Wastewater Treatment Suspended Bio Ball 80-120mm for Septic Tank

Product Description

Product Description

Bio  Ball

Structure and Design
Material: Made of durable polypropylene, offering resistance to acid, alkali, and aging .
Layered Construction:Outer layer: Hollow fish mesh sphere (provides structural support and interception of suspended solids).
Inner layer: Rotating spheres or filler fibers (enhances biofilm adhesion through ribbed/frosted surfaces or honeycomb perforations).
3D Porosity: High specific surface area (up to 30% increased by perforation designs) optimizes microbial colonization .

Key Advantages
Operational Efficiency:Self-rotating motion improves oxygen transfer and nutrient distribution.
Reduces sludge production by promoting biofilm metabolism over suspended growth.
Anti-Clogging: Dynamic movement minimizes blockages common in fixed-bed systems.
Durability: Long service life due to material resilience against chemical and physical wear.

Applications

Primarily used in:

Domestic sewage treatment.
Industrial wastewater sectors like petrochemicals, papermaking, and food processing .

Wastewater treatment (municipal and industrial).
Biological reactors (e.g., MBBR, MBR systems).
Gas scrubbing (e.g., VOC removal). 

Environmental Impact
Energy Savings: Lower aeration requirements compared to conventional carriers.
Eco-Friendly: Polypropylene is recyclable, aligning with sustainable waste management practices.

Specification

Physical parameters of polyurethane suspension spheres
Specification	Material	Structure	Weight	Bulk density(kg/m3)	Surface area(m²/m³)	Accumulation factor N/M
φ150	PP/PE/ polyurethane	Hollow spheroid	40~45G	0.96	1750	300
φ120	PP/PE/ polyurethane	Hollow spheroid	30~35G	0.93	2250	570
φ100	PP/PE/ polyurethane	Hollow spheroid	19-23G	0.93	2650	1000
φ80	PP/PE/ polyurethane	Hollow spheroid	14-17G	0.97	2950	2000

Key Characteristics

High Void Ratio: Facilitates efficient gas-liquid exchange and reduces pressure drop in bioreactors.
Material Properties:Heat resistance: Stable under varying temperatures.
Chemical corrosion resistance: Suitable for harsh industrial wastewater (e.g., acidic/alkaline conditions).
Lightweight yet strong: Polypropylene or HDPE materials ensure durability without excessive weight.
Operational Flexibility: Self-rotating design adapts to flow dynamics, minimizing clogging risks.

Functional Advantages
Large Specific Surface Area: Promotes dense biofilm growth for enhanced microbial degradation of pollutants.
Low Resistance: Optimizes energy efficiency in aeration systems.
Bioreactor Performance: Improves mass transfer and mixing efficiency, critical for aerobic/anaerobic processes.

Company Profile

 Pingxiang Rongjian Environmental Protection Chemical Packing Co., Ltd.

Innovative Solutions for Environmental & Industrial Applications
Headquarters: Xiangdong District Industrial Park, Pingxiang City, Jiangxi Province, China
 
Core Capabilities
 Advanced Manufacturing: Custom-designed towers and systems in ceramic, metal, and plastic materials.
Comprehensive Product Portfolio: 200+ specifications including:
• Ceramic/metal/plastic packing materials
• Molecular sieves & activated alumina
• Catalysts & petrochemical additives
• Activated carbon & eco-friendly filtration media
Turnkey Services: Full-scale pollution control and wastewater treatment projects.
Corporate Strengths
  ISO 9001 Certified - Guaranteed quality management system compliance.
 300+ Workforce - Including 100+ specialized engineers and technicians.
30-Acre Production Base - Integrated R&D and manufacturing facilities.
 
Awards & Innovations
 National Science & Technology Achievement Award
Provincial Gold Medal & Famous Brand Product
17 Patented Technologies - Protecting proprietary advancements.

Packaging & Shipping

FAQ