Amidated Pectin
Amidated Pectin is a food-grade low-methoxyl pectin hydrocolloid used by industrial food manufacturers for calcium-reactive gelation, low-sugar fruit gels, texture stabilization, viscosity control, water binding, syneresis reduction and mouthfeel improvement. It is especially valuable in formulations where standard high-methoxyl pectin is not suitable because sugar content, pH, calcium level or desired gel texture requires a more flexible gel system.
This page is prepared as a technical sourcing reference for purchasing teams, R&D technologists, QA departments, regulatory teams and import managers who need to compare pectin grade, gel strength, degree of amidation, application fit, documentation and supplier suitability before quotation or approval.
Product identity
| Product | Amidated Pectin |
|---|---|
| Common names | Low Methoxyl Amidated Pectin, LMA Pectin, Amidated Low Ester Pectin |
| Category | Hydrocolloids, Gums & Gelling Agents |
| Function | Gelling agent / thickener / stabilizer / water-binding hydrocolloid / texture modifier |
| E / INS number | E440 group; commonly referenced as E440(ii) for amidated pectin where applicable |
| CAS / identity | 9000-69-5 |
| Material type | Plant-derived pectin modified by partial amidation of carboxyl groups |
| Typical form | Fine powder, granule, standardized blend or instantized dispersible grade |
| Typical grade focus | Food grade, low-sugar gel grade, fruit preparation grade, bakery filling grade or dairy stabilizing grade |
Application fit
Amidated Pectin is typically selected where formulators need controlled gelation at lower soluble solids, improved calcium tolerance, smooth texture and reduced syneresis. Actual performance depends on grade, pH, calcium level, soluble solids, processing temperature, shear, order of addition and finished-product storage conditions.
- Low-sugar jams, reduced-sugar fruit spreads and diet fruit preparations
- Bakery fillings, fruit toppings, glazes and heat-stable filling systems
- Confectionery gels, fruit snacks, jelly systems and soft gel textures
- Dairy desserts, yogurts, fruit-on-bottom systems and spoonable products
- Acidified dairy drinks and protein-containing acidic systems after validation
- Sauces, dressings, condiments and culinary preparations needing body or water control
- Plant-based desserts and alternative dairy systems requiring gel structure or mouthfeel
- Freeze-thaw sensitive systems where syneresis reduction and texture stability are required
Technical function in food systems
Amidated Pectin belongs to the low-methoxyl pectin family. In pectin chemistry, gel behavior is strongly influenced by the degree of esterification, degree of amidation, pH, soluble solids and available calcium. Amidation changes part of the pectin structure and can improve tolerance to calcium variation, allowing more flexible gel formation in formulations that do not contain high sugar levels.
In industrial food manufacturing, Amidated Pectin is mainly valued for its ability to create smooth, elastic, spoonable or sliceable gels with controlled texture. It can help reduce free water, limit syneresis, stabilize fruit particles, improve filling body, support clean cut or spreadable texture and maintain appearance during storage. Compared with high-methoxyl pectin, it is often evaluated in reduced-sugar, low-sugar or calcium-controlled systems.
Key functional properties
- Calcium-reactive gelation: Forms gels in the presence of calcium ions, with improved tolerance to calcium variation compared with many non-amidated low-methoxyl pectins.
- Low-sugar performance: Supports gel formation in reduced-sugar or low-soluble-solids systems where high-methoxyl pectin may not set properly.
- Texture control: Helps create elastic, smooth, spreadable, spoonable or sliceable textures depending on grade and dosage.
- Syneresis reduction: Improves water binding and helps limit liquid separation in fruit preparations, fillings and desserts.
- Suspension support: Helps stabilize fruit pieces, pulp, particulates or insoluble ingredients in gels and viscous systems.
- Thermoreversible behavior: Some amidated pectin gels can soften when heated and rebuild structure after cooling, depending on formula and grade.
- Mouthfeel improvement: Adds body, smoothness and controlled gel break in fruit, dairy and dessert systems.
Process variables to control
- Hydration method, powder dispersion and lump prevention
- pH adjustment sequence and final product acidity
- Available calcium level from water, fruit, dairy minerals or added calcium salts
- Soluble solids, sugar type, polyols, syrups and fruit solids
- Thermal process, cooking temperature, hold time and cooling profile
- Shear exposure during mixing, pumping, filling and cooling
- Compatibility with starch, gums, proteins, fibers, acids, preservatives and salts
- Final texture after filling, storage, freezing, thawing and distribution
Industrial formulation guidance
For industrial purchasing and R&D work, Amidated Pectin should be selected by functional performance, not only by E number. Two materials may both be food-grade amidated pectin, yet behave differently because of degree of esterification, degree of amidation, molecular weight distribution, calcium reactivity, particle size, standardization salts and application-specific blending. Pilot trials are therefore essential before replacing an approved grade.
Recommended use evaluation
- Define the target texture: pourable, spoonable, spreadable, elastic, short-bite, cuttable or bake-stable.
- Confirm the final product type: fruit preparation, jam, bakery filling, confectionery, dairy dessert, sauce or beverage system.
- Measure pH, soluble solids and calcium content before selecting the grade.
- Test dispersion method in pilot scale to avoid fish-eyes, agglomerates or incomplete hydration.
- Evaluate gel strength, setting time, viscosity, syneresis and texture after storage.
- Check behavior after pasteurization, hot filling, baking, freezing, thawing or transport where relevant.
- Compare performance cost-in-use instead of only kilogram price.
Common processing risks
- Lumping: Poor dispersion can create partially hydrated pectin particles and uneven texture.
- Premature gelation: High available calcium or incorrect addition sequence may cause early setting during mixing or filling.
- Weak gel: Insufficient calcium, incorrect pH, wrong soluble solids or underdosing can lead to poor structure.
- Syneresis: Incorrect grade, excessive acid, poor solids balance or storage stress can cause water release.
- Texture drift: Gel strength may change after cooling, storage, freezing, thawing or heat exposure.
- Source variation: Different suppliers may standardize pectin differently, so source changes require revalidation.
Application-specific value
Amidated Pectin is used across multiple food categories where texture, gel structure, water control and stability are directly linked to consumer acceptance. It is commonly compared with high-methoxyl pectin, non-amidated low-methoxyl pectin, carrageenan, alginate, gelatin, starch, xanthan gum, guar gum, locust bean gum and cellulose derivatives. The best choice depends on texture target, label expectations, process conditions, regulatory status and cost-in-use.
Fruit preparations and low-sugar jams
- Supports gel formation at reduced sugar levels where conventional high-methoxyl pectin may not perform.
- Helps stabilize fruit pieces, pulp and puree while improving spoonability and spreadability.
- Can reduce syneresis in fruit-on-bottom yogurt preparations, toppings and fruit spreads.
- Requires pH, soluble solids and calcium balance to achieve the target set and texture.
Bakery fillings and glazes
- Provides body, gloss, filling stability and controlled gel break in fruit-based fillings.
- May support bake stability and reduce boiling-out, water migration or structure collapse when properly selected.
- Useful for fruit fillings in pastries, pies, cookies, laminated bakery and injected bakery products.
- Factory trials should evaluate bake performance, pumpability, cooling behavior and finished texture.
Dairy desserts and acidified systems
- Can contribute to smooth texture, water control and stabilization in selected dairy dessert systems.
- May support fruit preparation stability in yogurt, quark, cream desserts and spoonable dairy products.
- Compatibility with calcium, proteins, acidity and heat treatment must be validated.
- Finished products should be checked for syneresis, graininess, phase separation and mouthfeel.
Confectionery and gelled products
- Helps create soft, elastic, clean-bite or spreadable gel textures depending on grade.
- Can be evaluated in reduced-sugar jelly systems, fruit snacks and specialty confectionery gels.
- Texture depends on pH, soluble solids, calcium availability, cooking solids and cooling profile.
- Trials should evaluate gel strength, cutting behavior, stickiness, water activity and storage stability.
Typical specification points to review
For industrial purchasing, the most useful inquiry compares application performance and quality documentation, not only price per kilogram. Amidated Pectin is often bought according to gel strength, degree of amidation, calcium reactivity, setting behavior, particle size and application suitability. Buyers should request the supplier’s actual specification and compare it with their internal standard before approval.
Technical parameters
| Degree of esterification | Important for classifying pectin behavior and predicting calcium response, pH sensitivity and gel mechanism. |
|---|---|
| Degree of amidation | Key parameter for amidated pectin; affects calcium tolerance, gel strength and gel texture. |
| Gel strength | Critical for jams, fillings, glazes, confectionery and spoonable or cuttable gel systems. |
| Calcium reactivity | Determines how the pectin responds to calcium already present in fruit, water, dairy ingredients or added salts. |
| Setting temperature / setting time | Important for cooking, filling, cooling, deposit control and production line speed. |
| Viscosity | Relevant for pumpability, suspension, filling behavior and texture before final gel formation. |
| Particle size | Affects dry blending, dispersion, hydration speed, dusting and lump prevention. |
| Moisture / loss on drying | Important for shelf life, powder flowability and active solids comparison. |
| pH | Relevant for formulation compatibility and finished-product gel behavior. |
| Galacturonic acid content | Useful identity and purity parameter for pectin quality comparison. |
| Ash / acid-insoluble matter | Useful for comparing mineral content, purity and insoluble residues. |
| Heavy metals | Should comply with food-grade and destination-market limits. |
| Microbiology | Review total plate count, yeast and mold, coliforms and pathogens according to buyer requirement. |
Commercial parameters
| Packaging | Commonly supplied in multi-layer bags, cartons, drums or PE-lined packaging depending on supplier and grade. |
|---|---|
| Net weight | Often requested in industrial pack sizes such as 20 kg or 25 kg; confirm exact supplier format. |
| Palletization | Confirm bag count, pallet type, stretch wrapping, container load and moisture protection. |
| Shelf life | Confirm from supplier documents; depends on grade, packaging and storage conditions. |
| Storage | Store tightly closed in a clean, dry, cool and well-ventilated area away from moisture and strong odors. |
| Handling | Use dust control and proper dry blending or pre-dispersion methods to reduce lump formation. |
| MOQ | Depends on supplier, stock position, origin, grade, packaging and destination logistics. |
| Lead time | Depends on production schedule, documentation, sample approval, inspection and freight route. |
| Cost-in-use | Compare performance dosage, gel strength, yield and process stability rather than kilogram price alone. |
Quality, food safety and compliance notes
Amidated Pectin for food manufacturing should be purchased only with clear food-grade documentation and supplier traceability. The buyer should verify that the material is suitable for the target food category, process, label requirement and destination market. Where the product will be used for export, private label or customer-specific production, regulatory confirmation should be completed before commercial use.
QA team checklist
- Confirm product name, CAS number, E/INS reference and food-grade status.
- Check whether the grade is amidated pectin and whether E440(ii) declaration is required in the target market.
- Compare supplier specification with the internal purchasing and application specification.
- Review actual batch certificate of analysis before shipment or release.
- Confirm degree of amidation, degree of esterification, gel strength and calcium reactivity where specified.
- Review microbiological limits, heavy metals and purity parameters.
- Verify allergen, GMO, halal, kosher, vegan or other buyer-required statements where applicable.
- Check production date, expiry date, batch number, label and packaging integrity.
- Conduct incoming QC and application trials before changing source, dosage or grade.
Regulatory review points
- Destination-market additive permission and food-category restrictions
- Correct declaration as pectin, amidated pectin, E440 or E440(ii) depending on local rules
- Maximum use level, quantum satis rule or customer-specific limit where applicable
- Finished-product labeling name, additive class and E/INS declaration
- Local import requirements and customs classification support
- Customer standards, retailer policies and clean-label expectations
- Finished-product stability, safety and compliance responsibility
Documents to request
A complete Amidated Pectin inquiry should include both technical and commercial document requirements. This helps avoid delays during supplier qualification, sample approval, customer audits, customs clearance and first production trials.
Core documents
- Product specification or technical data sheet
- Certificate of analysis for available batch or representative lot
- Safety data sheet
- Food-grade statement or regulatory compliance declaration
- Statement confirming pectin type, amidation status and E/INS identity
- Origin statement and manufacturer information where available
- Shelf-life and recommended storage conditions
- Product label, packaging details and pallet configuration
Optional buyer-specific documents
- Halal certificate, kosher certificate or other market-specific certification
- Allergen statement and cross-contamination declaration
- GMO status declaration
- Vegan or vegetarian suitability statement where required
- Heavy metal statement or contaminant declaration
- Microbiological specification and pathogen statement
- Residual solvent or processing-aid statement where required
- Pesticide, ethylene oxide or contaminant statement where requested by the customer
- Country-specific import, customs or registration documents
How to request this product
Send the product name, target grade or reference specification, required gel strength, application, pH range, soluble solids level, calcium conditions, quantity, destination country, packaging preference, delivery term, expected shipment date and required documents. If you already purchase Amidated Pectin, attach or describe your existing specification, label, certificate of analysis or trial result so supplier options can be compared more accurately.
Information that improves quotation accuracy
- Target application and final product type
- Required pectin type, such as amidated low-methoxyl pectin
- Target gel strength, texture or viscosity requirement
- Product pH, soluble solids and calcium level, if known
- Thermal process, filling temperature and storage conditions
- Required annual volume and first-order quantity
- Preferred packaging size and pallet requirement
- Destination port, warehouse or delivery city
- Required Incoterms such as EXW, FOB, CFR, CIF or DAP
- Required certificates and destination-market declarations
- Sample quantity and expected approval timeline
Supplier comparison criteria
- Food-grade documentation completeness
- Consistency of gel strength and calcium reactivity
- Degree of amidation and degree of esterification control
- Particle size suitability for dry blending or direct hydration
- Microbiological and contaminant control
- Packaging strength and moisture protection
- Batch traceability and shelf-life remaining at shipment
- Export experience and document responsiveness
- Total landed cost and performance cost-in-use
Useful answers
What is Amidated Pectin used for in food manufacturing?
Amidated Pectin is used as a hydrocolloid gelling agent, thickener and stabilizer in low-sugar fruit preparations, jams, bakery fillings, glazes, confectionery gels, dairy desserts, acidified dairy systems, sauces and texture-controlled food applications.
How does Amidated Pectin work?
Amidated Pectin forms structure mainly through calcium-reactive gelation. Its amidated low-methoxyl structure allows gel formation at lower soluble solids and provides improved tolerance to calcium variation. The final texture depends on pH, calcium availability, sugar or soluble solids, process temperature, dosage and cooling profile.
Is Amidated Pectin the same as standard pectin?
No. Amidated Pectin is a modified form of low-methoxyl pectin. It can behave differently from high-methoxyl pectin and non-amidated low-methoxyl pectin, especially in low-sugar systems and calcium-containing formulas. Substitution should be validated by trials.
Which technical parameters should be checked before purchasing?
Buyers should compare degree of amidation, degree of esterification, gel strength, setting behavior, calcium reactivity, viscosity, particle size, moisture, pH, galacturonic acid content, ash, acid-insoluble matter, heavy metals, microbiological limits, packaging type, shelf life and food-grade compliance.
Can Global Food Additives source Amidated Pectin?
Global Food Additives can review sourcing options for Amidated Pectin according to target specification, application, gel strength, grade, quantity, destination, packaging preference, delivery term and required documentation.
Which documents should be requested?
Buyers commonly request a technical data sheet, product specification, certificate of analysis, safety data sheet, food-grade statement, origin statement, allergen or GMO declaration where required, shelf-life information, label details and packing configuration.
Is this product permitted in every country?
No. Food additive use depends on destination-market rules, food category, use level, label requirements and buyer responsibility. The buyer should confirm local regulations and customer standards before commercial use.
What should be tested during factory trials?
Factory trials should evaluate dispersion, hydration, gel strength, setting time, viscosity, calcium response, pH stability, syneresis, freeze-thaw stability, bake stability where relevant, texture, mouthfeel, filling behavior, storage stability and compatibility with other hydrocolloids or functional ingredients.
Tell us which food additive or ingredient you need.
Send product names, target specifications, quantity, destination country, packaging preference, delivery term, and document requirements. Our team will review your inquiry and respond from [email protected].
Your message has been received. You will be redirected to the home page.