depends on adsorption capacity and release behavior for flavors, colors, and actives
Supply Chain
Value Chain
Mineral feedstock and silicate intermediates sourcing -> synthetic amorphous silica production (precipitation/flame hydrolysis/gel routes) -> washing and drying -> milling/classification -> quality testing against food additive specifications -> packaging -> distribution to food and supplement manufacturers
Demand Drivers
Need to maintain free-flow properties in powdered foods and ingredients during manufacturing, transport, and retail storage
Use as a carrier to improve dosing, reduce lumping, and protect sensitive flavors, colors, or micronutrients in dry formats
Growth of dry convenience foods, seasoning blends, and supplement formats that require consistent powder handling
Temperature
Ambient storage and transport; primary control is keeping product dry and sealed to prevent moisture uptake and caking in downstream blends
Avoid condensation and high-humidity exposure during warehousing and container handling
Shelf Life
Chemically stable under normal conditions; practical shelf life is typically limited by packaging integrity and moisture exposure rather than spoilage
Performance drift risk in end-use blends increases if product absorbs moisture or is contaminated with foreign particulates
Risks
Regulatory Compliance HighRegulatory acceptance of E551 depends on meeting jurisdiction-specific food additive specifications and documentation; heightened scrutiny on particle-size distribution (including potential nano-scale fractions) and impurity profiles can trigger re-evaluations, labeling pressure, or import rejections if characterization is incomplete or inconsistent across markets.Maintain robust specification alignment (Codex/JECFA, FCC, EU, US) with validated analytical methods for particle-size characterization and impurity control; provide complete CoA, traceability, and change-control documentation to buyers.
Food Safety MediumQuality failures can arise from off-spec impurities (e.g., heavy metals) or unintended contamination with crystalline silica and other particulates, creating compliance, recall, and occupational exposure concerns for downstream users.Use qualified raw material sources and tight process controls; verify amorphous character and contaminant limits against food-grade specifications; implement strong foreign-matter control and dust management.
Logistics MediumAs a fine powder, amorphous silica is sensitive to moisture ingress and handling conditions; poor packaging integrity or high-humidity shipping/warehousing can lead to caking and functional performance variability in customer formulations.Use moisture-barrier packaging, humidity-aware warehousing, and sealed transport; align customer handling guidance with powder flow and dust-control best practices.
Market Acceptance MediumClean-label trends and consumer concern about 'additives' and 'nanoparticles' can increase reformulation pressure in certain markets, potentially shifting demand toward alternative flow aids or changing allowable use contexts even when the additive remains legally permitted.Support customers with transparent specification and safety documentation, application guidance to minimize use levels, and reformulation options where additive reduction is a commercial requirement.
Sustainability
Energy and emissions footprint associated with synthetic silica production, drying, and milling operations
Upstream impacts from mining/processing of silica sand or quartz feedstocks and management of dust and fine particulate emissions
Public and NGO scrutiny related to particle-size (including nano-scale fraction) characterization and transparency in food additive use
Labor & Social
Occupational health risk from airborne dust exposure during production, bagging, and bulk handling; strong industrial hygiene controls are expected
Worker safety management for chemical handling (e.g., silicate solutions and process acids/bases) and for confined-space/bulk material operations
FAQ
What is amorphous silicon dioxide (E551) used for in foods?It is primarily used as an anti-caking and flow agent to keep powders (such as seasonings, dry mixes, and salt-based products) free-flowing, and it can also serve as a carrier to help evenly dose and stabilize sensitive ingredients in dry formulations. These uses are reflected in food additive permissions and specifications published by Codex/JECFA, the EU food additive framework for E-numbers, and US regulations.
How is food-grade amorphous silicon dioxide regulated internationally?Internationally, it is commonly referenced under Codex/JECFA food additive specifications and, in the European Union, under the E-number system as E551. In the United States, its use in foods is governed through FDA regulations in the eCFR, and many buyers also reference FCC (Food Chemicals Codex) monographs as a commercial quality benchmark.
What are common buyer specification checks for food-grade amorphous silicon dioxide?Buyers typically require documentation that the material meets recognized food additive specifications (e.g., JECFA/Codex and/or FCC), along with quality controls relevant to function and compliance—such as moisture-related metrics, pH of dispersion, particle-size characteristics, and impurity limits (including controls that confirm the material is predominantly amorphous and not contaminated with unwanted crystalline silica).
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Silicon dioxide, amorphous Market Intelligence
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