Different types of polyethylene foams
Polyethylene foams are available in two different variants.
Durable and versatile polyethylene foam solutions
Polyethylene foams (PE) are high-quality, flexible foam materials with excellent shock-absorbing, insulating and protective properties. Available in both crosslinked als non-crosslinked variants, these foams offer a wide range of applications in sectors such as packaging, construction, automotive and medical industries. Our polyethylene foams can be custom produced and adapted to specific requirements such as density, hardness and thermal resistance.
Crosslinked polyethylene foams
Crosslinked polyethylene foam is a refined and closed-cell foam with superior strength, flexibility and chemical resistance. This type of foam is widely used in applications where durability and a high (thermal) insulation value are required, such as seals, but also high-end packaging and protective bodies. The closed cell structure makes it water-resistant, colourfast and resistant to chemical influences, which ensures a longer lifespan and optimal protection of sensitive products.
Non-crosslinked polyethylene foams
Non-crosslinked polyethylene foam is a lower cost option with a different cell structure, making it an excellent material for cushioning, insulation and general packaging purposes. This type of foam offers a good balance between cost and performance and is often used in applications where less extreme mechanical properties are required. Thanks to its flexibility and light structure, it is easy to process and suitable for various industrial applications.
Specifications
Would you like to know more about polyethylene foams? Download the table below with all specifications.
Applications of polyethylene foams
Polyethylene foams are used in a wide range of industries due to their unique properties. Below is an overview of some popular applications.
Sports and recreation industry
Polyethylene foams are often used in sports and recreational products because of their shock-absorbing and protective properties. They are used in sports mats, protective clothing, helmets, floating bodies and other sports equipment. The flexibility and durability of the material provide long-lasting protection against impact and reduce the risk of injuries.
Shipping and maritime applications
In the marine industry, polyethylene foams are used for their water-repellent and buoyant properties. They are used as flotation material in buoys, rescue equipment, fenders and insulation against water and sound. Their light weight and resistance to moisture and chemicals make them ideal for maritime applications.
Electronics and technical packaging
Polyethylene foams play a crucial role in the protection of electronic and technical equipment. Due to their shock-absorbing and insulating properties, they are used in packaging for vulnerable components such as printed circuit boards, medical equipment and precision instruments. This helps to minimize vibration and impact damage during transport and storage.
Advantages of polyethylene foams
Our polyethylene foams offer various advantages. They are lightweight but at the same time strong en sustainable, making them ideal for transportation and long-term applications. The excellent shock absorption protects sensitive products and equipment from damage. In addition, they are water and chemical resistant, making them suitable for demanding environments. Their thermal insulation properties make them widely applicable in the construction and automotive industries, among others. In addition, our foams can be customized in various thicknesses, shapes and properties to meet specific industrial needs. They can also be supplied in various colors and densities, with various fire-retardant classes, but also antistatic, or with recycled content.
Frequently asked questions
What is the difference between crosslinked and non-crosslinked polyethylene foam?
Crosslinked polyethylene foam has a closed and cross-linked cell structure, which provides higher quality and density and offers better durability, chemical resistance and shock absorption than non-crosslinked variants, which have a more open structure, are easier to crush and are more economical for general applications.
Can polyethylene foam be custom made?
Is polyethylene foam environmentally friendly?
For which industries is polyethylene foam most suitable?
How can I get more information about polyethylene foams?
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