Oil-free and oil-free compressor structure difference

In compressed air technology, the structural difference between oil-free and oil-free compressors is crucial, which determines the performance, efficiency and purity of the output gas of the compressor. In recent years, the water-lubricated screw air compressor produced by Shanghai Granklin Group has become a leader in the industry with its unique oil-free design.

Traditional oil compressors include a complex lubrication system in their structural design. The oil plays a key role here. It flows through the oil pump, oil channel and oil filter to provide the necessary lubrication for the various moving parts of the compressor. However, this design also brings a problem: during the compression process, the oil will inevitably be mixed into the gas, resulting in the output compressed gas containing oil. This is clearly unacceptable in many applications where gas purity is strictly required, such as medical, food and precision manufacturing.

What is more worth mentioning is that the Granklin air compressor also introduces water lubrication technology. As an environmentally friendly and efficient lubricant, water not only reduces operating costs, but also further improves the purity of compressed air. This combination of oil-free and water-lubricated advanced design makes Grancilline's water-lubricated screw air compressor stand out among many air compressors and become the ideal choice for high-quality compressed air.

In general, the structural differences between oil-free and oil-free compressors are significant, and directly affect their performance and application range. Grantklin's water-lubricated screw air compressor is based on this structural difference and provides users with a more pure and efficient compressed air solution through the perfect combination of oil-free and water lubrication.