MOLDING POLIDESA EPP can be easily molded into many different designs and complex shapes using its own developed molding techniques. About Us IMPACT ABSORPTION POLIDESA EPP has outstanding impact absorption properties. Therefore, it offers excellent solutions in the field of safety and protection for the automotive and other industries. About Us FLEXIBILITY AND RESILIENCE POLIDESA EPP exhibits exceptional flexibility and strain relief properties, allowing its parts to return to their original shape even after severe bending or compression. About Us STRUCTURAL DURABILITY POLIDESA EPP has high load properties and strength, high temperature resistance, even at low densities. About Us ENVIRONMENTAL IMPACTS POLIDESA EPP has superior resistance to UV rays, physical and environmental wear and tear. About Us LIGHTNESS POLIDESA EPP can deliver outstanding results with minimum volume and weight, thus offering a more cost-effective solution in terms of transportation, storage and overall weight reduction. About Us STRONG INSULATION POLIDESA EPP, which is a closed cell foam, has effective insulation properties and thermal stability. Heat insulation properties can be taken to higher levels in specially developed products. About Us RECYCLABILITY POLIDESA EPP kolaylıkla geri dönüştürülebilen polipropilenden oluşur. About Us

Core Advantages of Expanded Polypropylene

Expanded Polypropylene is a lightweight, durable, and recyclable material with excellent impact resistance, energy absorption, and thermal insulation, making it ideal for automotive, packaging, and protective applications.
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100% Recyclabce

Exceptional Strength

Superior Impact Resistance

Thermal Efficiency

Lightweight Design

Design Flexibility

Milestones

2014

Process improvement project activities were started in the EPP molding facilities.

2015

A tankless steam supply system, designed by our company, was implemented. This resulted in a 17-21% increase in energy efficiency and a reduction in waste.

2016

R&D studies on EPP raw material production have been initiated.

2017

EPP raw material production was carried out on laboratory scale.

2018

R&D studies have been initiated for new molding technologies.

2022

An investment was made in an EPP production factory.

2024

Eskişehir factory started mass production.

2024

Start of construction of new factory building and capacity increase.

2025

Completion of the new factory building.

2026

Launching new molding technologies and appropriate raw material products to the market.

qualified epp solutions

High usage area and effective solution

Automotive Sector

EPP plays a critical role in enhancing both the safety and lightweight characteristics of vehicles. Its excellent shock-absorbing capabilities maximize passenger safety by absorbing energy during impact and can recover its original shape. Its lightweight nature also contributes to fuel efficiency.

  • Bumper Cores (Energy Absorbers): To absorb impact energy during collisions.
  • Headrests and Seat Components: To provide comfort and impact protection.
  • Toolboxes and Trunk Organizers: As lightweight and durable storage solutions.

Protective and Reusable Packaging

EPP is a superior material for protecting delicate and fragile products against shocks, vibrations, and temperature fluctuations during shipping. Its durability and ability to withstand multiple impacts make it ideal for sustainable and long-lasting packaging solutions.

  • Electronic Component Trays: Custom-molded protectors for sensitive electronic parts.
  • Insulated Thermal Boxes (Cold Chain): For transporting food, pharmaceuticals, and temperature-sensitive products.
  • Reusable Shipping Containers: As circular packaging solutions in logistics.

EPP’s lightweight nature, impact resistance, and flexibility make it an excellent material for sports and leisure equipment. It offers a combination of safety, ergonomics, and performance.

Sports, Leisure, and Consumer Products

EPP’s lightweight nature, impact resistance, and flexibility make it an excellent material for sports and leisure equipment. It offers a combination of safety, ergonomics, and performance.

Usage Examples:

  • Helmet Liners: As impact-absorbing internal padding in bicycle and ski helmets.
  • Model Aircraft and Drone Bodies: Due to their lightweight and durable structure.
  • Massage Rollers (Foam Rollers): In fitness and rehabilitation products.

Visual Representation: 

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