Сыпучие ферменты для переработки рыбы для промышленности

enzymes.bio - поставщик морских ферментов, поставляющий ферменты для переработки рыбы и аквакультуры в оптовых количествах для производителей, комбикормовых заводов и переработчиков морепродуктов. Мы поддерживаем стабильные поставки, техническую документацию и масштабируемые закупки.

Как работают ферменты для переработки рыбы

Энзимы - это биологические катализаторы, ускоряющие специфические биохимические реакции. В ферментах для переработки рыбы они дают ощутимые результаты без применения жестких химикатов.

Оптимизированный гидролиз белка

Высокоактивные протеазы для переработки рыбы улучшают расщепление белка, выход и усвояемость рыбной муки и гидролизованных продуктов.

Промышленное снабжение оптом

Надежное крупносерийное производство с постоянными характеристиками активности ферментов для непрерывных операций переработки.

Глобальная логистическая поддержка

Стабильные составы с документально подтвержденным сроком годности и готовой к экспорту упаковкой для международных рынков морепродуктов и аквакультуры.

Виды ферментов для переработки рыбы

Выберите правильный фермент для Вашего процесса. Мы поставляем отдельные ферменты и мультиферментные смеси для применения ферментов в рыбопереработке.
Щелочная протеаза

Hydrolyzes fish proteins for fish meal, collagen hydrolysate, and protein concentrate production.

Липаза

Reduces fishy odour and improves oil quality in fish processing and aquaculture feed formulation.

Фитаза

Releases bound phosphorus from plant-based feed ingredients to improve nutrition and reduce waste discharge.

Бета-глюканаза

Degrades beta-glucans in aquaculture feed to improve digestibility and feed conversion ratio.

Целлюлаза

Breaks down plant fibre in aquatic feed for improved nutrient availability and growth performance.

Fish Processing Enzyme Guide: Functions, Dosage & Applications

Щелочная протеаза

Fish Protein Hydrolysis for Hydrolyzate & Sauce Production

Функция: Alkaline protease is the primary enzyme for fish protein hydrolysis (FPH) — converting whole fish, fish trim, and fish processing by-products into soluble protein hydrolyzates, amino acid concentrates, and bioactive peptides. It operates efficiently at pH 7.5–9.0, degrading myosin, actin, and collagen at rates significantly faster than autolysis or acid hydrolysis.

Обычная дозировка: 0.1–0.5% w/w of fish substrate. Activity: 100,000–800,000 U/g. Temperature optimum: 45–55°C, pH 7.5–9.0. Hydrolysis time: 2–6 hours for 50–80% degree of hydrolysis. Inactivate by heat (85°C/15 min) or pH adjustment (below 4.0). Recover protein by centrifugation.

Приложения: Fish protein hydrolyzate (FPH) for aquaculture feed and pet food, fish sauce acceleration (reduce traditional 12–18 month fermentation to 2–4 weeks), fish silage for fertilizer, bone meal deproteinization, marine collagen hydrolyzate.

Покупайте оптом: Bulk Protease — alkaline protease for fish protein hydrolysate production →

Обзор продуктов щелочной протеазы →

Липаза

Fish Oil Hydrolysis & Omega-3 Enrichment

Функция: Lipase hydrolyzes fish oil triglycerides to release free fatty acids including EPA and DHA (omega-3 long-chain polyunsaturated fatty acids). Enzymatic hydrolysis produces a glycerol-free omega-3 concentrate in free fatty acid form — which has higher bioavailability than triglyceride-form omega-3. Also used for flavor modification in fermented fish products (anchovy, shrimp paste).

Обычная дозировка: 0.05–0.2% w/w of fish oil. Activity: 10,000–100,000 LU/g. Temperature optimum: 30–45°C (lipase is denatured at higher temperatures that degrade omega-3 fatty acids). Contact time: 4–12 hours. Separate FFAs from glycerol by molecular distillation or chromatography.

Приложения: Omega-3 free fatty acid concentrate production, fish oil partial hydrolysis for emulsification, fermented fish product flavor development (fish sauce, anchovy paste), fish oil by-product valorization.

Покупайте оптом: Bulk Lipase — lipase for fish oil hydrolysis & omega-3 enrichment →

Обзор продуктов липазы →

Фитаза

Phosphorus Bioavailability in Aquaculture Feed

Функция: Phytase degrades phytic acid (inositol hexaphosphate) in plant-based feed ingredients — soybean meal, canola, wheat bran, corn DDGS — releasing the bound phosphorus for fish absorption. Monogastric fish and shellfish have negligible endogenous phytase, so the phosphorus in plant ingredients is largely unavailable without enzyme supplementation. Phytase also releases protein, minerals, and energy bound in the phytate complex.

Обычная дозировка: 500–1,000 FTU/kg feed (Phytase Units). Add to premix during feed pelleting at ≤70°C (thermostable variant) or coat onto pellet post-pelleting (standard variant). Reduces supplemental dicalcium phosphate requirement by 30–60%, cutting feed cost and reducing effluent phosphorus.

Приложения: Salmon, tilapia, shrimp, carp, catfish, and pangasius feeds. Mandatory in environmentally certified aquaculture (ASC, BAP) to reduce phosphorus discharge to waterways. Particularly effective in high-inclusion soybean meal diets.

Покупайте оптом: Bulk Phytase — thermostable phytase for aquafeed phosphorus release →

Browse phytase products →

Бета-глюканаза

Fiber Digestion for Improved Feed Conversion in Aquaculture

Функция: Beta-glucanase degrades beta-1,3 and beta-1,4 glucans in plant-based aquafeed ingredients — particularly barley, oats, and yeast cell walls. These viscous glucans reduce gut transit rate, interfere with nutrient absorption, and increase intestinal mucus production in fish. Beta-glucanase reduces digesta viscosity, improving nutrient absorption and feed conversion ratio (FCR).

Обычная дозировка: 200–800 U/kg feed. Add at premix stage or to feed ingredients before pelleting. Compatible with phytase and cellulase in multi-enzyme feed supplements.

Приложения: Barley and oat-containing aquafeeds, high-inclusion cereal diets for omnivorous species (tilapia, carp, catfish), yeast-supplemented immunostimulant diets for salmonids.

Обзор продуктов бета-глюканазы →

Целлюлаза

Plant Fiber Breakdown for Herbivorous & Omnivorous Fish Species

Функция: Cellulase degrades cellulose in the cell walls of plant ingredients used in fish feed — soybean meal, alfalfa, wheat bran, and other fibrous materials. Fish and shellfish produce no endogenous cellulase. Exogenous cellulase disrupts plant cell walls, releasing nutrients trapped within, improves dry matter digestibility, and reduces intestinal load of indigestible fiber.

Обычная дозировка: 1,000–5,000 U/kg feed. Add at premix or ingredient milling stage. Synergistic with beta-glucanase and hemicellulase in multi-carbohydrase blends for maximum fiber breakdown.

Приложения: Tilapia, grass carp, silver carp, and other herbivorous/omnivorous species with plant-dominant diets. Shrimp and prawn diets with algae or plant meal inclusions. Also used in abalone and sea urchin feeds (high seaweed inclusion).

Покупайте оптом: Bulk Cellulase — cellulase for plant fiber digestion in aquafeed →

Обзор продуктов целлюлазы →

Наши ферменты для переработки рыбы

Ознакомьтесь с нашим полным ассортиментом из 5 продуктов ферментов для переработки рыбы. Все продукты доступны в оптовых количествах с техническими характеристиками и COA по запросу.

Почему именно ферменты для переработки рыбы от enzymes.bio?

Низкий MOQ от 1 кг

Гибкие объемы заказов для образцов, предназначенных для исследований и разработок, или для полного цикла производства. Масштабируйте, когда будете готовы.

Возможна поставка смесей на заказ

Вам нужно определенное соотношение ферментов или мультиэнзимный комплекс? Наша команда разрабатывает индивидуальные смеси для Вашего процесса.

Глобальная доставка

Доставка DHL, FedEx и USPS в 180+ стран. Для ферментов, чувствительных к температуре, возможна доставка по "холодной цепи".

Техническая поддержка

Руководство по применению и рекомендации по дозировке от наших специалистов по ферментам.

Часто задаваемые вопросы

We supply alkaline protease, lipase, phytase, beta-glucanase, and cellulase — for both fish processing and aquaculture feed applications. Activity certificates and TDS provided. Custom enzyme blends for feed formulation available.
Standard FPH process: (1) Mince fish material, adjust pH to 7.5–9.0 with NaOH, (2) Heat to 45–55°C, (3) Add alkaline protease at 0.1–0.5% w/w, (4) Hydrolyze 2–6 hours with stirring until target degree of hydrolysis (DH 50–80%), (5) Inactivate enzyme at 85°C for 15 min, (6) Centrifuge to remove undissolved solids, (7) Spray dry or concentrate liquid. Monitor DH with OPA method or pH-stat.
Yes — significantly. Traditional fish sauce fermentation relies on endogenous fish autolytic enzymes and microorganisms over 12–18 months. Adding exogenous alkaline protease (0.1–0.3% w/w fish) at 45–55°C can achieve equivalent degree of hydrolysis in 2–4 weeks. The resulting hydrolyzate then undergoes a shorter fermentation period for flavor development. This is the method used in industrial fish sauce production in Thailand, Vietnam, and the Philippines.
Adding phytase at 500–1,000 FTU/kg feed reduces the required supplemental inorganic phosphorus (dicalcium phosphate) by 30–60%, depending on the phytate content of the diet and the phosphorus requirement of the species. For a salmon grower diet with 60% plant inclusion, this represents a saving of 3–5 kg dicalcium phosphate per tonne of feed. Phytase also releases bound protein and energy, improving overall feed utilization by ~3–5%.
Yes — multi-enzyme blends are common in commercial aquafeed. The three enzyme classes (phytase, beta-glucanase, cellulase) target different substrates and do not interfere with each other. We can formulate custom multi-enzyme preparations at specific activity ratios for your diet composition. Key consideration: phytase activity is heat-sensitive above 70°C, so add either a thermostable variant, coat post-pellet, or reduce conditioner temperature.
Yes. Each product has a TDS specifying activity (U/g, FTU/kg), temperature and pH optimum, recommended dosage, and shelf life. CoA issued per batch. We provide documentation for aquaculture certification schemes (ASC, BAP, GlobalGAP) on request.
MOQ is 1 kg for enzyme powders. For aquafeed premix applications, we supply 25 kg bags. Custom blends start at 5 kg. We supply fish processors, aquafeed manufacturers, and aquaculture operations globally.
Store enzyme powders at ≤25°C in sealed packaging, away from moisture and direct sunlight. Shelf life: 12–24 months. For aquafeed applications, add enzymes to dry premix (not to hot water or steam) and mix thoroughly before incorporating into the main batch. Liquid enzyme concentrates: store at 2–8°C, shelf life 12–18 months.
Powder enzymes: 12–24 months at ≤25°C, sealed packaging. Liquid enzymes: 12–18 months at 2–8°C. Phytase has moderate thermostability — thermostable variants survive pelleting at up to 85°C. Full shelf life and stability data on each TDS.
Yes. We formulate multi-enzyme blends combining phytase, beta-glucanase, cellulase, and xylanase at activity ratios matched to your specific diet composition and target species. We can also blend with phytase coating technology for pelleting stability. MOQ 5 kg, lead time 2–4 weeks. Technical support included.

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