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DC HIPS 08-1 Pentru creșă în apă de mare
| Locul de origine: | China |
| Nume de brand: | Deciclează |
| Număr model: | DC 08-1 |
| Certificări: | CE/ISO 9001/FDA/ROHS |
| Material: | ȘOLDI 100% virgini |
| Durata de viata: | > 15 ani |
| Mărimea: | Φ5 * 10mm |
| Numărul de găuri: | găuri 8 |
| Densitate: | 1.02-1.05 g / cm3 |
| Suprafață: | >600m2/m3 |
| Raport de umplere: | 15%-65% |
| Numărul de purtători într-un metru cub: | >1540000 buc/m3 |
| Temperatura aplicabila: | 5-60 ℃ |
| Greutatea a 1 m3: | 245 kg |
| Cantitatea minima pentru comanda: | 1 cm3 |
| Ambalare Detalii: | 1 cm3 sau 0.1 cm3 |
| Conditii de plata: | T/T, L/C, D/P |
Descriere
Why do ammonia nitrogen and nitrite levels increase in aquaculture systems?
Increased stocking density and excessive feeding have led to an increase in fish and shrimp waste and uneaten feed, exceeding the system’s original nitrification capacity.
Solution: DC 08-1 provides a large surface area for nitrifying bacteria attachment, enhancing biological filtration capacity and improving ammonia and nitrite removal efficiency in seawater aquaculture systems.
DC HIPS 08-1 Pentru creșă în apă de mare
The 8-Hole Vertical Stripe Protrusion MBBR Media is a micro-scale, high-density biofilm carrier engineered for compact bioreactors and high-efficiency wastewater treatment. With a precision-engineered Φ5×10mm cylindrical form featuring 8 optimized through-holes and axial vertical stripe protrusions, this media maximizes protected surface area (>600 m²/m³) while enhancing hydraulic fluidization. Manufactured from reinforced HIPS composite (density: 1.02–1.05 g/cm³), the striped design creates micro-turbulence for superior oxygen transfer and biomass protection. Ideal for space-constrained MBBR/IFAS systems treating municipal and low-load industrial wastewater.
Why is biofilm formation slow and why are nitrifying bacteria insufficient?
Newly installed biological media require a certain amount of time for microbial colonization and biofilm formation; during the initial operating phase of the system, there may be issues with insufficient biological filtration capacity.
Solution:DC 08-1 features an optimized structural design that provides an ideal attachment environment for microorganisms, accelerates biofilm formation, promotes the proliferation of nitrifying bacteria, and helps marine aquaculture systems quickly establish stable biological filtration capacity.
Why should the DC 08-1 MBBR MEIDA be selected for marine aquaculture?
1. High Surface Area for Biofilm Attachment
The specific surface area of DC 08-1 is >600 m²/m³.DC 08-1 provides ample space for microbial attachment, which promotes the formation of stable biofilms, increases the number of beneficial microorganisms in the system, and enhances the biological purification capacity of seawater aquaculture systems.
2. Optimized Structure for Microbial Growth
DC 08-1 features an optimized structural design that provides a protective growth environment for nitrifying bacteria and beneficial microorganisms, promotes the formation of a stable biofilm, and is suited for long-term recirculating operation in seawater aquaculture systems.
3. Excellent Nitrification Performance
DC 08-1 promotes the growth of nitrifying bacteria, improves ammonia-nitrogen conversion efficiency, effectively reduces ammonia-nitrogen and nitrite levels in aquaculture water, and helps maintain good water quality.
4. Improved Water Quality Stability
DC 08-1 provides a stable growth environment for microorganisms, helping to maintain microbial balance, reduce the accumulation of harmful substances, and improve the operational stability of marine aquaculture systems.
5. Performanță excelentă de fluidizare
DC 08-1 has a density close to that of sea water and remains well suspended in water circulation or under aeration, thereby improving the contact efficiency between microorganisms, oxygen, and pollutants.
6. Made from 100% Virgin HIPS
DC 08-1 is manufactured from 100% virgin HIPS (high-impact polystyrene) material. It offers excellent impact resistance, chemical stability, and durability, making it suitable for long-term use in seawater aquaculture systems, where it maintains stable performance under continuous water circulation.
7. Durată lungă de viață
DC 08-1 offers excellent mechanical strength and resistance to aging, effectively reducing replacement frequency and lowering the long-term operating costs of seawater aquaculture systems.
8. Suitable for Different Seawater Breeding Systems
DC 08-1 can be flexibly applied based on different aquaculture needs, water body size, and filtration system design to meet the requirements of a wide range of marine aquaculture scenarios.
9. Ideal for Recirculating Aquaculture Systems (RAS)
DC 08-1 is designed for the biological filtration stage of recirculating aquaculture systems (RAS) and helps maintain stable water quality, providing an optimal environment for the healthy growth of aquatic organisms.
Specificații tehnice
| Parametru | Specificație | Unitate | Comentarii |
| Model | Suport MBBR cu 8 de găuri | - | Geometrie standard în industrie |
| Material | HIPS | - | Stabilizat UV, de calitate alimentară |
| Culori | alb | - | Standard |
| Modela | Cilindrică cu 8 de canale transversale interne | - | Flux optimizat și protecție a biofilmului |
| Diametru (Ø) | 5 | mm | Marime nominala |
| Înălțime (H) | 10 | mm | - |
| Suprafață specifică | >600m2/m3 | ||
| Densitatea individuală a mediilor | 1.02-1.05 g/cm3 | g / cm³ | |
| Viața de serviciu | > 15 | ani |
Typical Applications of DC 08-1 for Seawater Breeding
DC 08-1 is suitable for seawater biological filtration systems requiring stable nitrification performance and efficient ammonia nitrogen removal.
● Marine aquaculture systems
● Sisteme de acvacultură cu recirculare (RAS)
● Fish farming systems
● Sisteme de creștere a creveților
● Sea cucumber breeding systems
● Shellfish cultivation systems
● Aquarium biological filtration systems
● Hatchery water treatment systems
● Marine research facilities
● Sisteme de reutilizare a apei din acvacultură
● Biofilter systems for seawater breeding
Why do fluctuations in organic load lead to unstable water quality?
Changes in feed intake, adjustments to stocking density, and increases in organic waste can all cause fluctuations in water quality parameters, thereby affecting the health of aquatic organisms such as fish and shrimp.
Solution:DC 08-1 has excellent fluidization properties, maintaining sufficient movement during water circulation and improving contact efficiency between the packing, dissolved oxygen, and microorganisms, thereby enhancing the efficiency of the nitrification reaction.
Întrebări frecvente
Î: Sunteți o societate comercială sau producător?
A: Suntem o fabrica.
Î: Cât timp este timpul de livrare?
R: În general, este de 10-20 de zile dacă mărfurile sunt în stoc. Sau este de 30-45 de zile dacă mărfurile nu sunt în stoc, în funcție de cantitate.
Î: Oferiți mostre? este gratuit sau in plus?
R: Da, putem oferi mostra gratuită, există costuri de livrare care trebuie plătite de către cumpărător.
Î: Care sunt termenii dvs. de plată?
R: T/TL/C.
How does prolonged exposure to seawater environments affect the performance of filter media?
Prolonged exposure to high-salinity seawater, water flow impact, and mechanical impact may cause low-quality materials to age, crack, or degrade in performance.
Solution:DC 08-1 is manufactured from 100% virgin HIPS material and offers excellent impact resistance, chemical stability, and durability, ensuring the long-term, stable operation of the media in seawater aquaculture systems.
