Maltitol
Maltitol is a food-grade polyol and bulk sweetener used by industrial food manufacturers for sugar-free chocolate, reduced-sugar confectionery, chewing gum, bakery, dairy desserts, fillings, coatings, tablets, lozenges, syrups and reduced-calorie products. It is valued for sucrose-like sweetness, bulk, texture, humectancy, clean taste, lower cooling effect than many polyols and strong functionality in sugar-replacement systems.
For industrial formulation, Maltitol should be evaluated as both a sweetener and a structuring ingredient. Crystalline grades can support chocolate, dry blends, tablets and hard confectionery, while maltitol syrup grades can support moisture retention, viscosity, binding and softness in soft confectionery, bakery fillings and liquid systems. Grade selection must consider maltitol assay, polyol profile, physical form, water content, particle size, digestive tolerance, label requirements and destination-market sweetener regulations.
Product identity
| Product | Maltitol |
|---|---|
| Other names | Maltitol powder, crystalline maltitol, maltitol syrup, hydrogenated maltose, 4-O-alpha-D-glucopyranosyl-D-sorbitol |
| Category | Sweeteners & Polyols |
| Function | Sweetener / polyol / bulking ingredient |
| E / INS number | E965 / INS 965; confirm crystalline or syrup sub-classification by destination market |
| CAS / identity | 585-88-6 for maltitol |
| Molecular formula | C12H24O11 |
| Chemical nature | Disaccharide polyol produced by hydrogenation of maltose or maltose-rich starch hydrolysates |
| Typical form | Crystalline powder, fine powder, granule, direct-compression grade, coating grade, syrup or liquid grade |
| Key technical behavior | Sucrose-like sweetness, bulk, humectancy, texture support, reduced browning, moderate solubility and polyol-related label considerations |
Application fit
Potential use areas may include:
- Sugar-free chocolate, compound coatings, pralines and chocolate fillings
- Hard candy, soft candy, chewy confectionery, gummies and nougat-style systems
- Chewing gum centres, coatings, compressed mints, tablets and lozenges
- Bakery, biscuits, wafers, cereal bars, fillings and reduced-sugar baked goods
- Dairy desserts, frozen desserts, yoghurts, cream fillings and spoonable products
- Jams, spreads, sauces, syrups and fruit preparations where permitted
- Nutrition products, protein bars, meal replacements and wellness-positioned foods
- Polyol blends with erythritol, isomalt, sorbitol, xylitol, lactitol or high-intensity sweeteners
Technical overview
Maltitol is one of the most sucrose-like polyols used in industrial sugar replacement. Compared with many other sugar alcohols, it provides relatively high sweetness, good flavour compatibility, useful bulk and a limited cooling effect. This makes it valuable in chocolate, wafers, biscuits, confectionery and bakery systems where sweetness, solids, mouthfeel and texture must remain close to conventional sugar-based formulas.
Crystalline Maltitol is typically selected for applications requiring low water content, controlled particle size, clean sweetness, sugar-like bulk and good compatibility with dry processing. Maltitol syrup is selected when a liquid sweetener, humectant, binder or viscosity contributor is needed. Syrup grades can contain maltitol plus other hydrogenated saccharides, so the polyol profile and dry-solids content must be reviewed carefully.
Maltitol can reduce sugar content and support reduced-calorie or sugar-free positioning where regulations allow, but it is not a zero-calorie ingredient and it contributes carbohydrate/polyol content. High use levels may require label warnings and serving-size review because excessive polyol intake can produce digestive discomfort in sensitive consumers.
Functional benefits in food systems
Sucrose-like sweetness
Maltitol offers relatively high sweetness compared with many polyols, reducing the need for strong high-intensity sweetener correction in some applications.
Bulk and texture replacement
Provides solids and structure that high-intensity sweeteners cannot supply, helping replace sugar bulk in chocolate, confectionery, bakery and dairy systems.
Humectancy and softness
Maltitol syrup grades can help retain moisture and softness in fillings, bars, chewy confectionery, baked goods and syrups.
Lower cooling effect
Compared with erythritol or xylitol, Maltitol generally has a milder cooling effect, making it useful in chocolate, bakery and creamy products where strong cooling is undesirable.
Crystalline Maltitol vs Maltitol syrup
| Grade type | Typical function | Industrial review points |
|---|---|---|
| Crystalline Maltitol | High-purity solid polyol for sugar-free chocolate, tablets, coatings, hard confectionery and dry blends. | Review maltitol assay, particle size, moisture, bulk density, solubility, compressibility, colour, flavour neutrality and caking tendency. |
| Fine powder grade | Fast blending, smooth mouthfeel and better dispersion in dry systems. | Check dusting, flowability, particle-size distribution, caking and worker exposure controls. |
| Granular grade | Improved handling, lower dust and controlled flow in industrial production. | Review dissolution rate, segregation, hopper flow and compatibility with other granules. |
| Direct-compression grade | Tablet hardness, low friability and efficient compression in mints, lozenges and nutraceutical-style formats. | Validate compressibility, flow, ejection force, tablet strength, disintegration and flavour release. |
| Maltitol syrup | Liquid sweetener, humectant, binder, viscosity contributor and moisture-control ingredient. | Review dry solids, maltitol content, sorbitol/maltotriitol profile, viscosity, water activity, microbial limits and pumpability. |
Application engineering guidance
| Application | Typical technical objective | Key formulation review points |
|---|---|---|
| Sugar-free chocolate | Replace sucrose bulk while maintaining sweetness, mouthfeel, snap, flow and flavour release. | Review particle size, refining, conching, fat phase, viscosity, yield value, cooling curve, bloom stability, high-intensity sweetener use and polyol labeling. |
| Compound coatings and fillings | Support reduced-sugar or sugar-free positioning with acceptable texture and processability. | Validate fat compatibility, particle size, water content, grittiness, spreadability, shelf life and moisture migration. |
| Hard candy and lozenges | Provide sweetness, bulk and stable glass or crystalline structure depending on formula. | Check cooking temperature, residual moisture, crystallization, stickiness, acid stability, flavour release and packaging barrier. |
| Chewy confectionery and gummies | Improve sweetness, moisture retention, chew, softness and reduced-sugar positioning. | Review syrup grade, dry solids, gelatin or pectin system, water activity, humectancy, crystallization, digestive tolerance and shelf life. |
| Chewing gum and coatings | Provide bulk, sweetness, tooth-friendly positioning and coating crunch where permitted. | Check gum base compatibility, polyol blend, coating syrup solids, drying air, crunch, recrystallization, flavour release and moisture migration. |
| Bakery and biscuits | Reduce sugar while maintaining texture, sweetness, spread, bite and water activity. | Validate dough handling, browning, Maillard reduction, humectancy, crispness, shelf life, serving size and label warning requirements. |
| Dairy desserts and frozen desserts | Provide sweetness, solids, freezing point control, mouthfeel and reduced-sugar formulation support. | Check solubility, stabilizer system, lactose interaction, freezing behaviour, sweetness profile, crystallization and digestive tolerance per serving. |
| Nutrition bars and protein products | Provide sweetness, binding, moisture control and reduced-sugar positioning. | Evaluate protein interaction, water activity, bar hardening, syrup viscosity, polyol tolerance, flavour masking and shelf-life texture. |
| Tablets and compressed mints | Support tablet hardness, sweetness, mouthfeel and clean flavour release. | Review direct-compression grade, flowability, friability, ejection force, lubricant system, cooling effect and flavour release. |
Formulation strategy
Maltitol is often chosen when a sucrose-like sensory profile is needed with reduced sugar. In chocolate, it can provide bulk and sweetness while maintaining a familiar eating profile when particle size and fat phase are controlled. In soft confectionery and bakery, maltitol syrup can support moisture retention and texture, while crystalline Maltitol can improve solids balance and sweetness without adding liquid water.
Because Maltitol is less sweet than sucrose in many systems, formulators may still add high-intensity sweeteners to match a full-sugar reference. Sucralose, acesulfame potassium, steviol glycosides, aspartame or other permitted sweeteners may be evaluated depending on pH, heat treatment, product category and destination-market regulations. Sweetener selection must also account for aftertaste, flavour release, heat stability and label preferences.
Maltitol can also be blended with other polyols. Erythritol may reduce calories and add cooling, isomalt may improve hard-candy humidity resistance, sorbitol syrup may increase humectancy, xylitol may improve mint applications, and lactitol may adjust sweetness and texture. The best polyol system depends on target sweetness, water activity, digestive tolerance, cost, processability and claims.
Comparison with other polyols
| Polyol | Typical strength | Industrial comparison point |
|---|---|---|
| Maltitol | High sweetness, sucrose-like taste, good chocolate and confectionery functionality. | Useful when sugar-like sweetness and bulk are needed, but polyol warning and digestive tolerance must be reviewed. |
| Isomalt | Low hygroscopicity and excellent fit for hard candy and decorative confectionery. | Less sweet than Maltitol but often more humidity-resistant in hard candy systems. |
| Sorbitol | Strong humectancy and softness control in soft products. | Useful in syrups and soft confectionery, but may add more moisture-retention and laxative-label considerations. |
| Xylitol | High sweetness, strong cooling effect and common use in gum and mint systems. | Often more expensive and strongly cooling; not always suitable for chocolate or bakery profiles. |
| Erythritol | Very low calorie contribution in many markets and strong cooling effect. | May crystallize and feel cooling or gritty if not properly formulated. |
| Lactitol | Mild sweetness and bulking for bakery and confectionery systems. | Lower sweetness than Maltitol; may require more high-intensity sweetener support. |
Processing and manufacturing notes
In sugar-free chocolate, Maltitol particle size is a critical parameter. If particles are too coarse, the finished chocolate can feel gritty. If the particle distribution, fat system and refining process are not controlled, viscosity and yield value may become difficult to manage. Maltitol grades for chocolate should therefore be evaluated in the actual refining, conching, tempering and moulding process.
In confectionery syrups and fillings, maltitol syrup grade should be selected by dry solids, maltitol content, viscosity, polyol profile, colour, flavour neutrality and microbiological stability. Syrup viscosity affects pumping, dosing, cooking, mixing and filling. Water activity and humectancy affect microbial stability, softness and shelf life.
In dry blends and tablets, crystalline grade, particle size, density, flowability and compressibility are important. Fine powders may blend well but can dust or cake. Granular grades may improve flow and handling. Direct-compression grades should be tested for tablet hardness, friability, ejection force and mouthfeel.
Specification and quality-control parameters
For industrial purchasing, Maltitol should be compared by assay, grade type, polyol profile, physical form and application performance. A supplier specification should define whether the product is crystalline Maltitol, direct-compression Maltitol, coating grade, fine powder, granule, maltitol syrup or a blended polyol system.
Identity and assay
- Product name: Maltitol
- E number / INS number: E965 / INS 965
- CAS number: 585-88-6 for maltitol
- Maltitol assay or content
- Polyol profile for syrup grades
- Reducing sugars and related carbohydrate impurities
Physical properties
- Appearance, colour and odour
- Crystalline powder, granule, syrup or liquid form
- Particle size distribution or mesh size
- Bulk density and tapped density
- Flowability, caking tendency and dusting potential
- Compressibility for tablet and lozenge grades
Chemical limits
- Water content or loss on drying
- Dry solids for syrup grades
- pH of aqueous solution
- Conductivity or ash where specified
- Nickel residue where relevant to hydrogenation process
- Heavy metals and elemental impurities
Food safety controls
- Total plate count, yeast and mould where applicable
- Specified pathogen absence where required
- Allergen and cross-contact declaration
- GMO status and raw material origin
- Halal, kosher, vegan or vegetarian suitability where commercially required
- Food-grade and destination-market compliance statements
Quality effects to validate
| Quality factor | Possible Maltitol effect | Validation method |
|---|---|---|
| Sweetness profile | Provides high polyol sweetness and a sucrose-like taste in many systems. | Sensory panel, sweetness time-intensity test and comparison against full-sugar control. |
| Chocolate texture | Can support sugar-free chocolate bulk, but particle size affects grittiness and flow. | Particle size analysis, refining trial, Casson viscosity, yield value and sensory texture panel. |
| Humectancy | Maltitol syrup can retain moisture and softness in soft products. | Water activity, texture analysis, moisture migration study and shelf-life storage test. |
| Crystallization | Crystalline and syrup grades can affect graininess, set, gloss and texture differently. | Microscopy, texture profile, gloss check and accelerated storage testing. |
| Moisture pickup | Some grades may absorb moisture and cake or become sticky under humidity. | Humidity chamber test, caking test, package trial and flowability after storage. |
| Browning and heat response | Maltitol is less involved in Maillard browning than reducing sugars, which may affect bakery colour. | Baking trial, colour measurement, flavour comparison and process adjustment. |
| Digestive tolerance | Polyol intake may cause gastrointestinal effects in sensitive consumers or at high serving sizes. | Serving-size calculation, total polyol review, label warning review and comparison with other polyol blends. |
Regulatory and labeling review
Maltitol is commonly associated with E965 / INS 965. Some markets distinguish crystalline Maltitol and maltitol syrup, and label requirements may differ according to grade, final food category and use level. Buyers should verify whether the product should be declared as “maltitol,” “maltitol syrup,” “polyol,” “sweetener,” “E965,” “sugar alcohol” or another locally accepted wording.
Polyol-containing products may require special label statements when intake exceeds defined thresholds. Depending on market and product category, warnings related to excessive consumption and laxative effects may be required. Nutrition calculations may also use market-specific energy factors for polyols, so calorie-reduced and sugar-free positioning should be checked carefully.
Claims such as “sugar-free,” “no added sugar,” “reduced sugar,” “tooth-friendly,” “diabetic-friendly,” “low glycemic,” “reduced calorie” or “keto” should not be used unless they are permitted and substantiated in the destination market. The buyer should calculate final sugar, polyol, carbohydrate and energy values based on the complete recipe and serving size.
Industrial purchasing notes
When reviewing Maltitol, compare the supplier specification against the intended food application, grade type, process conditions, sweetness target, texture target, label expectations and local rules. For industrial purchasing, the most useful inquiry normally includes crystalline or syrup grade, assay, polyol profile, physical form, packaging size, quantity, destination and required documents.
| Purchasing factor | Why it matters |
|---|---|
| Grade type | Crystalline, fine powder, direct-compression, coating and syrup grades behave differently in processing and labeling. |
| Maltitol content | Determines sweetness, solids contribution, nutrition calculation and performance consistency. |
| Polyol profile | Syrup grades may contain sorbitol, maltotriitol and other hydrogenated saccharides that affect sweetness, viscosity and tolerance. |
| Particle size | Important for chocolate refining, tablets, dry blending, mouthfeel, flow and caking. |
| Water or dry solids | Critical for syrup handling, microbial stability, water activity and texture. |
| Digestive tolerance and serving size | Total polyol content affects label warnings and consumer acceptance. |
| Packaging and humidity protection | Bag construction, drum lining and pallet protection affect caking, stickiness and storage stability. |
| Documentation package | Complete food-grade, allergen, GMO, heavy metal, microbiology, halal, kosher and regulatory documents reduce approval delays. |
Documents to request
- Product specification or technical data sheet with E number, CAS number and grade description
- Certificate of analysis for available batch or lot
- Maltitol assay and polyol profile
- Crystalline Maltitol, direct-compression grade, coating grade or maltitol syrup declaration
- Particle size distribution, mesh size, bulk density and flowability data for dry grades
- Dry solids, viscosity, colour and microbiological data for syrup grades
- Water content, pH, ash, conductivity and reducing sugar data where specified
- Nickel residue, heavy metals and elemental impurity limits where relevant
- Food-grade statement and destination-market regulatory declaration
- Safety data sheet where applicable
- Origin, manufacturer, production site and raw material route information
- Allergen, gluten, GMO, irradiation and nanomaterial statements where required
- Halal, kosher, vegan or vegetarian suitability documents where commercially required
- Shelf-life, storage condition and humidity-protection guidance
- Packaging details, net weight, inner liner, drum type, pallet configuration and batch coding
- Label declaration guidance, polyol warning guidance and market-specific compliance statement
- Change-control, traceability and supplier quality-system information where required
How to request this product
Send the product name, target grade or reference specification, application, crystalline or syrup preference, assay requirement, particle size or dry-solids requirement, quantity, destination country, packaging preference, expected shipment date and required documents. If you already purchase Maltitol, attach or describe your existing specification, label, certificate of analysis, supplier grade, particle-size target, syrup solids, process type or dosage so supplier options can be compared more accurately.
For faster technical review, include the final product type, target sweetness, sugar-free or reduced-sugar claim, high-intensity sweetener system, processing temperature, water activity target, packaging format, serving size, required certifications, preferred origin, annual consumption estimate and whether you need a laboratory sample, pilot quantity or commercial shipment.
Useful answers
What is Maltitol used for in food manufacturing?
Maltitol is used for sweetness design, sugar replacement, polyol bulking, reduced-calorie positioning, texture support, humectancy and sucrose-like mouthfeel. Typical applications include sugar-free chocolate, confectionery, chewing gum, coatings, bakery, dairy desserts, fillings, tablets, lozenges and nutrition products.
What is the difference between Maltitol powder and Maltitol syrup?
Maltitol powder is a crystalline or granular solid grade used for dry processing, chocolate, tablets and coatings. Maltitol syrup is a liquid polyol syrup used where moisture retention, binding, viscosity and syrup dosing are needed. They are not direct substitutes without reformulation.
Is Maltitol as sweet as sugar?
Maltitol is relatively close to sucrose in sweetness compared with many polyols, but final sweetness depends on grade, dosage, product matrix, serving temperature and whether high-intensity sweeteners are added.
Does Maltitol need a laxative warning?
Many markets require a warning or special label statement when polyol intake from the finished food exceeds defined thresholds. Requirements vary by country, product category and serving size, so label compliance should be checked before launch.
Can Global Food Additives source Maltitol?
Global Food Additives can review sourcing options for Maltitol according to target specification, crystalline or syrup grade, assay, particle size, dry solids, physical form, quantity, destination, packaging and required documentation.
Which documents should be requested?
Buyers commonly request a technical data sheet, product specification, certificate of analysis, maltitol assay, polyol profile, food-grade statement, safety data sheet where applicable, origin statement, allergen declaration, GMO declaration, shelf-life information and packing details.
Is Maltitol permitted in every country?
No. Food additive and sweetener use depends on destination-market rules, food category, use level, sweetener regulations, label requirements and buyer responsibility. Final regulatory suitability should be verified before commercial use.
What should be checked before switching Maltitol suppliers?
Check assay, crystalline or syrup grade, polyol profile, particle size, water content, dry solids, colour, odour, viscosity, flowability, nickel residue where applicable, heavy metals, microbiological limits, allergen status, GMO status, regulatory documents, shelf life and finished-product performance.
Tell us which food additive or ingredient you need.
Send product names, target specifications, quantity, destination country, packaging preference, delivery term and document requirements. For Maltitol, please also include the application, crystalline or syrup grade, assay, particle size or dry solids, target sweetness, packaging requirement and required certificates. Our team will review your inquiry and respond from [email protected].
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