Expanded Polystyrene (EPS) is widely used in packaging due to its excellent protective qualities and versatility. EPS provides outstanding cushioning and shock absorption, making it ideal for safeguarding delicate and fragile items during transportation. Its lightweight nature reduces shipping costs, while its ability to be easily molded into various shapes and sizes allows for custom-fit packaging solutions. EPS is also moisture-resistant, ensuring that products remain dry and protected from environmental factors. Additionally, it is recyclable, which can help reduce environmental impact when proper recycling processes are followed. These attributes make EPS a popular choice for packaging electronics, appliances, food items, and other sensitive goods.
We custom-cut Polystyrene Foam to suit your packaging needs, whether it be simple loose-fill polystyrene packaging cubes, plain polystyrene sheets, and blocks, unique polystyrene profiles such as U and L profiles, right through to intricate custom 3D designs that cradle your products.
Over the years QPS has produced polystyrene packaging solutions to suit many different applications, from Bullbars to Toilet seats and everything in between. Using custom-designed machinery and equipment coupled with over 15 years of experience, we can offer the best packaging designs to suit your individual needs.
Lower Damage Rates
Great cushioning properties to protect your products
Thermal Efficiency
Protecting your products from extreme temperature change
Moisture Resistant
Products wont get damaged from extreme temperature change
Enhanced Product Protection
Ensures your products stand out over others
Fast Packing Time
Smarter packaging designs
Reduced Warehouse Costs
Production runs and deliveries integrated with your processes
Light Weight
Packaging to help with shipping costs
Low on Costs
High on Protection
Low Initial Set-Up Costs
No tooling required
Any Run Size
Manual and Automated Cavity Cutting Systems will accommodate to sizes
Ultimate Product Protection
We can cradle your product in three-dimensional cavities