R&D Strumber Center for Breakthrough Plant-Based Materials

Our mission: to explore, research, and push the limits of materials.

The Strumber technology was created from the belief that the materials of the future must be high-performance, low-emission, and based on renewable or waste raw-material streams. At our R&D Center near Lublin, located in one of Poland’s most dynamic academic regions, we conduct continuous research, validation, and development of next-generation lignocellulosic composites.

Strumber is the result of thousands of iterations, hundreds of controlled process parameters, and extensive international collaboration. Every stage of development - from raw-material analysis and equipment engineering to material testing - undergoes scientific verification, standardisation, and rigorous intellectual-property protection procedures.

Our Research Infrastructure

The Strumber R&D Center is designed as a development and technology laboratory, enabling a full research cycle on wood-based materials and their sustainable alternatives.

1. Physical and Mechanical Properties Testing

We conduct tests in accordance with European standards to objectively evaluate the quality of the materials we develop:

  • PN-EN 322 – Determination of moisture content in wood-based panels
  • PN-EN 323 – Density measurement
  • PN-EN 310 – Static bending strength and modulus of elasticity
  • PN-EN 789 – Bending strength and modulus of elasticity of wood-based panels

Surface hardness – Characterisation of resistance to mechanical deformation.

The results of these procedures form the foundation for designing process parameters, predicting material behavior, and implementing further technological iterations.

2. Microscopic Analysis of Raw Materials and Materials

Each plant-based raw material exhibits a unique microstructure, which influences its behavior during processing. In our laboratory, we use microscopic analysis to:

  • Assess fiber morphology and fractions
  • Monitor structural changes during processing and pressing
  • Verify the quality of lignocellulosic component bonding
  • Optimize process parameters for material stability and reproducibility

These analyses allow us to accurately model Strumber properties and respond quickly to the variability of natural raw materials.

3. Prototyping and Testing of Technological Equipment

More than a material, Strumber encompasses the entire production technology. Within the R&D center, we:

  • Design and test equipment for processing annual plants
  • Improve feeding, shredding, and fractionation systems
  • Simulate industrial parameters under semi-technical conditions
  • Test process stability using multiple combinations of raw materials

Our expertise in machine construction represents one of the core pillars of Strumber’s patent protection.

A Philosophy of Continuous Experimentation

Our research is conducted iteratively. Every new raw material, every adjustment in thermal, moisture, or pressure parameters represents a distinct development path.

We estimate that each year we perform several thousand trials, covering:

  • New raw material matrices
  • Variations in fiber orientation or hybrids
  • Different particle fraction gradations
  • Alternative equipment configurations
  • Elements affecting material processing and stabilisation
  • Various strategies for conditioning and material stabilisation

This rapid pace of development allows us to continuously push the boundaries of what is achievable using plant-based raw materials and circular economy composites.

Scientific Collaboration

A key partner in our development work is the Research and Development Centre for Wood-Based Panels in Czarna Woda—one of the most experienced institutions in Poland specialising in wood-based panel engineering.

Together, we conduct:

  • Validation of Strumber properties
  • Comparative studies with market materials
  • Tests in accordance with full industry standards
  • Development programmes focused on raw materials and binding formulations

Thanks to this collaboration, the Strumber technology is built on scientific and industrial foundations of the highest credibility.

Our partners

Intellectual Property Protection – the Foundation of Our Competitive Advantage

At Strumber®, intellectual property protection is a core element of building long-term technological leadership. All aspects of our technology are secured through IP, with additional filings currently underway.

We hold two patent applications (P.451603 and P.451604) protecting both the Strumber production technology and the material itself. In addition, we have secured 31 industrial designs, covering the distinctive structures and forms of our product. The Strumber technology has also obtained Freedom to Operate (FTO), confirming its safe implementation across international markets.

IP protection is an integral part of our development strategy, safeguarding commercialisation and strengthening Strumber’s position in the global market.

At STRUMBER®, we believe the future belongs to environmentally conscious materials, scientifically designed and refined through iterative development.

Every prototype and every production line reflects our passion, our sense of responsibility, and our drive to explore. Our R&D centre is where ideas evolve into technology, and technology evolves into materials capable of redefining the market.