In glass fiber production, oil-free lubricated air compressors are not only a necessity for process compliance, but also the cornerstone for enterprises to achieve high-quality, low-cost and sustainable manufacturing. Glass fiber production requires extremely high cleanliness, stability and energy efficiency of compressed air systems, and oil-free lubricated air compressors have become key equipment in this field due to their characteristics of zero oil pollution, low maintenance costs and high reliability.

The production of nanomaterials has almost stringent requirements on the process environment, equipment performance and gas purity. In the production of nanomaterials, selecting oil-free lubricated air compressors that comply with ISO 8573-1 Class 0 standards is the core strategy to ensure product consistency and reduce full life cycle costs.

As the core scene of scientific research and industrial innovation, laboratories have strict requirements on the purity, stability and reliability of compressed air. Due to its unique technical advantages, oil-free lubricated air compressors have gradually become the preferred power source for laboratory testing processes.

As a high value-added biopharmaceutical product, Botox’s production process requires extremely strict air quality, sterility and process stability. As a key process gas source, compressed air is widely used in fermentation, purification, freeze-drying, filling and other aspects. Due to the risk of oil pollution, traditional oil-lubricated air compressors are no longer able to meet the international standard requirements for botulinum toxin production.

Since taurine has extremely high requirements on purity, hygiene standards and production environment, choosing oil-free lubricated air compressors has become a mainstream trend in the global pharmaceutical and food-grade additive industries. In the production of taurine, oil-free lubricated air compressors have become the industry’s best solution by eliminating oil pollution risks, improving energy efficiency and reducing compliance costs.

In the industrial production of caffeine, the compressed air system is one of the core equipment to maintain process stability and product quality. Oil-water lubricated air compressors are not only to meet the mandatory requirements of regulations, but also the core technology choice for building quality barriers.

During the entire life cycle of glycerol production, selecting a water-lubricated oilless air compressor that meets international standards such as ISO 1217 and ISO 8573 can not only ensure that the product meets USP/EP and other pharmacopeia requirements, but also achieve continuous competitive advantage through energy efficiency improvement and system stability.

In the production of preservatives, selecting oil-free lubricated air compressors that comply with ISO 8573-1 Class 0 standards can not only avoid product pollution risks and reduce compliance costs, but also achieve long-term economic benefits through energy efficiency optimization and full life cycle management.

In the desiccant production process, compressed air serves as a key power source and process gas, and its cleanliness and reliability directly affect product quality, production efficiency and operating costs. Oil-water lubricated air compressors have become the technical benchmark for the global desiccant manufacturing industry by eliminating the risk of oil pollution, reducing full life cycle costs, and improving product qualification rates.

In the field of colorant (pigments, dyes, etc.) production, compressed air is a key power source and is widely used in core processes such as raw material transportation, mixing and stirring, spray drying, powder transportation and packaging. Traditional oil-containing air compressors have been phased out due to the risk of oil pollution, while oil-free lubricated air compressors have become the first choice for global high-end colorant manufacturers due to their unique technological advantages.