Diagram of the Co-Extrusion Setup for AeroFlux Aeration Hose Production

AeroFlux Manufacturing Process

01

Compounding & Mixing

Raw materials are blended and compounded in high-speed mixers, then formed into plastic pellets optimized for stable, consistent extrusion.

02

Melting & Co-Extrusion

Plastic pellets for the hose body and protective layers are fed into separate extruders, where they are heated, pressurized, and co-extruded to form the multi-layer hose.

03

Cooling & Calibration

Immediately after extrusion, the hot hose enters a vacuum calibration tank followed by a cooling bath to solidify the structure and achieve precise, repeatable dimensions.

04

Haul-off

A haul-off unit pulls the hose at a precise, consistent speed, ensuring uniform diameter and wall thickness to guarantee the final products' quality.

05

Piercing

A punch press creates precise apertures along the hose at the desired intervals, enabling uniform micro-bubble diffusion.

06

Winding

The finished aeration hose is coiled into reels, cut to the required lengths, and packaged for final inspection and shipment.

Eco-Conscious Manufacturing

AeroFlux is committed to sustainable production, using cleaner processes and materials to support a greener future.

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Low Energy Consumption
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Zero Pollution & No Odor
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Non-Toxic Materials
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Industrial Hose Recycling
Facility Requirements

Precision and Reliability Guaranteed

Pressure Testing

Burst Testing

Oxygen Transfer Validation

ISO 9000 Compliance

Facility Requirements

Streamlined, Efficient Production

Our automated production line ensures high-quality hoses while minimizing space and manpower requirements.

Full Automation

Production is fully automated and controlled by computer programs.

Low Manpower

Only one operator is needed to oversee the entire production line.

Compact Production Area

The production line requires less than 80 m², optimizing space usage.

Power Usage

Production consumes ~15 kW, ensuring energy efficiency.

Build Smarter Aeration Systems Together For a Greener Future