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MACHINE À GLACE EN BLOCS DE 15000 KG/JOUR

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MACHINE À GLACE EN BLOCS DE 15000 KG/JOUR SEO görseli
MACHINE À GLACE EN BLOCS DE 15000 KG/JOUR SEO görseli
MACHINE À GLACE EN BLOCS DE 15000 KG/JOUR SEO görseli
MACHINE À GLACE EN BLOCS DE 15000 KG/JOUR SEO görseli

MACHINE À GLACE EN BLOC DE TYPE MODULAIRE

INFORMATIONS TECHNIQUES

• TYPE DE SAUMURE

Capacité totale de fabrication de glace: 15.000 kg/jour
Quantité de blocs de glace par quart de travail: 200 blocs
Poids de chaque bloc: 25 kg (12 cm x 21 cm x 70 cm)
Temps de production par équipe: 12 heures
Production quotidienne de blocs: 600 pièces
Alimentation: 380-415 V, triphasé, 50-60 Hz
Température de la glace: moins 12 ˚C
Réfrigérant: Fréon R404A
Poids unitaire: 7500 kg
Dimensions de l'unité: 900 cm * 170 cm * 150 cm
Consommation électrique: 64,80 KW/h
Capacité du compresseur: 100 CV
Condenseur et capacité: Condenseur à air / 58524 M³/H

MACHINE À GLACE EN BLOC DE TYPE MODULAIRE

The 15 ton per day block ice machine is designed for national fishing fleets, major export ports, seafood processing plants, cold chain logistics centers, meat and poultry facilities, and large beverage factories. With a production capacity of 15,000 kg of ice per day, it provides powerful and reliable cooling for hundreds of tons of perishable products.

This capacity is essential in hot climate regions such as West and North Africa, the Middle East, Southeast Asia, and South America. Countries like Mauritania, Senegal, Morocco, Ivory Coast, Oman, Saudi Arabia, Pakistan, India, Vietnam, Peru, and Ecuador depend heavily on block ice to preserve fish, shrimp, tuna, meat, fruits, and vegetables for domestic distribution and export.

Block ice offers long-lasting cooling, making it ideal for container transport, open trucks, fishing vessels, and remote markets. It is widely used in seafood export terminals, agricultural hubs, beverage distribution networks, and food wholesale markets.

In addition, 15 ton block ice machines are used in large concrete cooling projects. Dams, bridges, ports, airports, and industrial foundations require controlled concrete temperatures, and ice is added to the mixing water to prevent cracks and improve structural durability.

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