As one of the globe’s top suppliers of Vapor Corrosion Inhibitor (VCI) containing bags and films, Marshall Plastic Film has a comprehensive understanding of the uses and limitations of vapor barrier materials. Offering a high durability, resistance to punctures and life-long protection, VCI materials help to prevent the spread of fungus, mildew and mold growth. They can also reduce the amount of radon gas that is able to enter a structure. But, benefits aside, what are the practical uses of VCI bags and films? In this post, we’re going to look at how – and why – they are utilized in various applications.
As a leading supplier of intermediate bulk packaging bags for a number of the world’s top pharmaceutical companies, Marshall Plastic Film is committed to producing high quality, dependable packaging solutions that exceed their customers’ requirements. Whether it’s for Pfizer, Paddock Laboratories, Eli Lilly or AstraZeneca Pharmaceuticals, we pay attention to every detail, leverage the power of multiple state-of-the-art technologies and implement various testing procedures that ensure that our clients receive a consistent, reliable product that eliminates risk in packaging.
It’s no surprise that different applications require different solutions. Whether you’re in the medical industry and require colored biohazard bags or you need flexible plastic bags for industrial packaging, determining precisely which bags and films suit your purposes can be challenging. We have a wide range of plastic films and bags, each suited to different applications. In this post, we’re going to provide a brief overview of the different styles available from Marshall Plastic Film.
Shrink wrap is a material made of polymer plastic film that shrinks when heat is applied to it. Utilized in a number of applications, from the palletization of freight to temporarily sealing damaged buildings or roofs, shrink wrap is highly versatile. Because of its versatility, a number of unique types of shrink wrap have been developed to handle specific use cases.
If you aren’t aware of the interactions that can occur between your products and the intermediate bulk packaging that they are stored in, your company could be at regulatory risk. In the pharmaceutical industry, improper storage – or storage in unsuitable containers – can result in the degradation and contamination of products.
Flexible packaging films and bags are utilized in a countless number of industries to defend products against damage, guard them during shipping and store them prior to being processed. Depending on your application, different materials and sizes may be necessary. Marshall Plastic Film aims to lower your costs by reducing the amount of packaging that you need and providing you with more efficient, lasting materials. When you source your packaging film and bags from us, you are able to select the exact materials that you need in a form that best meets your packaging needs. In this post, we’re going talk about how Marshall Plastic Film can help you reduce the costs associated with your packaging processes.
It’s important to find the best material that you require to meet your exact specifications. There are many options available, including flame retardant, pharmaceutical bags, VCI, side-weld, and perforated – this makes it difficult for a buyer to weigh the advantages of every plastic film variation. Luckily, Marshall Plastic Film has the knowledge and experience necessary to help you in making the best possible decision. Our laboratory services provide you with extensive, on-site testing that will make your decision simple and clear. In this post, we will look at what we offer and how we can help you to make the best decision on what plastic materials and products you should use for your application.
Flame retardant plastic film use has been steadily increasing since its development. It is made by combining a retardant with polymers which will help resist ignition, suppress smoke, decrease the spread of flames, and stop the polymer in the plastic film from dripping. There are currently two common types of flame retardant additives: halogenated and non-halogenated.
