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A1 DHA SELCO®
A1 DHA SELCO is a liquid enrichment diet for Artemia nauplii that compensates for their nutritional shortcomings as natural feed for marine fish and shrimp larvae.
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Artemia AF / BF
INVE Aquaculture’s Specialty Artemia cysts are harvested at selected sites worldwide. Immediate cleaning, conditioning and processing ensure the highest possible quality.
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ARTEMIA EG / TQ
EG and TQ Artemia cysts offer large homogeneity, easy handling and very efficient hatching.
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ARTEMIA HIGH 5
The HIGH 5 Artemia process technology eliminates the need for rinsing, disinfection or decapsulation for an environmentally and economically interesting product.
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ARTEMIA IL
Artemia IL cysts are selected for their outstanding hatching and separation qualities. The cysts are processed with plant extracts with known action against Vibrio.
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BREED-S
BREED-S is a semi-moist broodstock diet that provides up to 70% of the daily dry matter requirement. BREED-S-based feeding regimes show increased maturation of the females, spawning size and frequency, hatching rate, rate of metamorphosis to zoea and survival to the post-larval stages.
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Epac Black
Epac is a performing, economical alternative for the entire post-larval growing period. The use of EPAC PL cuts 40% to 50% of the Artemia requirements. The larger diets (XL, NL) are excellent nutritional packages for the extended post-larval or nursery rearing.
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FRiPPAK
The FRiPPAK diet range is part of INVE Aquaculture’s top performing feeding program for the larval and post-larval production of penaeid shrimp species. The range is engineered to maximally reduce the dependence on live feed in shrimp hatchery production.
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FRIPPAK RACEWAY
The FRiPPAK RACEWAY diets are designed as a stand-alone diet for high density culture of juvenile shrimp in raceways or other intensive nursery systems. They feature state-of-the-art formulation for increased growth, improved disease resistance and better digestion.
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LANSY-SHRIMP
The LANSY-Shrimp diets are proven to reliably replace at least 40% of the Artemia during larval and post-larval stages, without compromising survival, growth or stress resistance.
