Clear Injection Vials

Available Format:  type I,II,III [CFDA YBB, USP, EP]

Color: Clear and Amber; Glass type: Borosilicate glass type I, and Sodalime glass type II, III.

Sizes Range: 2-200ml.

Glass containers for pharmaceutical use

Glass containers for pharmaceutical use are glass articles intended to come into direct contact with pharmaceutical preparations.

The hydrolytic stability of glass containers for pharmaceutical use is expressed by the resistance to the release of soluble mineral substances into water under the prescribed conditions of contact between the inner surface of the container or glass grains and water.

The hydrolytic resistance is evaluated by titrating released alkali. According to their hydrolytic resistance, glass containers are classified as follows:

Glass Type Hydrolytic resistance Application
Type I Neutral glass, a   borosilicate glass containing significant amounts of boric oxide. With a high   hydrolytic resistance due to the chemical composition of the glass itself. (moulded   glass vial, and tubular vial) Suitable for most   preparations whether or not for parenteral use(injection use)
Type II Soda-lime glass with   sulfur treatment, with a high hydrolytic resistance resulting from suitable   treatment of the surface of glass vial (only moulded glass vial) Suitable for most   acidic and neutral, aqueous preparations whether or not for parenteral use.
Type III Soda-lime glass, with   only moderate hydrolytic resistance (only moulded glass vial). Some factories   use amber tubing glass container for oral use. Generally suitable   for non-aqueous preparations for parenteral use, for powders for parenteral   use(not including freeze-dried preparations), and for preparations not for   parenteral use.
Category:

Description

SPG production site for type I,III glass vials

In order to meet the requirements of overseas and domestic pharmaceutical enterprises for clean production which aims to minimize the products being contaminated, our company has made the process from the annealing to the packaging in clean room for type I/III flint 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.

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Introduction of type I borosilicate glass provided by SPG

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