AtlasFeed Additives

Feed enzymes

Multi-Enzyme Blend

Multi-Enzyme Blend is a feed enzyme product selected to improve nutrient release, feed efficiency, feed-cost optimization, and formulation flexibility when phytase, xylanase, beta-glucanase, beta-mannanase, amylase, protease, cellulase, pectinase, or other enzyme activities are matched to the substrate profile of the diet.

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Multi-Enzyme Blend feed additive visual

Product role

Where Multi-Enzyme Blend fits

Multi-Enzyme Blend is part of the feed enzymes group. In animal nutrition, it is used when feed mills, premix producers, nutritionists, and integrators need a broader enzyme strategy than a single-activity product. A well-designed blend can support improved nutrient availability by targeting multiple dietary substrates such as phytate, non-starch polysaccharides, beta-glucans, mannans, starch, protein fractions, fiber components, and other anti-nutritional or poorly digestible components.

The value of a multi-enzyme product depends on diet composition. Corn-soy formulas, wheat-barley diets, rye-containing formulas, high-DDGS rations, oilseed meal programs, high-fiber diets, young animal feeds, and aquafeeds may each require different enzyme combinations. For this reason, buyers should evaluate the product according to substrate fit, declared activity units, inclusion rate, heat stability, matrix values, and application evidence rather than product name alone.

Atlas Feed Additives can coordinate international supplier options for feed mills, premix producers, enzyme brands, poultry integrators, swine producers, aquafeed manufacturers, ruminant programs, pet food companies, distributors, and private-label feed additive companies that require consistent feed-grade material, clear documentation, export support, and reliable quotation handling.

Enzyme function

Why multi-enzyme products are used in feed programs

Feed ingredients contain nutrients that are not always fully available to the animal. Some nutrients are locked inside plant cell walls, bound to phytate, associated with viscous non-starch polysaccharides, or present in protein and starch fractions that are more difficult to digest in young animals or high-performance diets. Multi-Enzyme Blend products are designed to target several of these substrate groups at the same time.

Typical objectives include phosphorus release, improved energy utilization, reduced viscosity in wheat-barley diets, better fiber breakdown, improved access to starch and protein, lower nutrient variability, feed-cost optimization, reduced mineral safety margins where supported by matrix data, and improved flexibility when using alternative grains or by-products. Results depend on the enzyme profile, activity level, substrate availability, feed processing, animal species, and formulation strategy.

Practical value

Procurement-focused benefits

  • Supports nutrient release from phytate, fiber, NSP, beta-glucans, mannans, starch, and protein substrates when correctly matched to the diet.
  • Can improve feed formulation flexibility in corn-soy, wheat-barley, high-fiber, high-by-product, and variable raw-material programs.
  • May help nutritionists apply matrix values for phosphorus, calcium, amino acids, metabolizable energy, or other nutrients where supplier data supports use.
  • Can reduce the need for several separate enzyme products when a multi-activity blend is technically suitable.
  • Allows buyers to compare suppliers by activity units, enzyme spectrum, matrix recommendations, heat stability, coating, and documentation.
  • Can be sourced with COA, SDS, activity declaration, assay method, stability data, origin details, batch traceability, and market-specific certificates.

Typical applications

Species, diet types, and formulation situations

Multi-Enzyme Blend can be considered wherever feed enzymes are used to improve nutrient release, feed efficiency, and formulation flexibility. Final suitability depends on species, feed ingredients, substrate levels, enzyme activities, inclusion rate, processing temperature, matrix application, and local authorization.

  • Poultry feeds for broilers, layers, breeders, turkeys, ducks, and specialty poultry programs.
  • Swine diets for piglets, nursery pigs, growers, finishers, sows, and boars, especially where fiber and phytate management are important.
  • Aquafeeds for fish and shrimp using plant proteins, oilseed meals, cereal fractions, and high-fiber ingredients.
  • Ruminant concentrates, calf starters, dairy feeds, beef feeds, and high-by-product formulas where enzyme application is technically justified.
  • Pet food and specialty companion-animal products using cereal, starch, protein, and fiber substrates.
  • Corn-soy formulas requiring phytase, beta-mannanase, protease, amylase, or supporting activities.
  • Wheat, barley, rye, and triticale formulas requiring xylanase, beta-glucanase, cellulase, or NSP-focused activities.
  • High-fiber formulas using DDGS, wheat bran, sunflower meal, rapeseed meal, palm kernel meal, copra meal, soy hulls, or other by-products.
  • Phosphorus-release programs where phytase activity and validated matrix values are central to formulation decisions.
  • Young animal diets where digestive capacity, feed transition, and nutrient density are practical formulation concerns.

Substrate fit and matrix values

Enzyme selection should start with the feed formula

A multi-enzyme product should be selected according to the substrate profile of the diet. Enzyme activity is useful only when the matching substrate is present in meaningful amounts and the enzyme remains active under feed manufacturing and digestive conditions. A high-activity enzyme blend may still underperform if the activity units are not relevant to the formula, if heat stability is inadequate, or if matrix values are applied without supporting data.

Substrate-matching questions

  • Does the diet contain high phytate phosphorus that requires phytase activity?
  • Does the formula include wheat, barley, rye, triticale, or cereal by-products that require xylanase or beta-glucanase support?
  • Does the formula include soybean meal, palm kernel meal, copra meal, guar meal, or other ingredients where beta-mannanase may be relevant?
  • Does the diet contain starch fractions where amylase activity may support digestion?
  • Is protein digestibility a concern, making protease activity useful?
  • Are high-fiber ingredients present, making cellulase, pectinase, hemicellulase, or other fiber-degrading activities relevant?
  • Are matrix values needed for phosphorus, calcium, energy, amino acids, or other nutrients?
  • Does the supplier provide matrix recommendations supported by trials, internal research, or field data?
  • Are matrix values conservative enough for the buyer's animal performance and safety margin expectations?
  • Will the enzyme be added before pelleting, after pelleting, through liquid application, or in a premix?

Buyer quality checklist

What to confirm before comparing Multi-Enzyme Blend offers

Multi-Enzyme Blend products should not be compared by price per kilogram alone. Two products can differ significantly in enzyme composition, activity units, assay methods, heat stability, coating technology, matrix recommendations, inclusion rate, carrier, particle size, dust level, flowability, storage requirements, and regulatory status. Buyers should request a full technical package before comparing suppliers.

Technical specification points

  • Declared product type: multi-enzyme blend, enzyme complex, phytase-plus-NSP enzyme, carbohydrase blend, protease-containing blend, liquid enzyme, coated enzyme, or custom enzyme product.
  • Full enzyme activity list, such as phytase, xylanase, beta-glucanase, beta-mannanase, cellulase, amylase, protease, pectinase, alpha-galactosidase, or other activities.
  • Declared activity units for each enzyme and definition of each activity unit.
  • Assay method used for each enzyme activity.
  • Production organism, fermentation source, or enzyme origin where required by buyer documentation.
  • Substrate specificity and target diet types.
  • Recommended inclusion rate by species, diet type, and formulation objective.
  • Matrix values for phosphorus, calcium, metabolizable energy, amino acids, crude protein, or other nutrients where supported by supplier data.
  • pH activity range and temperature activity profile.
  • Heat stability during conditioning, pelleting, extrusion, drying, or post-pellet application.
  • Coating technology, granulation, encapsulation, or thermostability system, if used.
  • Pelleting recovery data at relevant temperatures and conditioning times.
  • Premix stability and finished-feed stability during storage.
  • Compatibility with vitamins, minerals, choline chloride, organic acids, probiotics, phytogenics, mycotoxin binders, anticoccidials where permitted, and medications where permitted.
  • Physical form: powder, granule, coated granule, microgranule, liquid, or premix-ready blend.
  • Carrier material and feed-grade suitability.
  • Particle size, bulk density, flowability, dusting tendency, and segregation risk.
  • Contaminant controls, including microbiology, heavy metals, residual solvents, and undesirable substances required by the destination market.
  • Packaging size, liner type, moisture barrier, pallet configuration, shelf life, storage temperature, and opened-package handling.
  • Destination-market regulatory status, permitted enzyme names, label wording, and permitted claims.

Program design

How buyers define the right enzyme profile

The best Multi-Enzyme Blend specification depends on target species, raw-material profile, diet substrate levels, expected nutrient matrix, feed processing temperature, and final application method. A corn-soy broiler diet, wheat-barley layer diet, piglet prestarter, high-DDGS swine diet, aquafeed, ruminant concentrate, and pet food formula may require different enzyme activities and stability targets.

  • Define the target species and production phase before selecting the enzyme blend.
  • Share the main feed ingredients and approximate inclusion levels.
  • Identify the target substrates: phytate, arabinoxylans, beta-glucans, mannans, starch, protein, cellulose, pectin, or other fibers.
  • Specify whether the objective is phosphorus release, energy release, viscosity reduction, fiber management, protein digestibility, or formula cost optimization.
  • Confirm whether the product will be used in premix, complete feed, liquid application, post-pellet coating, aquafeed, pet food, or top-dress products.
  • Review pelleting temperature, conditioning time, extrusion profile, drying conditions, and storage duration.
  • Check whether matrix values must be integrated into formulation software.
  • Confirm destination-market rules for enzyme names, activity declarations, strain declarations, and label wording.

Processing notes

Feed manufacturing factors that affect enzyme value

Enzyme products can be sensitive to heat, moisture, pH, pressure, storage time, and incompatible ingredients. Product selection should account for the feed mill's process, mixer sequence, pelleting temperature, conditioning time, extrusion profile, premix storage, packaging, and whether a liquid post-pellet application system is available.

  • Confirm whether the product is suitable for premix, complete feed, pellet, crumble, mash, extruded feed, aquafeed, pet food, liquid application, or top-dress use.
  • Check enzyme activity recovery after conditioning, pelleting, extrusion, drying, or coating.
  • Review particle size and density to support uniform distribution in premix and finished feed.
  • Ask whether the product is compatible with acidifiers, enzymes from other suppliers, probiotics, minerals, vitamins, organic acids, phytogenics, and mycotoxin binders.
  • Confirm whether moisture sensitivity affects storage and blending.
  • Review whether coating, encapsulation, granulation, or post-pellet liquid application is needed.
  • Use appropriate sequencing and mixing time to improve homogeneity while protecting activity.
  • Follow supplier guidance for shelf life, opened-package use, and warehouse storage.

Procurement note

Ask for the right specification before comparing prices.

Price comparisons are meaningful only when enzyme activities, activity units, unit definitions, assay methods, substrate fit, matrix values, carrier, particle size, packaging, origin, shelf life, storage conditions, and documentation are aligned. For enzyme products, buyers should also review heat stability, pelleting recovery, coating technology, premix compatibility, finished-feed stability, production organism declarations, contaminant controls, and destination-market regulatory requirements.

For export orders, confirm regulatory status, permitted enzyme names, production-strain declarations, label wording, import documents, species authorization, activity declarations, and permitted claims before purchase. Atlas Feed Additives can help organize supplier communication so each quotation is evaluated against the same technical, enzymatic, and commercial basis.

Related products

Phytase Xylanase Beta-Glucanase Beta-Mannanase

Documentation

Documents commonly requested for Multi-Enzyme Blend

Document requirements vary by destination country, buyer type, enzyme activities, production organism, feed application, final label claim, and whether the product is supplied as a standard enzyme blend, custom enzyme complex, liquid enzyme, coated enzyme, or private-label product. Buyers should confirm required documents before order confirmation so the supplier can verify availability and lead time.

Quality and technical documents

  • Product specification sheet.
  • Certificate of analysis for the supplied batch.
  • Safety data sheet.
  • Enzyme activity declaration for each enzyme in the blend.
  • Activity unit definitions and assay methods.
  • Production organism, fermentation source, or enzyme origin statement where required.
  • Carrier declaration and physical-form information.
  • Matrix value sheet or formulation guide where available.
  • Pelleting, heat-stability, or activity-recovery data where available.
  • Premix stability and finished-feed stability information.
  • pH activity range, temperature activity range, and target-substrate information where available.
  • Particle size, bulk density, flowability, and dust information.
  • Batch number, production date, retest date, and expiry date.
  • Storage and handling instruction sheet.
  • Product label or draft label for approval.
  • Allergen, GMO, heavy metal, microbiological, residual solvent, dioxin, PCB, or contaminant statements when required by the buyer.
  • Origin statement, manufacturer statement, free sale certificate, or registration-support document where required.

Trade and shipment documents

  • Commercial invoice and packing list.
  • Certificate of origin, if required.
  • Health certificate, free sale certificate, veterinary certificate, or registration-support documents when applicable.
  • Bill of lading, airway bill, or road transport document depending on shipment mode.
  • Insurance certificate when required by Incoterms.
  • Import registration or buyer-specific declaration forms.
  • Private-label artwork approval and label compliance documents.
  • Temperature-monitoring records when required by product form and supplier guidance.
  • Halal, kosher, ISO, GMP+, FAMI-QS, HACCP, or other quality certificates when available and required.

Packaging and storage

Handling enzyme products correctly

Because enzyme products are activity-based biological preparations, packaging and storage conditions are important purchasing details. Buyers should confirm recommended storage temperature, moisture protection, oxygen exposure, shelf life, transport conditions, opened-package handling, and whether temperature monitoring is required during shipment.

  • Keep the product in unopened packaging until it is ready for use.
  • Protect from moisture, direct sunlight, excessive heat, oxygen exposure, strong odors, and repeated temperature cycling.
  • Follow the supplier's storage temperature and expiry guidance.
  • Confirm whether ambient, cool, refrigerated, or controlled dry storage is recommended.
  • Reseal opened packs quickly if partial use is allowed by the supplier.
  • Use moisture-barrier packaging when required for activity stability.
  • Confirm whether the product is suitable for sea freight, air freight, or road transport.
  • Use appropriate handling precautions to reduce dust exposure and enzyme sensitization risk when handling powders.
  • Review warehouse rotation and first-expiry-first-out control for activity-based products.

Formulation compatibility

Questions for premix and private-label buyers

When Multi-Enzyme Blend is used in a premix, complete feed, liquid application system, custom enzyme product, or private-label formula, buyers should confirm compatibility with all ingredients and processing conditions. Enzyme activity can be affected by heat, moisture, acidity, alkalinity, trace minerals, choline chloride, oxidizing agents, storage duration, and incompatible additives.

  • Is the enzyme blend compatible with the planned carrier and premix base?
  • Can it be blended with vitamins, minerals, choline chloride, organic acids, probiotics, phytogenics, mycotoxin binders, anticoccidials where permitted, or medications where permitted?
  • Will declared activity remain within specification for the required shelf life?
  • Does the product tolerate the expected feed mill temperature and conditioning time?
  • Is the powder, granule, liquid, or coated form suitable for the buyer's dosing system?
  • Are enzyme names, activity declarations, and matrix claims approved for the destination market?
  • Does the product need separation from strongly acidic, alkaline, oxidizing, hot, moist, or antimicrobial ingredients?
  • Can the supplier support private-label stability and documentation requirements?

Quotation request guide

Information to send for a faster Multi-Enzyme Blend offer

Atlas Feed Additives can review supplier options more efficiently when the request includes both technical and commercial details. If you do not yet have a final specification, send the target species, feed formula type, desired enzyme activities, matrix objective, processing temperature, destination country, and required documents so the team can help identify the missing parameters.

Technical details

  • Required product name: Multi-Enzyme Blend.
  • Target enzyme activities: phytase, xylanase, beta-glucanase, beta-mannanase, cellulase, amylase, protease, pectinase, alpha-galactosidase, or other activities.
  • Required activity units for each enzyme and preferred assay method if known.
  • Target species: poultry, swine, ruminants, aquaculture, pets, horses, rabbits, or other.
  • Target feed type: complete feed, premix, concentrate, prestarter, starter, aquafeed, pet food, pellet, mash, crumble, extruded feed, or liquid application.
  • Main raw materials: corn, soybean meal, wheat, barley, rye, DDGS, oilseed meals, by-products, high-fiber ingredients, or plant proteins.
  • Target objective: phosphorus release, viscosity reduction, energy release, amino acid digestibility, fiber management, starch digestion, or formulation cost reduction.
  • Required matrix values or supplier matrix recommendation request.
  • Feed processing conditions: conditioning temperature, pelleting temperature, extrusion temperature, drying conditions, liquid application, or post-pellet coating.
  • Required product form: powder, granule, coated granule, thermostable product, liquid enzyme, or custom blend.
  • Required documents, production-organism statements, and certificates.
  • Destination-market regulatory or label requirements.

Commercial details

  • Required order quantity or annual forecast.
  • Destination country and delivery address or port.
  • Preferred Incoterms and shipment method.
  • Packaging preference and pallet requirements.
  • Target delivery date or seasonal demand window.
  • Private-label, neutral-label, or Atlas-coordinated supplier-label requirement.
  • Buyer company details for proforma invoice preparation.
  • Sample request details, including sample quantity, target formula, testing conditions, and trial timeline.

Technical buying notes

Important points for feed additive distributors and enzyme buyers

Activity units matter

Enzyme products should be compared by declared activity units and unit definitions. A kilogram price comparison is incomplete unless each enzyme activity, assay method, and recommended dose are aligned.

Substrate fit matters

The enzyme blend must match the diet. A product with excellent activity against one substrate may not deliver value if that substrate is not present at a meaningful level in the feed formula.

Heat stability matters

Pelleting, extrusion, conditioning, and drying can reduce enzyme activity. Buyers should request activity recovery data that reflects their actual feed processing temperatures and residence times.

Matrix values matter

Matrix values can support formulation savings, but they must be applied carefully. Buyers should confirm the supplier's recommended values, supporting data, safety margins, and suitability for the target species and diet type.

Regulatory wording matters

Destination markets may differ in how they classify enzyme names, production organisms, zootechnical additives, matrix claims, digestibility claims, and performance claims. Buyers should confirm permitted declarations before shipment.

Questions

Useful answers

What is Multi-Enzyme Blend used for in animal nutrition?

Multi-Enzyme Blend is used to improve nutrient release, feed efficiency, and formulation flexibility when enzyme activities are matched to the substrates in the diet. It may support phosphorus release, NSP breakdown, fiber management, starch digestion, protein digestibility, and raw-material flexibility depending on the enzyme profile and supplier data.

Which enzyme activities can be included?

Depending on supplier specification, a Multi-Enzyme Blend may include phytase, xylanase, beta-glucanase, beta-mannanase, cellulase, amylase, protease, pectinase, alpha-galactosidase, or other enzyme activities. Buyers should request declared activity units for every enzyme.

Why is substrate matching important?

Enzymes act on specific substrates. Phytase requires phytate, xylanase targets arabinoxylans, beta-glucanase targets beta-glucans, and beta-mannanase targets mannans. The right enzyme blend depends on the actual feed ingredients and formulation objective.

Can Multi-Enzyme Blend be used in poultry feed?

Yes, Multi-Enzyme Blend may be evaluated in broiler, layer, breeder, turkey, and specialty poultry programs where nutrient release, phosphorus management, viscosity control, or raw-material flexibility is required. Suitability depends on enzyme profile, diet substrate, processing, and local rules.

Can Multi-Enzyme Blend be used in swine feed?

Yes, it may be considered in piglet, nursery, grower, finisher, sow, and boar programs, especially where phytate phosphorus, fiber, NSP, starch, or protein digestibility are important. Buyers should match the enzyme activities to the target diet.

Can Multi-Enzyme Blend be used in aquafeed?

Yes, it may be evaluated in fish and shrimp feeds, especially formulas using plant proteins, cereal fractions, oilseed meals, or by-products. Buyers should review extrusion stability, water stability, activity retention, and species authorization.

What are matrix values?

Matrix values are nutrient-release or nutrient-saving values assigned to an enzyme product in feed formulation. They may relate to phosphorus, calcium, energy, amino acids, or other nutrients. Buyers should use matrix values only when supported by supplier data and suitable for the target formula.

Does Multi-Enzyme Blend survive pelleting?

Survival depends on enzyme type, coating, granulation, thermostability, conditioning temperature, pelleting temperature, moisture, and residence time. Buyers should request pelleting recovery data for the actual processing conditions.

What specification should buyers request?

Buyers should request enzyme activity list, activity units, unit definitions, assay methods, inclusion rate, matrix values, substrate recommendations, pH activity range, heat stability, carrier, particle size, shelf life, storage conditions, and required documents.

What quality documents should buyers request for Multi-Enzyme Blend?

Common documents include a specification sheet, certificate of analysis, safety data sheet, enzyme activity declaration, assay method, activity unit definition, batch number, manufacturing date, expiry date, storage instructions, origin information, stability data where available, and any market-specific certificates required by the buyer.

Can Atlas Feed Additives quote Multi-Enzyme Blend?

Yes. Send your target species, formula type, required enzyme activities, activity units, matrix expectations, processing temperature, required quantity, destination country, packaging preference, shipment terms, and documents so Atlas Feed Additives can review suitable supplier options.

Can Multi-Enzyme Blend be supplied under private label?

Private-label availability depends on supplier capability, enzyme profile, order quantity, product form, packaging format, label wording, activity declarations, artwork approval, and destination-market rules. Atlas Feed Additives can review private-label options when the buyer provides the required label and regulatory details.

Request a quotation

Tell us what you need

Send your product list, target enzyme activities, activity unit requirements, species, feed formula type, matrix expectations, processing temperature, destination country, packaging preference, expected order quantity, Incoterms, and required documents. Our team will review your request and respond from orders@feedgradeadditives.com.

orders@feedgradeadditives.com +90 507 856 26 11 WhatsApp

Note: Product availability, specification, enzyme activities, matrix values, activity guarantees, documents, labels, authorized species, inclusion guidance, storage requirements, and permitted claims depend on supplier confirmation and destination-market rules. Information on this page is for B2B sourcing support and does not replace feed formulation, nutritionist, quality-system, or regulatory review.