Fine Bubble Disc Diffuser

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MOQ : 10 Pieces

Fine Bubble Disc Diffuser Specification

Membrane Quantity
Single

Dimension (L*W*H)
320 mm diameter (12)

Material
EPDM/Silicone

Weight
Approx. 0.5 kg

Color
White/Black

Membrane Size
320 mm

Function
Fine bubble aeration

Power
Passive (Air supplied externally)

Product Type
Fine Bubble Disc Diffuser

Capacity
1.5-2.5 m3/hr

Lead Time
1-2 weeks

Application
Lake Aeration, Wastewater Treatment

Treatment Technique
Fluidized Aerated Reactor

Bubble Diameter
1 mm

Membrane Material
High-grade EPDM

Bubble Type
Fine Bubble

Suitable Media
Clean or waste water

Oxygen Transfer Rate
High efficiency

Clog Resistance
Excellent

Service Life
3-5 years

Aerator Type
Surface Fixed

Installation
Mounting Clamp Type

Backflow Prevention
Integrated design

Connector Size
Standard 3/4" BSP

Fine Bubble Disc Diffuser Trade Information

Minimum Order Quantity
10 Pieces

Payment Terms
Cash in Advance (CID)

Supply Ability
1000 Pieces Per Month

Delivery Time
2-10 Days

Main Domestic Market
All India

About Fine Bubble Disc Diffuser

Offer your water treatment systems a remarkable upgrade with the acclaimed Fine Bubble Disc Diffuser, champion of advanced aeration technology. Utilise this valiant device-engineered with high-grade EPDM and designed for both clean and waste water-to achieve enlightened efficiency with an impressive 1 mm fine bubble diameter. Its integrated backflow prevention, excellent clog resistance, and enduring 3-5 year service life make it the ideal choice for lakes and wastewater treatment. Installation is seamless, thanks to a robust mounting clamp and standard BSP connector, making it a reliable solution for every champion of clean water. Proudly manufactured and supplied in India.

Competitive Advantages & Major Applications of Fine Bubble Disc Diffuser

Our Fine Bubble Disc Diffuser stands out valiantly with excellent clog resistance, high oxygen transfer rate, and superior service life. Enlightened by high-grade EPDM or Silicone, this diffuser champions applications in lake aeration and wastewater treatment, suitable for both clean and waste water. Its robust construction and easy installation make it a trusted solution for municipal, industrial, and environmental projects. Utilise this offer to ensure efficient and reliable aeration wherever water quality improvement is demanded.

Delivery, Supply, and Quotation Policies for Fine Bubble Disc Diffuser

We offer swift order processing, ensuring a typical lead time of 1-2 weeks from order confirmation to delivery. Quotations are provided promptly upon inquiry, tailored to your requirements. With a consistent supply ability backed by a reliable manufacturer network in India, customers can confidently place regular and bulk orders. Samples are available upon request, so you can evaluate product quality before making a final commitment. Champion efficient project completion with our transparent and reliable supply process.

FAQ's of Fine Bubble Disc Diffuser:

Q: How is the Fine Bubble Disc Diffuser installed?

A: The Fine Bubble Disc Diffuser utilises a surface-fixed mounting clamp and standard 3/4" BSP connector, allowing for easy and secure installation in most aeration systems.

Q: What distinguishes the Fine Bubble Disc Diffuser from other aerators?

A: This acclaimed diffuser is valiant in its high oxygen transfer efficiency, fine 1 mm bubble production, excellent clog resistance, and robust EPDM/Silicone construction, making it ideal for diverse water treatment needs.

Q: Where can the Fine Bubble Disc Diffuser be effectively used?

A: This diffuser is engineered for versatile use in lake aeration and wastewater treatment, suitable for both clean and waste water media.

Q: What is the average lead time for order processing and delivery?

A: Our standard lead time is 1-2 weeks, ensuring prompt order processing and timely delivery upon confirmation and receipt of quotation approval.

Q: How does the integrated backflow prevention benefit my system?

A: The enlightened integrated backflow prevention design safeguards your system by reducing the risk of contamination and enhancing operational reliability.