FINE BUBBLE DIFFUSER EDM 225MM

Name: FINE BUBBLE DIFFUSER EDM 225MM
Brand: NEERAVI AQUA AND FIRE SOLUTIONS
Price: 830.0 INR
Availability: InStock

Price 830.0 INR/ Piece

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MOQ : 20 Pieces

FINE BUBBLE DIFFUSER EDM 225MM Specification

Weight
1.5 Kilograms (kg)

Color
Black White

Membrane Size
3/4'' and 1''

Function
Auto

Material
EPDM/Silicon

Application
Industrial

Power
400 Watt (w)

FINE BUBBLE DIFFUSER EDM 225MM Trade Information

Minimum Order Quantity
20 Pieces

FOB Port
Delhi

Payment Terms
Cash in Advance (CID)

Supply Ability
10000 Pieces Per Month

Delivery Time
7 Days

Main Export Market(s)
Asia

Main Domestic Market
All India

FINE BUBBLE DIFFUSER EDM 225MM About

Fine bubble disc diffusers are specialized devices used to aerate water in various applications including wastewater treatment aquaculture and industrial processes

Design and Structure34 and 1

Disc Shape Typically circular and flat allowing for efficient distribution of air across the water surface

Porous Membrane Made from materials like EPDM or silicone the membrane features fine pores that create small bubbles when air is forced through

Base Support Often mounted on a rigid frame or base to ensure stability and proper positioning in the water

Connection Ports Equipped with inlet ports for air supply and optional valves for airflow control

Specification

225 mm9

air flow range011 cubic meterhr

Air flow rate25 to50 cubic meterhr

end connection34 and 1

material EPDMSILICON

Advanced Diffusion Technology

Equipped with a fine bubble membrane, the EDM 225MM diffuser utilizes EPDM or silicon material for exceptional chemical resistance and longevity. Its 3/4 membrane size maximizes the distribution of fine bubbles, ensuring superior aeration and consistent oxygen transfer, essential for industrial water treatment systems.

Designed for Industrial Versatility

This diffuser is built to cater to various industrial environments, whether in manufacturing, export, or large-scale supply operations. Its automatic functionality and robust construction allow seamless integration with existing aeration setups, minimizing maintenance while maximizing operational uptime and efficiency.

FAQ's of FINE BUBBLE DIFFUSER EDM 225MM:

Q: How does the FINE BUBBLE DIFFUSER EDM 225MM operate in industrial applications?

A: The diffuser operates automatically, dispersing fine bubbles into the water using a 400-watt power input. Its 3/4-inch membrane efficiently introduces oxygen through numerous small bubbles, essential for processes like water or wastewater treatment in industrial scenarios.

Q: What materials are used in the construction of this diffuser, and what are their advantages?

A: This diffuser is constructed using premium EPDM or silicon membranes. These materials offer high durability, resistance to chemicals, and longevity, making the product reliable for long-term industrial use in varied water conditions.

Q: When should I select the EDM 225MM diffuser for my facility?

A: Choose this diffuser when you need enhanced aeration performance, especially for large or demanding industrial water treatment systems. Its automated function and robust design are suitable for operations needing consistent oxygenation and minimal manual intervention.

Q: Where can the FINE BUBBLE DIFFUSER EDM 225MM be used effectively?

A: The diffuser is ideal for water and wastewater treatment plants, industrial processing units, and any setting where efficient oxygen transfer and contaminant breakdown are required. It is widely distributed as an exporter, manufacturer, supplier, trader, and wholesaler in India.

Q: What is the installation process for this diffuser?

A: Installation involves integrating the diffuser into the aeration grid of your treatment tank or water system. Secure the 1.5 kg unit, connect it to the electrical supply, and ensure compatibility with existing infrastructure for optimal automated operation.

Q: How can industrial users benefit from deploying this fine bubble diffuser?

A: Utilizing this diffuser enhances the efficiency of oxygen transfer, leading to improved treatment outcomes, reduced energy usage, and lower operational costs. Its reliable performance and minimal maintenance needs further support productivity and long-term savings.

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