​Measurements in Packaging.

In various industries, ranging from manufacturing to packaging, understanding and being able to convert different units of measurement for material thickness is essential - common units used for this purpose are gauge, micron, and millimeter. Whether you are dealing with polythene films or other materials, having a dependable conversion guide can streamline processes and ensure accuracy in measurements.

Converting Measurements Using a Conversion Table:

Polyethylene gauge (ga) can be converted to micron (mu) by dividing it by 4, and the thickness in millimeters (mm) can be determined by dividing the micron value by 1000. An example of this would be 50mu equaling 200ga, which is equivalent to 0.05mm.

The thickness of your polythene can range from ultra-light (typically between 32-50ga) to super heavy (1000-1200ga), so it is important to make accurate calculations.

Our conversion table below states how each measurement converts to another, enabling you to make informed decisions and perform accurate measurements with confidence.

Where Might These Measurements Be Used?

Micron and gauge measurements are used to determine the thickness of materials in a number of different industries, whereas millimeters, meters and inches are used more commonly in everyday life.

Micron and gauge measurements are extensively used in the packaging industry to determine the thickness of materials such as plastic films, shrink wraps, and packaging foils. These measurements are crucial for ensuring the durability and protection of packaged goods.

Micron and gauge measurements are also used in the manufacturing industry, to specify the thickness of materials such as metal sheets, rubber, textiles, and various types of films.

Why Is It Important to Measure the Correct Thickness?

In the packaging industry, accurate conversions are important for ensuring that the quality of your packaging is up to standard. If the thickness of your film falls below the correct specifications, this can lead to packaging failures, such as splitting, bursting, or leaking, meaning it is less effective at protecting goods. Also, plastic packaging materials that do not meet the correct thickness specifications (for example, material that is stretched too thin during the packaging production process) can be less effective at blocking oxygen and other contaminants, potentially causing rapid product degradation.

Quick Pak Inc is a leading supplier of polyethylene packaging products. We have 25 years of experience within this industry and can supply polyethylene products manufactured for your individual needs. Contact us at 813 242 6995 or sales@quickpakinc.com