OEM ODM Shock Absorbing Expanded Polypropylene Pallet For Logistics

Hanwell OEM&ODM Export Shock Absorbing Pallet Expanded Polypropylene Pallet For Electrical Appliances

epp pallet and plastic pallet

EPP pallets and plastic pallets are both made from plastic materials and offer some similar benefits, but there are also some key differences between them.

Firstly, EPP pallets are made from expanded polypropylene foam, which is a lightweight and highly durable material. Plastic pallets, on the other hand, can be made from a variety of plastic materials, including polyethylene, polypropylene, and polycarbonate.

One of the main differences between EPP pallets and plastic pallets is their weight. EPP pallets are typically much lighter than plastic pallets, which makes them easier to handle and transport. They are also more resistant to impact and can offer better cushioning properties, which makes them a better choice for shipping delicate or fragile products.

In terms of environmental impact, EPP pallets are often considered more eco-friendly than plastic pallets. This is because EPP pallets are made from a recyclable material and are lightweight, which reduces transportation costs and carbon emissions. However, plastic pallets can also be recycled and reused, and some companies offer recycled plastic pallets made from post-consumer or post-industrial plastic waste.

Another difference between EPP pallets and plastic pallets is their cost. EPP pallets are generally more expensive than plastic pallets, but they are also more durable and have a longer lifespan, which can make them a more cost-effective choice over the long term.

Overall, both EPP pallets and plastic pallets offer benefits in terms of durability, reusability, and cleanliness, but the choice between them will depend on the specific needs and requirements of each application.

comparing EPP pallets and plastic pallets:

Overall, both EPP pallets and plastic pallets offer benefits in terms of durability, reusability, and cleanliness, but the choice between them will depend on the specific needs and requirements of each application. EPP pallets are generally more lightweight, durable, and eco-friendly than plastic pallets, but they may be more expensive. Plastic pallets are generally less expensive, but may not be as durable or environmentally friendly as EPP pallets.

Weihai Hanwell New Material Co.,LTD was established in 2020, as a member of Han Well Group with Qingdao Hanwell Hightech Plastic Co.,Ltd. With the 20 years development, now the factories cover an area of 100,000 square meters and the workshop is about 80,000 square meters, 50 production lines, the total investment is more than US dollars 50,000,000.

From the EPP raw material, EPP forming products, molded pulp products, therm forming products, plastic slip sheet, we have realized the industrial chain highly vertically integrated in every these industries. Meantime we have a lot of advanced machines from Germany, that improve the quality, reduce the cost, so we can provide competitive price and ensure the big order delivery on time.

With experience on working with the world-class customers from all over the world in the past years, our teams deal with a lot of important cases, our engineer team can help design per customers’ request. Besides this, our aim is to provide the comprehensive solution and help to achieve the constant development together.

As a responsible manufacturer, we work hard on developing new biodegradable and reused packaging, we always improve technology and reduce the energy consumption to achieve the goal of the carbon neutrality and protect our world. If you have packaging request, welcome to contact us, we will be very glad to help you.

EPP is a polypropylene foam consisting of expanded, mainly closed-cell foam particles. The EPP beads are filled with air and therefore particularly environmentally friendly(light weight). They guarantee a good joint tightness of the moulded parts and provide an excellent insulation and thermal insulation.

A high energy absorption（shock resistance）capacity combined with a very good recovery behaviour are characteristic properties of EPP in addition to the good chemical and temperature resistance. The low water absorption( water proof) due to the closed-cell structure and hydrophobic surface property, the easy cleaning of moulded parts, the good thermal insulation capacity as well as its environmental compatibility (= free of propellants and other chemical blowing agents) round off the property profile of EPP.

For the use as reusable packaging and reusable transport and insulation containers, the excellent material properties of EPP are used in an ideal form.

Processing

EPP is processed on automatic foaming machines which are designed for a steam chamber pressure of at least 5 bar. The foam particles are transported from a pressurized container via injectors into the mould. Since EPP does not contain any blowing agent, it is necessary to compress the foam particles in the mould. Welding of the EPP beads to a molded part is done by using water vapor as heat transfer medium. The demoulding is done by mechanical ejectors and/or compressed air. For dimensional stabilization, the molded parts must be tempered (= dried) at approx. 80°C after demolding.

Application areas

The specific product properties of EPP are innovative and unrivalled and make EPP a multifunctional material with almost unlimited design possibilities for a wide range of applications.

EPP proves itself in areas where strength at low weight, high stiffness or good thermal properties are required, such as

• Automobiles as energy-absorbing foam such as bumpers, side impact protection or for sun visors or neck supports
• As protective and reusable packaging for sensitive products
• Electronic engineering as well as heating, air conditioning and sanitary engineering as a multifunctional part with multiple uses (impact protection, thermal insulation)
• In safety relevant products such as child seats and bicycle helmets
• The toy industry or the design and furniture sector
• For the transport of temperature-sensitive foodstuffs from A to B