Description In order to meet the requirements of overseas and domestic pharmaceutical enterprises for clean production, our company has made the process from the annealing to the packaging in clean room for type III non-injection amber glass bottles and made standardization design and operation control to the flow of personnel and materials. Glass bottles from the annealing lehr are directly transferred into the environmental control area, then the auto-inspection, lamp inspection and auto-shrink wrapped will be completed in 100,000 class clean area. This ensures the cleanliness of products to meet the requirement of without washing for bottles. The bottles aren’t need to wash before using, thus reducing the investment to customers for equipment and operational cost and create value for customer. In addition, we are fully aware of the importance of standardized management of production and introduced the GMP production management philosophy into the daily production. And the company has established complete SOP documents and quality management system and has passed the ISO9001 and ISO15378 which ensure the effective management of the product quality and traceability. 100% of type III amber syrup bottles manufactured in clean environment, the clean room meet the following criteria: ISO14664-1:1999 ISO 8 Class, equal to Previous US FS 209E 100000 Class SFDA “Direct Contact Drug Packaging Material and Container Management Regulation“ 100000 Class Glass containers are commonly made with a combination of various oxides or oxygen-based compounds and are commonly referred to as “soda-lime” glass. The combining of raw materials, including sand, soda ash, limestone and cullet, creates glass containers that are durable, strong, impermeable, easily shaped, and inexpensive. The proportion of raw materials is based on availability, chemical and physical consistency, sizing, purity and cost. The goal is to use the most economical and high-quality raw materials available. Some oxides will form glass without adding any other elements and are known as network formers. The most common of these is silica (SiO2). Sand Sand is the most refractory of the major raw materials, or the hardest to melt; it is critical that it conform to fairly rigid sizing specifications. The particle size distribution is typically between 40 (0.0165 inch or 0.425 mm opening) and 140 mesh size (0.0041 inch or 0.106 mm). Sizing specifications for the other raw materials are dependent on the sand specifications. Since larger particles of different sizes tend to segregate during material flow, the other materials must be sized to minimize the effects of this segregation. Cullet Cullet, or recycled glass, improves furnace efficiencies, including energy consumption. All cullet, however, requires processing to remove non-glass contaminants and to create size uniformity: Cullet is usually color separated, crushed to a maximum size of ? of an inch, and screened and vacuumed to remove contaminants. Labels, aluminum caps, and non-magnetic metal are all considered contaminants.