Sewage Treatment Microporous Aeration Tube for Industrial Wastewater Systems

• After-sales Service: 12
• Warranty: 12
• Type: Aerators
• Method: Physical Treatment
• Usage: Industrial, Home, Agriculture, Hospital
• Methodology: Wastewater Treatment Factory
• Product Name: Air Diffuser Tube
• Color: as Demand
• After-Sales Service Provided: Online Suport
• Function: Air Diffuer
• Material: EPDM,Silicon
• Adapt Temperature: 0-100°c
• After Warranty Service: Online Suport
• Transport Package: Standard
• Specification: 65*1000mm
• Trademark: Lanling
• Origin: Main Land in China
• Production Capacity: 100000

Product Description

 

Product Description

The Tubular Microporous Aerator is an advanced, reliable, and highly energy-efficient device. It is primarily utilized in both municipal and industrial wastewater treatment systems, ensuring a seamless integration into existing infrastructures.
Our aerator excels with its low pressure drop and impressive high oxygen transfer efficiency. It delivers uniform bubble distribution, enhancing treatment efficiency and ensuring optimal performance.
Built to withstand harsh environments, this device boasts strong corrosion resistance, minimal energy consumption, superior efficiency, and a remarkable service lifespan, making it a cost-effective solution.

Features:

Designed with a Simple Structure for ease of use and maintenance.

Engineered for Uniform Stress distribution to ensure consistent operation.

Offers Reliable Performance under varying operational conditions.

Facilitates Easy Installation, reducing setup time and costs.

Product Parameters

	Product Parameters	Relevant Technical Parameters
Model	φ65mm	service area:0.8-1.2m²/m	Bubble Diameter:	1-2mm
Specification	L=500mm,L=750mm,L=1000mm	oxygen utilization rate:≥28%	oxygenation capacity:	≥0.38Kg/h
Connection Method	hoop connection	Oxygenation power efficiency:≥7.1Kg/KW ·h	air flow rate:	5-10m³/h ·m
Material	EPDM rubber film, silicone rubber film	stomatal density:8000-12000 per/m	resistance loss:	≤3500Pa
Model	φ93mm	service area:1.75-5.61m2/m	Bubble Diameter:	1-2mm
Specification	L=500mm,L=750mm,L=1000mm	oxygen utilization rate:≥35%	oxygenation capacity:	≥0.58Kg/h
Connection Method	hoop connection	Oxygenation power efficiency:≥8.9Kg/KW ·h	air flow rate:	8-15m³/h ·m
Material	EPDM rubber film, silicone rubber film	stomatal density:19000-23000per/m	resistance loss:	≤4000Pa

 

PRODUCT STRUCTURE

The Rubber Membrane Hose is crafted from high-grade silicone and EPDM rubber, renowned for its exceptional heat resistance, ozone resistance, and chemical stability.
It offers superior acid and alkali resistance, greatly enhancing the hose's durability and lifespan compared to conventional rubber membranes.
These advanced materials significantly extend the service life of the hose, reducing long-term maintenance costs.

01
The support body is ingeniously designed with a hollow, water-filled form that significantly reduces buoyancy, ensuring stability in water.
This innovative design minimizes the aerator's buoyancy in water, enhancing its operational efficiency.

02
Aeration holes are designed in a zigzag pattern, providing excellent tension and instantaneous closure. This design allows for the release of micro-bubbles less than 2mm in diameter, optimizing the oxygen transfer rate.
Achieve an outstanding oxygen utilization rate between 28% to 35%, ensuring effective treatment.

03
Our aerator features air-guide tanks that facilitate rapid, uniform gas distribution within, ensuring the aeration membrane tube is evenly stressed.
This uniformity extends the life of the membrane and enhances bubble release consistency, optimizing the aeration effect.
The air guide groove is a meticulously designed narrow concave groove, ensuring the rubber membrane tube remains intact and effective.
When not in use, the rubber membrane adheres closely to the groove, preventing sewage backflow and maintaining system integrity.
Upon cessation of air supply, the rubber membrane securely seals against the air guide groove, effectively preventing backflow and ensuring system reliability.