Probiotics and fermentation products

Clostridium butyricum

Clostridium butyricum is a probiotic and fermentation product used in animal nutrition programs where stable digestive ecosystems, strain reliability, viable count, process stability, and feed-grade documentation are critical purchasing factors.

Probiotic feed additive Butyrate-producing organism Strain-specific documentation Pelleting stability review Export quotation support
Clostridium butyricum feed additive visual

Product role

Where Clostridium butyricum fits

Clostridium butyricum is part of the probiotics and fermentation products group. In feed and premix purchasing, it is evaluated differently from commodity ingredients because the commercial value depends on strain identity, viable count, spore survival, manufacturing quality, carrier system, storage requirements, regulatory status, and evidence that the selected strain is suitable for the target species and application.

Clostridium butyricum is known as a strictly anaerobic, Gram-positive, endospore-forming, butyric-acid-producing bacterium. For feed additive buyers, these biological features make specification control especially important: the product must be correctly identified, preserved during storage, survive the intended feed process when required, and remain viable through the declared shelf life.

Atlas Feed Additives can coordinate international supplier options for feed mills, premix producers, distributors, livestock integrators, aquaculture feed producers, and pet food manufacturers that need consistent feed-grade probiotic material with clear documentation.

At a glance

Commercial and formulation value

Probiotic positioning

Used in feed programs where the buyer wants a live microbial additive selected for digestive support, gut ecosystem balance, and production-phase resilience.

Butyrate connection

Clostridium butyricum is associated with butyric acid production, making it relevant to gut-focused nutrition strategies and fermentation-based additive programs.

Process-sensitive product

Commercial value depends on survival through storage, mixing, pelleting, extrusion, transport, and the declared shelf-life period.

Documentation-led sourcing

Supplier selection should be based on strain identity, viable count, contaminant testing, safety data, stability, packaging, and destination-market rules.

Technical profile

Specification points buyers should confirm

Probiotic offers are not directly comparable unless strain, viable count, analytical method, carrier system, stability data, packaging, and documentation are aligned. For Clostridium butyricum, buyers should compare the active microbial specification rather than only the product name or price per kilogram.

Product name Clostridium butyricum, also abbreviated as C. butyricum in technical documents.
Product group Probiotic and fermentation product for animal nutrition applications.
Biological type Strictly anaerobic, Gram-positive, endospore-forming, butyric-acid-producing bacterium. Commercial feed products are normally evaluated on a strain-specific basis.
Activity declaration Usually declared as colony forming units per gram, written as CFU/g. Some suppliers may also provide spore count, viable count at manufacture, and viable count at end of shelf life.
Strain identification Request full strain name, deposit number where available, identification method, genetic confirmation, manufacturing strain controls, and traceability from production batch to commercial product.
Carrier system Commercial products may use carriers, protectants, diluents, flow agents, or encapsulation systems. The carrier affects dilution, handling, dust, flowability, mixing uniformity, and stability.
Physical checks Appearance, odor, particle size, bulk density, moisture, flowability, dispersibility, dust level, caking tendency, and compatibility with premix or complete feed production.
Process stability Review stability during premix storage, compound feed storage, pelleting, steam conditioning, extrusion, fat coating, mineral blending, acidifier exposure, and interaction with other additives.
Microbial quality Request limits and test results for Salmonella, Escherichia coli, coliforms, molds, yeasts, Staphylococcus aureus, Clostridium perfringens when relevant, and other buyer- or market-required organisms.
Safety checks Because safety is strain-specific, request toxin and virulence screening, antimicrobial resistance assessment, absence of relevant pathogenic traits, and documentation required by the destination market.
Regulatory note Approved strains, permitted applications, labeling rules, and maximum or minimum inclusion declarations may vary by country. Confirm local feed additive legislation before import, sale, or use.
Formulation note Final inclusion rate should be defined by the supplier specification, authorized use conditions, complete diet design, target species, production stage, and qualified nutrition guidance.

Typical applications

Where Clostridium butyricum is commonly evaluated

  • starter feeds and early-life digestive support programs
  • antibiotic-reduction and antibiotic-free production strategies
  • poultry diets for broilers, layers, breeders, and young birds
  • swine diets for nursery, post-weaning, growing, and breeding programs
  • rumen and hindgut stability strategies where approved and technically suitable
  • aquaculture feeds for fish and shrimp nutrition programs
  • companion animal diets and functional pet nutrition concepts
  • premixes, mineral feeds, soluble products, and specialty additive blends

Buyer quality checklist

Documents and data to request

  • strain identification and strain deposit information where available
  • declared viable count in CFU/g and test method
  • spore count and end-of-shelf-life activity guarantee when relevant
  • certificate of analysis for each production batch
  • stability data for storage, premix use, and feed processing
  • pelleting or heat-stability results under defined process conditions
  • microbial contaminant testing and pathogen absence statement
  • toxin, virulence, and antimicrobial resistance safety documentation
  • safety data sheet and handling recommendations
  • origin, manufacturing site, packaging, shelf life, and storage conditions

Species and formulation context

How buyers typically position the product

Clostridium butyricum should be selected according to target species, production stage, feed type, processing temperature, storage duration, and the buyer’s regulatory market. The same product may not be suitable for every feed system unless the strain, approval status, and stability data match the intended use.

Poultry

Often evaluated for starter feeds, broiler programs, layer support, breeder nutrition, and transition periods where gut ecosystem stability and feed efficiency are commercial priorities.

Swine

Commonly reviewed for nursery and post-weaning diets, feed-change periods, sow programs, and strategies designed to support intestinal resilience during production stress.

Aquaculture

May be considered for fish and shrimp feeds where probiotic survival, water stability, extrusion compatibility, and species-specific data are important purchasing criteria.

Ruminants and companion animals

Can be evaluated in specialty nutrition programs, but approval status, strain suitability, product format, and feeding method should be checked carefully before use.

Important nutrition note: Atlas Feed Additives supports sourcing and documentation coordination. Final inclusion rates, claims, target species suitability, and label language should be confirmed by the supplier, a qualified nutritionist, and the applicable feed additive regulations in the destination market.

Mechanism-focused buying

Questions to ask before selecting a probiotic strain

Is the strain clearly identified?

Do not rely only on the species name. Ask for the strain designation, deposit reference when available, identification method, and supplier confirmation that the commercial product matches the declared strain.

Is the activity guaranteed?

Clarify whether the CFU/g value is guaranteed at production, shipment, delivery, or end of shelf life. For finished feed use, ask for survival data under realistic conditions.

Is the product safe and compliant?

Request safety screening for relevant toxins, virulence factors, transferable antimicrobial resistance concerns, and microbial contaminants according to the buyer’s quality system.

Will it survive processing?

Pelleting, steam conditioning, extrusion, moisture, pressure, and residence time may reduce viable count. Ask for data that reflects your actual production process.

Will it mix uniformly?

Particle size, carrier selection, dilution rate, and flowability influence distribution in premixes, mineral blends, compound feed, and soluble products.

Will the documents pass import review?

Feed additives may require product registration, origin documents, certificates, labels, SDS, COA, and species-specific authorization depending on the market.

Strain and safety verification

Why Clostridium butyricum requires careful supplier screening

Probiotics are living microorganisms, and their commercial performance depends on the exact strain and production process. For Clostridium butyricum, the genus-level name is not enough for a complete purchasing decision. Buyers should ask for strain-level identity, safety screening, and quality control data before comparing prices.

Identity confirmation

Request strain designation, identification report, genome-based confirmation where available, production master culture controls, and traceability between culture, fermentation, drying, blending, and final batch.

Safety profile

Ask for documentation covering toxin screening, virulence marker review, antimicrobial resistance assessment, contaminant testing, and compliance with the destination market’s feed additive rules.

Batch consistency

Review COA values, activity variation, moisture, purity, microbiological limits, packaging integrity, storage recommendations, and end-of-shelf-life guarantees.

Practical warning

Do not compare only by CFU/g.

A higher declared CFU/g is not automatically a better purchase if the strain is not authorized for the target market, if stability is weak, if post-pelleting survival is low, if documents are incomplete, or if the carrier system creates mixing and handling problems.

Best practice: compare the delivered viable count, strain documentation, process survival, shelf-life guarantee, safety documentation, and landed cost together.

Procurement note

Ask for the right specification before comparing prices.

Price comparisons are meaningful only when strain, activity declaration, carrier, particle size, packaging, origin, shelf life, storage temperature, stability data, and documentation are aligned. For sensitive probiotic products, also review compatibility with pelleting, premix storage, acidifiers, trace minerals, coccidiostats, enzymes, organic acids, essential oils, and other additives used in the same formula.

1 Define the target use

Confirm species, production phase, feed type, target CFU, processing conditions, and whether the product will be used in premix, compound feed, liquid application, or specialty blend.

2 Match the strain

Request strain designation, identification method, safety screening, legal status, and any supporting data required for the intended market and species.

3 Check stability

Review shelf-life data, storage temperature, packaging barrier, moisture sensitivity, pelleting stability, and survival after feed processing.

4 Compare landed value

Evaluate cost per delivered viable unit, document quality, batch consistency, freight, lead time, packaging, regulatory fit, and supplier reliability.

Processing and stability

Questions for feed mills and premix plants

Clostridium butyricum products may be marketed as spore-forming probiotics, but practical survival still depends on strain, formulation, moisture, heat exposure, residence time, pressure, packaging, and storage. Buyers should request stability information that matches the actual feed process rather than relying on generic claims.

  • declared CFU/g at manufacture and at end of shelf life
  • recommended storage temperature and humidity range
  • survival data after pelleting at defined temperature and residence time
  • compatibility with premix minerals, organic acids, enzymes, and anticoccidials
  • recommended inclusion point in the production line
  • mixing uniformity data or carrier recommendations
  • dust control and worker safety guidance
  • opened-bag handling and resealing recommendation

Packaging and logistics

Common purchasing details to clarify

Packaging format affects product stability, shelf life, transport risk, and handling. Before confirming an order, align packaging with your warehouse conditions, production rhythm, and regulatory documentation needs.

  • net bag weight, carton format, or drum format
  • foil-lined, vacuum, nitrogen-flushed, or moisture-barrier packaging if required
  • pallet configuration and container loading plan
  • cold-chain, cool-chain, or ambient shipment requirement
  • batch coding, manufacturing date, expiry date, and retest policy
  • label language and product identification format
  • temperature data logger requirement for sensitive shipments
  • customs documents, certificate of origin, and import registration support

Document package

Recommended documents for Clostridium butyricum procurement

Commercial documents

Proforma invoice, packing list, commercial invoice, certificate of origin when required, shipment details, Incoterms, lead time, and payment terms.

Quality documents

Product specification, batch COA, viable count result, spore count when relevant, moisture, microbial purity, carrier declaration, shelf-life statement, and storage recommendation.

Safety and compliance

SDS, strain identification, toxin and virulence screening, antimicrobial resistance assessment, pathogen absence statement, feed-grade declaration, and destination-specific certificates.

Documentation tip: Ask whether the CFU result is measured using a method suitable for the declared strain and whether the result represents the product at manufacture, shipment, delivery, or end of shelf life.

Supplier coordination

How Atlas Feed Additives supports buyers

Atlas Feed Additives helps customers compare Clostridium butyricum options from a sourcing perspective: strain fit, viable count, stability data, supplier reliability, document completeness, packaging suitability, shipment planning, and quotation clarity. This is especially useful for buyers comparing multiple probiotic offers that may differ in strain, CFU guarantee, carrier system, and shelf-life conditions.

  • reviewing buyer specifications before quotation
  • checking whether supplier documents match the requested probiotic grade
  • coordinating product, packaging, and shipment details
  • supporting feed mills, premix producers, distributors, integrators, and aquafeed producers
  • helping buyers avoid non-comparable offers based on different strains, carriers, or CFU guarantees
  • organizing document requests such as COA, SDS, strain declaration, origin, and microbial safety results

Quotation preparation

Information to include in your request

A complete inquiry helps Atlas Feed Additives respond faster and compare supplier options more accurately. Use the checklist below when requesting a quotation for Clostridium butyricum.

Product details

Required strain, CFU/g target, spore count if required, carrier preference, particle size, moisture, and whether pelleting stability is needed.

Application details

Target species, production stage, feed format, premix or complete feed use, process temperature, storage period, and compatibility concerns.

Quantity and logistics

Trial quantity, monthly demand, annual forecast, destination country, delivery terms, packaging preference, lead time, and shipment conditions.

Document requirements

COA, SDS, strain declaration, origin, feed-grade statement, stability report, microbial safety data, registration documents, and buyer-specific templates.

Questions

Useful answers

What is Clostridium butyricum used for in animal nutrition?

Clostridium butyricum is used as a probiotic and fermentation product in animal nutrition programs to help support stable digestive ecosystems, especially during feed changes, environmental stress, production transitions, and antibiotic-reduction strategies. It should be used according to target species, formulation objective, strain authorization, and applicable market rules.

Why is Clostridium butyricum described as a butyrate-producing probiotic?

Clostridium butyricum is associated with butyric acid production. In practical feed additive sourcing, this makes the product relevant for gut-focused nutrition strategies, but commercial use should still be based on the declared strain, viable count, stability data, and authorized claims in the destination market.

Can Atlas Feed Additives quote Clostridium butyricum?

Yes. Send your required specification, strain requirement, CFU/g target, quantity, destination, packaging preference, delivery terms, and required documents so Atlas Feed Additives can review suitable supplier options for Clostridium butyricum.

What quality documents should buyers request for Clostridium butyricum?

Common documents include specification, certificate of analysis, safety data sheet, strain identification, viable count result, spore count where relevant, origin information, batch details, shelf-life statement, microbial contaminant results, safety screening, and any market-specific certificates required by the buyer.

Why is strain identification important?

Probiotic safety and performance are strain-specific. Two products with the same species name may differ in stability, activity, safety documentation, legal status, and target-species evidence. Buyers should request the exact strain designation and supporting documents.

What does CFU/g mean?

CFU/g means colony forming units per gram. It is a common way to declare viable microbial activity in probiotic products. Buyers should clarify whether the CFU/g value is guaranteed at manufacture, shipment, delivery, or end of shelf life.

Can Clostridium butyricum be used in pelleted feed?

Suitability for pelleted feed depends on strain, carrier, protective technology, steam conditioning temperature, residence time, moisture, and the buyer’s process. Request pelleting stability data under conditions similar to your feed mill.

How should Clostridium butyricum be stored?

Storage should follow the supplier specification and safety data sheet. Buyers should confirm whether the product requires cool, dry, refrigerated, or ambient storage, and whether opened bags must be resealed or used within a defined period.

What contaminants should be checked?

Buyers commonly request testing for Salmonella, Escherichia coli, coliforms, yeasts, molds, Staphylococcus aureus, and other organisms required by the destination market or buyer quality system. Safety screening should also address strain-specific toxin, virulence, and antimicrobial resistance concerns.

Is Clostridium butyricum suitable for all animal species?

No universal assumption should be made. Suitability depends on strain, legal authorization, target species, feeding method, product format, and formulation goal. Confirm the intended use with supplier documentation, a qualified nutritionist, and local feed additive regulations.

How should buyers compare different Clostridium butyricum offers?

Compare strain identity, CFU/g guarantee, end-of-shelf-life activity, stability data, carrier, moisture, packaging, storage needs, process survival, contaminant testing, safety documentation, regulatory fit, and landed cost.

What information should I send for a fast quotation?

Please send the required strain if known, CFU/g target, species, feed application, order quantity, destination, packaging preference, delivery terms, and document requirements. If pelleting or extrusion is involved, include temperature and process details.

Request a quotation

Tell us what you need

Send your product list, target specification, strain requirement, CFU/g target, destination country, packaging preference, estimated quantity, feed application, processing conditions, and required documents. Our team will review your request and respond from orders@feedgradeadditives.com.