Carob ingredients for animal nutrition
Carob Powder and Kibbled Carob / Carob Pulp for feed formulations requiring natural carbohydrates, fibre contribution, palatability potential and reliable industrial supply.
Built for feed manufacturers, premix companies, distributors, animal nutritionists, formulators, purchasing managers and industrial feed buyers.
Technical positioning
This page is built to support practical formulation and sourcing conversations. Where composition, fibre, tannins or species-specific observations are mentioned, they are linked discreetly to the relevant literature such as [1], [2] or [3].
Product overview
Both products are presented as feed ingredients for professional animal nutrition, with specification data and literature references included where technically useful.
Product 01
Fine carob powder positioned for formulations where homogeneous mixing, natural carbohydrate contribution, fibre contribution and process consistency are commercially relevant [1][2].
Product 02
Coarser carob pulp format positioned for feed applications where structure, fibre-oriented thinking, natural sugars and broader handling flexibility are relevant to the formulation brief [1][2].
Product comparison
| Feature | Carob Powder | Kibbled Carob / Carob Pulp |
|---|---|---|
| Format | Fine powder | Coarse kibbled or cut pulp |
| Typical use | Homogeneous dry blends and formulation-controlled mixes | Coarser blends and structure-oriented feed concepts |
| Particle management | 105 micron powder, with 96% below 105 microns | Three size grades available; current specification shown for the large 10-16 mm format |
| Fibre contribution | May contribute fibre depending on composition and inclusion rate [2] | May contribute fibre depending on composition and inclusion rate [1][2] |
| Natural sugars / carbohydrates | Carob-derived carbohydrates, with batch values confirmed by product analysis [1] | Carob pods and pulp are described as sugar-containing materials [1][2] |
| Polyphenols / tannins | Best reviewed at formulation stage [2] | Best reviewed carefully at formulation stage [2][3] |
| Handling profile | Adapted to fine dosing and uniform mixing workflows | Adapted to applications where a coarser presentation is acceptable |
| Packaging | 25 kg multilayer paper bag with polyethylene liner | Packaging available upon request |
| Best fit | Mixing precision and formulation flexibility | Structure, fibre contribution, granulometry choice and ingredient profile |
Fine powder
Coarse kibbled or cut pulp
Homogeneous dry blends and formulation-controlled mixes
Coarser blends and structure-oriented feed concepts
105 micron powder, with 96% below 105 microns
Three size grades available; current specification shown for the large 10-16 mm format
May contribute fibre depending on composition and inclusion rate [2]
Carob-derived carbohydrates, with batch values confirmed by product analysis [1]
Best reviewed at formulation stage [2]
Adapted to fine dosing and uniform mixing workflows
Adapted to applications where a coarser presentation is acceptable
25 kg multilayer paper bag with polyethylene liner
Packaging available upon request
Mixing precision and formulation flexibility
Structure, fibre contribution, granulometry choice and ingredient profile
Key technical benefits
Carob ingredients are positioned as plant-based raw materials suitable for industrial feed supply discussions.
Carob pods and pulp are described as sources of sugars and can contribute fibre depending on composition and inclusion rate [1][2].
Fine powder and kibbled pulp allow the nutrition team to select the format that best aligns with the target feed and plant process.
Studies suggest palatability-related outcomes should be assessed case by case because sugars and tannins may influence intake dynamics differently [2].
Polyphenols and tannins are part of the ingredient profile and should be considered alongside the final formula, inclusion rate and target species [2][3].
Traceability, COA availability and technical specifications can support sourcing, quality review and customer qualification.
Applications
Swine is the strongest evidence-backed application in the uploaded studies. Other species are presented more broadly and should be validated by the customer's nutritionist.
Carob ingredients may be evaluated where formulation teams are looking at plant-derived carbohydrates and fibre contribution within complete ration design.
Suitability should be assessed according to the final formulation, species and local regulations.
The supplied pig studies suggest that carob pod or carob pulp inclusion can be feasible under defined conditions, while also highlighting digestibility, economics and formulation cautions [1][2][3].
Use should be validated by genetics, diet balance, inclusion level and plant process.
Carob formats may be reviewed by poultry formulation teams as plant-derived feed ingredients where fibre and carbohydrate contribution are under consideration.
Suitability should be assessed according to the final formulation, species and local regulations.
Potential relevance in pet food should be treated as a project-specific formulation, palatability, labeling and regulatory question rather than a generic market claim.
Suitability should be validated case by case before commercial use.
Technical specifications
Values below reflect the supplied product specifications. Final delivered lots should still be confirmed by the corresponding batch COA.
Specification sheet
| Origin / source | Fruit of the carob tree, Ceratonia siliqua |
|---|---|
| Moisture | < 6% |
| Ash | < 5% |
| Total protein | < 6% |
| Total fat content | 1% |
| Total sugars | 40% |
| Reducing sugars | < 12% |
| Total dietary fibre | ~ 42% |
| Crude fibre | < 11% |
| pH | 5 - 6 |
| Solubility in water | 50% - 60% |
| Specific weight | 500 - 550 kg/m3 |
| Particle size | 105 microns, with 96% < 105 microns |
| Energy value | 1290 kJ / 310 kcal per 100 g |
| Packaging | 25 kg multilayer paper bag with polyethylene liner |
| Shelf life | 18 months from manufacture date |
| Storage | Store in a dry, cool place away from direct sunlight |
| Microbiology | Aerobic mesophilic count < 10^4 cfu/g; yeast and moulds < 10^3 cfu/g; Salmonella absent /25 g; E. coli absent /g |
| Contaminants / status | Aflatoxin B1 < 0.05 mg/kg; lead < 10 mg/kg; cadmium < 1 mg/kg; GMO free |
Specification sheet
| Format shown | Large kibbled carob |
|---|---|
| Available sizes | Three size grades available; current values correspond to the large format |
| Granulometry / cut size | 10 - 16 mm |
| Moisture | ~ 11% |
| Ash | ~ 5% |
| Total protein | < 7% |
| Total fat content | < 2% |
| Total sugars | ~ 43% |
| Reducing sugars | ~ 15% |
| Crude fibre | < 12% |
| pH | 5 - 6 |
| Microbiology | Aerobic mesophilic count < 10^5 cfu/g; yeast and moulds < 10^4 cfu/g; Salmonella absent /25 g; E. coli absent /g |
| Packaging | Available upon request |
| Shelf life / storage | Available upon request or batch documentation |
| Documentation | Technical data sheet and batch-related commercial documentation |
Quality & supply
The commercial supply approach is supported by documentation readiness, lot traceability and practical coordination for professional feed applications.
Technical literature
Scientific literature helps guide how carob ingredients are presented for feed applications, while final product use should always be assessed within the complete formula.
Carob pods are described in the literature as sugar-containing materials with gross energy contribution. Final values should always be confirmed by product analysis.
References: [1]
Carob pulp can contribute fibre to feed formulations, with practical impact depending on composition, processing and inclusion rate.
Studies describe carob pulp as containing polyphenols, including condensed tannins, which should be considered during formulation work.
The strongest uploaded literature relates to pig studies, where carob pod or pulp inclusion was evaluated under defined experimental conditions together with digestibility and economic considerations.
The literature suggests intake-related outcomes may depend on the balance between sugars and tannins, so palatability is best assessed in the final formula.
References: [2]
A pork study reported that 20% carob pulp did not impair meat quality under its tested conditions, adding useful context while still requiring formulation-specific validation.
References: [3]
Contact