Tubular Fine Bubble Diffusers

Name: Tubular Fine Bubble Diffusers
Brand: S S Water Technologies
Price: 950 INR
Availability: InStock

Price 950 INR/ Piece

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MOQ : 10 Pieces

Tubular Fine Bubble Diffusers Specification

Features
Fine Bubble Diffusion

Shape
Tubular

Filter Medium Material
EPDM

Application
STP

Capacity
Up to 4 m3/hr

Weight
Approx. 500g

Pressure Range
0.15-0.35 kg/cm2

Install Type
Screw Mount

Product Type
Tube Diffuser

Material
PP Body, EPDM Membrane

Size
90 mm

Diffuser type
Tube

Air flow rate
2-4 m3/hr

Pipe connection
1 inch BSP

Tubular Fine Bubble Diffusers Trade Information

Minimum Order Quantity
10 Pieces

Payment Terms
Cash in Advance (CID)

Supply Ability
100 Pieces Per Month

Delivery Time
5-7 Days

Main Domestic Market
All India

About Tubular Fine Bubble Diffusers

Discover the commanding performance of Tubular Fine Bubble Diffusers, designed for exceptional efficiency in STP applications. Manufactured with an uncommon blend of PP body and EPDM membrane, these diffusers deliver an airflow rate of 2-4 m3/hr, ensuring fine bubble diffusion. The 1 inch BSP screw mount guarantees secure installation. With a scarce supply, don't miss the chance to grab this best-priced diffuser, engineered for durability and precision. Its tubular shape, robust filter medium, and up to 4 m3/hr capacity set a new standard for reliable water treatment solutions in India.

Diverse Applications and Enhanced Features

Tubular Fine Bubble Diffusers excel beyond typical sewage treatment plant usage. Their adaptable design makes them suitable for industrial effluent treatment, aquaculture, and wastewater recirculation systems. Enhanced with a high-grade EPDM filter medium and a secure screw mount, these diffusers deliver long-lasting performance and uniform oxygen transfer. The product is ideal for use in tanks, reservoirs, and process water systems, guaranteeing superior aeration and improved overall water quality.

Domestic Market Reach and Swift Delivery Logistics

Catering predominantly to the main domestic market in India, these diffusers are readily available for swift transportation and efficient logistics planning. With prompt drop-off services ensuring timely delivery, customers can rely on secure packaging that preserves product integrity during transit. Comprehensive logistics solutions facilitate hassle-free shipment whether bulk or single orders, enabling streamlined installation schedules for your industrial or municipal needs.

FAQ's of Tubular Fine Bubble Diffusers:

Q: How does the Tubular Fine Bubble Diffuser enhance aeration efficiency?

A: The diffuser's design promotes fine bubble diffusion, ensuring uniform oxygen transfer throughout the water. This feature is critical for enhancing biological treatment processes, leading to more effective and energy-efficient aeration.

Q: What materials are used in the construction of these diffusers?

A: These diffusers are manufactured with a robust polypropylene (PP) body and a high-quality EPDM membrane, offering long-term durability and resistance to chemicals found in wastewater environments.

Q: Where can Tubular Fine Bubble Diffusers be installed?

A: These diffusers are versatile and can be installed in sewage treatment plants (STP), industrial effluent treatment systems, aquaculture tanks, and other water treatment setups requiring efficient aeration.

Q: When will my order be delivered after purchase?

A: Delivery is prompt, with lead times depending on order quantity and location. Thanks to a streamlined logistics process, most domestic orders within India reach their destination swiftly and are securely drop-shipped or delivered as per client requirements.

Q: What is the installation process for these diffusers?

A: The diffuser features a 1 inch BSP screw mount, allowing for easy and secure attachment to existing piping. Installation does not require specialized tools or advanced technical skills.

Q: What are the main benefits of using this diffuser in water treatment applications?

A: The main benefits include improved oxygen transfer efficiency, reduced energy consumption, exceptional longevity, and compatibility with diverse treatment setups.

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