
Granklin Group oil-free air compressor specifications
Oil-free air compressors have become the preferred compressed air solution in many industries due to their zero oil pollution, high cleanliness and high efficiency. As a leader in the field of oil-free compression technology, Granklin Group provides a variety of power specifications and cooling types to meet the needs of…

How to Design a Zero-Contamination Compressed Air System
Pharmaceutical Industry Background In sterile drug production, compressed air systems directly contact APIs (Active Pharmaceutical Ingredients), primary packaging, and filling equipment. Contaminants as small as 0.1μm particles or 0.01mg/m³ oil residues can compromise product sterility, triggering FDA 483 observations. Globally, 25% of pharmaceutical recalls (2023 WHO report) link to compressed air contamination. Why Pharmaceutical Manufacturing […]

What are the requirements for compressed air for packaging machinery?
1. Packaging machinery industry background In packaging production lines, compressed air is widely used in filling, sealing, labeling and pneumatic control systems. Since compressed air directly contacts product packaging materials such as food and drugs, its cleanliness and safety requirements are…

How to ensure that printing machinery receives high-quality compressed air?
Printing machinery industry background In offset printing, digital printing and packaging printing processes, compressed air is widely used in inkjet control, paper positioning, drying systems and equipment cleaning, which directly affects the color accuracy and production efficiency of printed matter. For…

How to ensure the color accuracy of printed matter by controlling the cleanliness of compressed air
The correlation mechanism between compressed air cleanliness and color accuracy In offset printing, gravure printing and digital printing, compressed air cleanliness directly affects the following key aspects: Inkjet head contamination: 0.1-1μm oily particles can block ink jet holes (Violation of ISO…

How to choose water-lubricated air compressor for cold chain vaccine transportation
Industry Background In the vaccine cold chain transportation system, compressed air is widely used to drive airtight doors of refrigerated trucks, control temperature and humidity sensors, and clean storage and transportation equipment. Compressed air needs to meet the following standards: ISO 8573-1 Class…

Challenges and solutions faced by using compressed air in pharmaceutical production
Core Challenge Analysis In drug production, compressed air directly contacts raw materials, packaging materials and production equipment, and its cleanliness directly affects drug quality and patient safety. Here are the five core challenges facing the industry: Microbial contamination risks International…

Medical equipment compressed air system maintenance guide: Compliance and reliability assurance
Maintenance goals and core challenges Medical equipment compressed air systems are directly used in critical scenarios such as ventilators, surgical instruments, and sterilization equipment. Their maintenance must meet the following requirements: Zero pollution risk: Comply with ISO 8573-1 Class…

How to choose oil-water-free lubricated air compressors for the food processing industry
In the food processing industry, choosing the right air compressor is very important, especially for those areas that require compressed air to come into direct contact with raw materials, packaging or production line equipment. Here are some suggestions on how to choose oil-free lubricated air compressors for the food processing industry…

How to choose oil-free screw air compressor in the automobile manufacturing industry
Automobile manufacturing industry background In the four major processes of stamping, welding, coating, and final assembly, compressed air is widely used in key links such as robot driving, spray atomization, and testing airtightness. According to IATF 16949 Quality Management System requirements, automobiles…