Agricultural biomass is the foundation of our production, combining sustainability, efficiency, and local resource potential. It enables us to manufacture pallets with a minimal carbon footprint and maximum value for modern logistics. We use plant biomass from crops such as sunflower, which naturally have low moisture content. This eliminates the need for energy-intensive drying and makes the production process significantly more efficient.

During its growth, biomass captures CO₂ from the atmosphere and stores it in the soil and plant fibers. This makes it an active contributor to climate change mitigation and the transition toward a carbon-neutral industry.

The choice of agricultural biomass is no coincidence – it is annually renewable, readily available, and rich in fibers, making it ideal for composite materials. We are located in a region with well-developed agriculture, giving us direct access to raw materials with a minimal transportation footprint. This enables localized production, lower emissions, and greater traceability of origin.

Agricultural biomass is not merely a raw material – it is a strategic choice for a sustainable future. Through it, we create products that are part of the circular economy, support the decarbonization of logistics, and prove that environmental responsibility can go hand in hand with industrial efficiency

Absolutely. GP pallets are engineered for industrial loads, with a dynamic capacity of up to 1500 kg.
The secret lies in the construction: instead of traditional joints and wooden components, we use sunflower husks or other agricultural biomass, a bio-based binder, and precision pressing technology. This results in a uniform, dense structure that doesn’t split, warp, or absorb moisture.

The result is a pallet that not only replaces wood, but improves upon it – cleaner, more sustainable, and safer. It’s ideal for export, sensitive goods, and all types of logistics.

Depending on the configuration, GP pallets can be equipped with bottom deck boards, making them suitable for racking and roller conveyors. The standard model is optimized for one-way and closed-loop logistics, but thanks to its modular design and optional features, it can be easily adapted to various warehouse systems.

An alternative solution for racking without beams is the static placement of profiles or grids, onto which loaded pallets can be positioned.

Contact our team to discuss customized solutions tailored to your processes and technical requirements.

GP pallets offer high transport efficiency thanks to their compact shape and nested design. A 40’HC container can hold around 1,700 units, while a standard truck can carry up to 1,900. This means twice as many pallets per load, fewer trucks on the road, and up to 50% lower CO₂ emissions when transporting empty pallets. The result: lower costs and more sustainable logistics.

Formaldehyde is widely used in adhesives and wood-based composite materials, including traditional pallets, pressed wood pallets, particleboard, and fiberboard. In many of these, its content can reach 20% or more, posing a serious health risk. Under high temperatures and humidity – such as inside shipping containers – it is released more rapidly, increasing the risk of irritation, unpleasant odors, and long-term health effects. The World Health Organization classifies formaldehyde as a carcinogen, and European regulations impose strict limits on its emissions.

At GP, we don’t just meet regulatory requirements – we exceed them. We use an advanced bio-based polymer with a low content of just 4%, completely free from formaldehyde. This enables us to produce pallets that are safe for people, environmentally friendly, and fully aligned with the principles of the circular economy.

Standard wooden pallets are heavy, prone to splitting, contain formaldehyde-based adhesives, and require nails and mechanical assembly. This makes them riskier to handle and more difficult to recycle.
GP offers a completely different approach.

Our eco-friendly pallets are lighter, have a smooth surface, and are free from formaldehyde. Their compact and innovative design saves space during storage and transport. The absence of nails ensures safer handling and makes post-use recovery easier.

Our eco-friendly pallets are designed with sustainability in mind throughout their entire lifecycle. When damaged, they don’t break into sharp or hazardous fragments like wood or plastic – instead, they degrade in a controlled and safe manner, reducing the risk of injury.

After use, the material can be mechanically shredded and reused as feedstock for composite products, boards, thermoformed items, new pallets, and more. Thanks to their high biomass content, the pallets are also suitable for energy recovery in waste-to-energy facilities.

And since they contain no formaldehyde, no toxic waste is generated-neither during use nor during recycling.