Low noise stainless steel Roots blower

Low noise stainless steel Roots blowerPerformance Characteristics

Strong corrosion resistance: Stainless steel materials (such as 304, 316, 2205, etc.) can resist corrosion from acidic gases (such as carbon dioxide, hydrogen sulfide), alkaline gases (such as ammonia), and salt spray environments, extending equipment life.

High gas cleanliness: No micro particles fall off during operation, avoiding contamination of sensitive media such as food and drugs, and meeting hygiene standards.

Low noise operation: The three bladed rotor design reduces airflow pulsation, coupled with shock-absorbing structures and mufflers, significantly reducing operating noise.

Stable and reliable: The rotor rotates without contact, with minimal wear and low maintenance costs, suitable for 24-hour continuous operation.

Strong adaptability: It can transport high-temperature gases (such as steam), humid gases, and dust containing gases, and is suitable for complex working conditions.

working principle

Inhalation stage: The rotation of the rotor causes the separation of the intake side teeth groove, creating negative pressure inside the casing, and gas is sucked into the teeth groove.

Transport stage: The teeth filled with gas rotate with the rotor to the exhaust side, and the gas moves smoothly in the enclosed space.

Exhaust stage: The side teeth of the exhaust port are engaged, the volume is reduced, and the gas is forcibly discharged from the casing.

This process repeats in a loop, changing the volume through rotor engagement to achieve gas delivery. The air volume depends on the speed and slot volume, and the pressure is automatically adjusted with pipeline resistance.

Low noise stainless steel Roots blowerApplication field

Chemical industry: Transport acidic and alkaline waste gases, chemical raw material gases, and treat industrial wastewater containing corrosive components through aeration.

Food processing: used for drying materials, transporting clean gases, and avoiding contamination of raw materials or finished products (such as sugar and milk powder production lines).

Pharmaceutical industry: Gas transportation and fermentation process aeration in drug production to ensure drug purity and production compliance.

Wastewater treatment: Seaside sewage stations and aeration for treating saline wastewater to prevent rusting and failure of carbon steel fans.

Electroplating industry: electroplating waste gas treatment, clean and ventilated workshop, resistant to moisture and slightly corrosive gases.

Aquaculture: oxygenation of water bodies to improve high-density aquaculture environments.

Other scenarios: high humidity environment ventilation, vacuum packaging, negative pressure suction system, etc.