75-110KW Oil-Free Booster Compressor

They are ideally suited for a wide range of high-end applications requiring a clean, oil-free, high-pressure air supply, including:

• PET blow molding: High-pressure blow molding of plastic containers such as beverage bottles and edible oil bottles.
• Energy and industrial manufacturing: Control air for power systems, process pressurization in petrochemicals, military equipment testing, high-pressure operations in the steel and shipbuilding industries, and mining.
• Specialized processes and testing: High-pressure leak detection, airtightness testing for refrigeration equipment, purging of precision aerospace components, and sectors with extremely strict gas purity requirements, such as food and beverage processing.

Selection should be based primarily on the following key industrial parameters:

• Flow Rate Matching (Discharge Capacity): The booster's intake flow rate and processing capacity must match the output of your existing upstream oil-free air source to ensure a balanced air supply.
• Inlet/Outlet Pressure Differential: Determine the inlet pressure provided by the upstream system (medium-to-low pressure) and the target discharge pressure required by the end-use process; this establishes the necessary pressure ratio and number of compression stages.
• Air Usage Characteristics: Consider whether your production involves intermittent air usage or continuous, heavy-load operation when evaluating power margins and cooling methods. It is recommended that professional technicians perform precise calculations and scientific model selection based on your specific operating conditions.

This depends on the quality of the incoming air supply and the specific cleanliness standards required by the downstream process:

• Upstream Purification: Since the booster performs a secondary stage of compression, the incoming air must undergo rigorous filtration and drying to protect the internal oil-free core components and ensure air quality.
• Downstream Configuration: If the end-use process has stringent requirements regarding air dew point and particulate content (such as in precision electronics or food-grade applications), it is generally recommended to install high-precision filters and a refrigerated or desiccant dryer at the booster's discharge outlet to deliver clean, high-pressure air that meets specific standards.

Yes. This series features an industrial-grade design, high-quality oil-free and wear-resistant materials, and an efficient cooling system, ensuring excellent thermal balance and operational stability. It is fully capable of meeting the demands of prolonged, high-load continuous operation in industrial production, providing a reliable and steady supply of high-pressure air for your production line.