▎Products Description
PE79S Phi 25 by 4 mm honeycomb MBBR carrier with at least 1700 square meters per cubic meter surface area for high load aquaculture biofilter design.
PE79S Phi 25 by 4 mm honeycomb MBBR carrier with at least 1700 square meters per cubic meter surface area for high load aquaculture biofilter design.
▎Products Description
| Model | PE79S |
| Material | Virgin HDPE High Density Polyethylene |
| Specification | Φ25×4mm |
| Specific Surface Area | ≥1700m²/m³ |
| Specific Gravity | 0.94-0.97g/cm³ |
| Recommended Fill Ratio | 15%-65% |
| BOD Surface Loading | 5-15gBOD₅/(m²·d) |
| Nitrification Surface Loading | 0.5-2.0gNH₃-N/(m²·d) |
| Color | Natural white |
| Service Life | 10 years or longer under normal operation |
| Applicable Process | MBBR biofilters for recirculating aquaculture systems |
| Standard and Management Systems | HG/T 5924-2021 ISO 9001 ISO 14001 ISO 45001 |
| MOQ | 1 cubic meter trial order and 5 cubic meters standard order |
| Origin | Tongxiang Zhejiang China |
Hexagonal internal cells provide multiple protected attachment zones within a Phi 25 by 4 mm carrier.
PE79S has the second highest documented surface area in this 12 model range and the highest among the Phi 25 mm aquaculture models listed.
The honeycomb cell layout provides multiple routes for water movement through the carrier structure.
The thin carrier profile increases piece count per bulk volume compared with thicker media of the same outside diameter.
The documented range supports different RAS loading levels after engineering checks for hydraulics, screens and mixing.
Hydrophilic modified HDPE with a specific gravity of 0.94 to 0.97 grams per cubic centimeter supports moving bed circulation.
The honeycomb structure and documented surface area make PE79S a candidate for high load RAS design after full feed ammonia oxygen and hydraulic calculations.
The model can be considered for species requiring tightly controlled water quality, with design based on actual feeding biomass and temperature data.
PE79S can support compact design studies, while final tank volume depends on usable protected area loading limits and operating conditions.
Retrofit suitability requires confirmation of retention screens mixing head loss existing tank geometry and allowable carrier inventory.
The following photographs show real treatment and aquaculture environments relevant to this model category. Final media selection is based on influent data reactor volume target loading and operating conditions.
Small Boss develops MBBR media through polymer formulation carrier geometry laboratory evaluation and process engineering. Model selection is based on documented carrier parameters together with actual water quality reactor and operating data.
| POLYMER SCIENCE | CARRIER ENGINEERING | PROCESS DESIGN |
|---|---|---|
| hydrophilic HDPE compound with documented density and material specification | Size geometry surface area and retention requirements considered together | Fill ratio reactor volume loading aeration and screens checked for each project |
Small Boss is a formulation unit of China's HG/T 5924-2021 national industry standard for biofilm carriers, giving buyers a clear technical basis for material quality and performance comparison.
Production is completed in house at a 68000 square meter Tongxiang facility with 122 high speed production lines and 600 plus cubic meters daily output, with no outsourcing for critical carrier manufacturing.
Small Boss supplies MBBR carriers together with process selection reactor sizing aeration recommendations screen matching packing guidance and project delivery support. Final process performance depends on confirmed influent effluent and operating conditions.
With 320 plus global projects and customers in 100 plus countries, Small Boss supports reactor sizing, fill ratio calculations, aeration system recommendations and CFD validated mixing designs. Free 1 to 2 kg samples are available for evaluation.
This guide uses the supplied model data and identifies the project inputs that must be confirmed before final selection. It avoids unsupported performance comparisons with unspecified competitor media.
| SELECTION ITEM | PE MODEL DATA | PROJECT CHECK |
|---|---|---|
| Biomass area basis | ≥1700m²/m³ | Confirm design load and usable protected surface basis |
| Carrier inventory | 15%-65% | Confirm aeration mixing screen area and freeboard |
| Hydraulic behavior | 0.94-0.97g/cm³ | Confirm circulation through tank geometry or biofilter flow regime |
| Organic loading reference | 5-15gBOD₅/(m²·d) | Verify influent fraction temperature oxygen and target effluent |
| Nitrification loading reference | 0.5-2.0gNH₃-N/(m²·d) | Verify alkalinity dissolved oxygen pH and temperature |
Compare this model with related options or view the complete MBBR bio media range. Final selection should be based on water quality, loading, reactor volume, aeration, mixing and retention screens.
The latest supplied sheet states Φ25×4mm HDPE media, ≥1700m²/m³ specific surface area, 0.94-0.97g/cm³ specific gravity and a 15%-65% fill ratio.
No. Reactor volume also depends on usable area basis, allowable loading, oxygen transfer, temperature, hydraulics, solids and the required effluent quality.
It may be evaluated for engineered wastewater duty only after treatability, loading, mixing, screens and process conditions are confirmed. The carrier should not be selected from model name alone.
Check physical retention, bulk volume, mixing demand, hydraulic head loss, applicable surface area basis and biological loading before changing media.
Send your water quality target and reactor data. Small Boss engineers will help select PE79S or a matched MBBR carrier for your project.
Contact Us![]() |
![]() |
![]() |
| Municipal Sewage | Recirculating Aquaculture | Industry Wastewater |
![]() |
![]() |
![]() |
| Electronic Sewage | Artificial Wetland | Integrated Equipment |
![]() |
![]() |
![]() |
| Production Line | Warehouse | Sample Room |
![]() |
![]() |
![]() |
| Office | Laboratory | Factory |
▎Send Inquiry
▎Search
▎Category
▎Recommended