Classification
Product TypeIngredient
Product FormDry powder
Industry PositionFood additive / functional ingredient (hydrocolloid)
Market
Slow-set pectin in India is used as a functional food additive (INS 440) to provide controlled gelation, thickening, and stabilization in processed foods such as fruit preparations, jams/jellies, dairy systems, and beverages. UN Comtrade-based WITS data for HS 130220 (pectic substances, pectinates and pectates) indicates India is a net importer, with imports materially larger than exports. Domestic manufacturing exists (e.g., an Indian producer publicly listing “slow set pectin”), but imports remain an important supply channel for industrial users. Market access is strongly shaped by FSSAI standards for permitted additives and by import clearance via the Food Import Clearance System (FICS) integrated with Customs ICEGATE under SWIFT.
Market RoleNet importer with some domestic production
Domestic RoleIndustrial input for Indian food manufacturing (gelling/stabilizing agent) and for ingredient distributors supplying processors
Specification
Primary VarietyHigh-methoxyl (HM) slow-set pectin (INS 440) grade
Secondary Variety- High-methoxyl rapid/medium set pectins (related HM grades)
- Low-methoxyl (LM) pectins and amidated LM pectins (other INS 440 variants used in India depending on application)
Physical Attributes- Fine, hygroscopic powder that can cake with moisture exposure
- Typically standardized/blended for consistent setting behavior (commercial pectin may be diluted with sugars and buffer salts for pH control/setting characteristics)
Compositional Metrics- Degree of esterification (DE) and gel strength/jelly grade are key buyer specifications distinguishing set speed and performance
- Common quality parameters include loss on drying (moisture), ash/acid-insoluble ash, SO2 content, free methyl alcohol, galacturonic acid, and heavy metals (e.g., lead, arsenic) as part of CoA/spec sheets
Grades- Slow set pectin (HM grade)
- Application-specific HM/LM variants (including amidated LM) depending on sugar/acid/calcium system
Supply Chain
Value Chain- Edible plant material (commonly citrus peel or apple pomace; some Indian producer also references sunflower) → aqueous extraction → precipitation/standardization → drying → milling/sieving → blending/standardization (may include sugars/buffer salts) → packaging → distribution to food manufacturers/importers
- Imports: overseas manufacturer → sea freight to Indian port → Customs + FSSAI document scrutiny/inspection → risk-based sampling/testing (if selected) → clearance (NOC/NCC) → distributor/processor
Temperature- Ambient transport/storage is typical, but temperature swings and humidity control matter to prevent moisture pickup and caking
Atmosphere Control- Keep packs sealed and protected from humidity; moisture barrier packaging and dry warehousing reduce performance drift
Shelf Life- Shelf life is primarily limited by moisture pickup and loss of functional performance; lot-level CoA and storage controls are important for consistent gel behavior
Freight IntensityLow
Transport ModeSea
Risks
Regulatory Compliance HighImport clearance can be blocked or severely delayed if pectin consignments fail FSSAI document scrutiny or (when sampled) laboratory testing against applicable standards/limits, resulting in detention, demurrage, rejection, or appeals.Align product identity (INS 440), grade (slow-set HM), and CoA/spec values before shipment; pre-check FICS document set and ensure lab-test parameter mapping and units are consistent for India import clearance.
Documentation Gap MediumMismatch between CoA, specification sheet, and import filing details (product description/HS code/grade) can trigger queries, sampling, or delays within the FICS–ICEGATE workflow.Use a standardized India-import dossier (invoice description + HS 130220 alignment + grade statement + intended use + lot-linked CoA) reviewed by the importer and customs broker before dispatch.
Quality Drift MediumMoisture ingress and caking during storage/transport can degrade functional performance (set time/gel strength), leading to downstream manufacturing rejects or claims even if regulatory clearance is obtained.Use moisture-barrier packaging, desiccant/liner controls where appropriate, and define warehouse humidity limits; verify performance-critical parameters on arrival for sensitive applications.
Sustainability- Waste/byproduct valorization and sourcing transparency (pectin commonly derived from citrus peel/apple pomace; some producers reference additional plant sources such as sunflower)
- Process sustainability scrutiny: wastewater/effluent and chemical management from aqueous extraction and precipitation steps
Labor & Social- Worker health and safety in extraction/drying/handling operations (dust exposure, chemical handling, and industrial hygiene controls)
- Supplier due diligence across raw-material sourcing and processing networks (traceability and audit readiness)
Standards- FSSC 22000
- ISO 22000
- HACCP
- GMP
FAQ
Is pectin (INS 440) recognized under India’s food additive framework for use in foods?Yes. Pectin is referenced in FSSAI’s Food Products Standards and Food Additives Regulations (2011) and appears in the regulations’ additive context, and Codex GSFA also lists pectins (INS 440) as a permitted additive in many food categories under GMP.
How are pectin imports cleared in India from a food safety standpoint?Food imports are handled through FSSAI’s Food Import Clearance System (FICS), which is integrated with Customs ICEGATE under the SWIFT single-window. Imported consignments may undergo document scrutiny, inspection, and risk-based sampling/testing before clearance is granted.
What HS code is typically used for pectin trade reporting and customs classification at the 6-digit level?Pectin is generally classified under HS 1302.20 at the 6-digit level (pectic substances; pectinates and pectates). The exact national 8-digit tariff line should be confirmed for the specific declaration in India.