# Paged LabTech - research, development and innovation centre

> Accredited research, development and innovation centre of the PAGED Group. We connect science with industry - from concept through testing and prototyping to implementation.

Źródło / source: https://www.pagedlabtech.com/en · Język / language: en

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## Accredited research, development and innovation centre.

We work like a scientific institute, but we think and act like a trusted advisor. We connect science with industry - running projects from concept, through testing and prototyping, all the way to production implementation.

## PCA accreditation

Since January 2026, Paged LabTech has held **accreditation from the Polish Centre for Accreditation (PCA) - accreditation scope AB 1954**. The PCA accreditation confirms that Paged LabTech meets the requirements of the **PN-EN ISO/IEC 17025 standard for formaldehyde emission testing** using the gas analysis method in accordance with **PN-EN ISO 12460-3**.

## Brand essence

Paged LabTech is a research, development and innovation centre that connects science with industry, creating solutions ready for implementation.

### Mission

Through research, innovation and implementation we set the direction of change in our clients' strategic industries. Our goal is not merely to deliver test results, but to create solutions that work in production practice and increase our partners' competitiveness.

### Vision

Our ambition is to become the most recognised research, development and innovation centre in the world - a place industry turns to not only for answers, but for breakthrough solutions. We think globally, work across disciplines and deliver projects that push the boundaries of what is technologically possible.

### Strategic industries

- Wood industry and wood-based materials
- Transport and logistics
- Construction and structural solutions
- Environmentally safe interiors

## Key stages of our development.

### 2019

Paged LabTech founded as the R&D centre of the PAGED Group.

### 2021-2022

Delivery of EU-funded research and development projects, including:

- innovative wood-based panels
- composite materials for transport
- furniture with enhanced resistance
- low-emission solutions

### 2023

Development of product innovations (incl. Paged DryGuard, Paged GreenPly, Paged MouldGuard) and team capabilities. Opening of a new headquarters and research infrastructure.

### 2024-2025

Portfolio expansion with further solutions (incl. Paged StringPly, Paged DesignPly, Paged DryGuard FR) and development of research infrastructure.

### 2026

Achieving accreditation and developing the premium services portfolio.

**Polish Centre for Accreditation · AB 1954**

## From concept to implementation - in one place.

### Expert R&D team

Interdisciplinary specialists combining scientific knowledge with industrial experience.

### Modern laboratory infrastructure

Research equipment and stations that let us run projects from testing to semi-technical-scale prototypes.

### Prototyping and scale-up

Our semi-technical hall enables a fast transition from research to implementation testing.

### Science and industry together

We combine the scientific perspective with the realities of the market and production across the full product life cycle.

## Comprehensive support for industrial companies.

- Laboratory and application testing
- Development of new products
- Optimisation of technological processes
- Materials and technology consulting
- Preparation of technical documentation
- Support in certification and standards compliance

We act as a partner across the full product life cycle - from idea to implementation.

## Nine areas of research.

We carry out dozens of test types, covering the mechanical, physical, chemical and functional properties of materials.

### 01. Strength and mechanical properties

Material behaviour under load: bending strength with modulus of elasticity, compression, shear and tension. Used in quality control and the design of structural solutions.

### 02. Fire performance and fire safety

Advanced flammability testing, including cone calorimetry: heat release, smoke production, time to ignition and combustion behaviour. Used in transport (railways, maritime) and construction.

### 03. Bond quality and joint durability

Analysis of adhesive bond strength in dry, humid and exterior conditions - assessing product durability and standards compliance.

### 04. Emissions and environmental safety

Formaldehyde emission testing by gas and chamber methods - assessing the impact of materials on air quality and user health. Key for the furniture, construction and interior fit-out sectors.

### 05. Resistance to environmental conditions

Resistance to moisture, water, UV radiation and changing weather, including accelerated QUV ageing and natural exposure testing.

### 06. Coatings and finishes

Durability of varnishes, laminates and coatings: abrasion resistance (Taber test), colour and gloss stability, resistance to surface degradation.

### 07. Physical properties of materials

Analysis of density, moisture content, water absorption (including edge absorption) and swelling - predicting material behaviour in service.

### 08. Materials and chemistry

Expertise in adhesives and their optimisation, chemical composition and material compatibility.

### 09. Prototyping and implementation

Manufacturing prototypes at semi-technical scale - a fast transition from research to implementation testing.

## Testing in accordance with standards.

| Standard | Test | Application |
| --- | --- | --- |
| ISO 5660-1 · PN-EN 45545-2 | Flammability - cone calorimeter (heat, smoke, mass loss) | Railways, construction |
| EN 717-1 | Formaldehyde emission - chamber method (0.225 m³) | Wood and construction products, toys |
| PN-EN ISO 12460-3 | Formaldehyde emission - gas analysis (accelerated, 60 °C) | Construction, furniture, interiors, vehicles |
| PN-EN 310 | Modulus of elasticity and bending strength (3-point) | FPC, R&D work |
| PN-EN 438-2+A1 | Abrasion resistance (Taber test) | Laminates, functional surfaces |
| PN-EN 927-6 | Coating exposure - QUV (UV + water, artificial ageing) | Durability of wood coatings and surfaces |
| EN ISO 6270-2 | Climatic chamber - weather simulation (-45 to +180 °C, up to 98% RH) | Construction, transport, furniture, chemicals |
| PN-EN 927-3 (mod.) | Exposure to natural weather conditions (field station, 1 year) | Coatings, adhesives, exterior joinery |

The full range of test methods is available on request.

### Flammability testing using a cone calorimeter

https://www.pagedlabtech.com/en/testing/cone-calorimeter

- Standards: ISO 5660-1 · PN-EN 45545-2
- Specimens: 4, including 1 spare
- Specimen dimensions: 100 × 100 mm, thickness up to 50 mm
- Test duration: 60–90 minutes for 3 specimens

**What does this mean for you?** You can check precisely how a material behaves under the influence of fire and heat before it is used in a finished product.

#### Method description

The cone calorimeter makes it possible to examine in detail how a material behaves when exposed to an intense source of heat and fire. A horizontally positioned specimen is exposed to an external heat source and a spark igniter.

During the test, the parameters measured include the amount of heat released, the amount of smoke produced and mass loss. The time to ignition and the time to extinguishment are recorded, as well as additional phenomena such as spalling, flashing or swelling of the material. The amount of heat produced is calculated from the decrease in oxygen concentration.

The test provides data that make it possible to compare different materials and the influence of the manufacturing technology on their behaviour under fire conditions.

**Business impact:** greater product safety, faster material selection and a reduced risk of costly changes at later stages of the project.

#### Test specimens

The test is performed in 3 replicates. We recommend supplying **4 specimens**, including one spare.

Specimen dimensions: **100 × 100 mm, maximum thickness 50 mm**.

For thicker materials, a layer must be cut off from the unexposed side to obtain the required thickness.

Testing one specimen takes about 20 minutes; a set of three specimens is usually tested within **60–90 minutes**.

**Benefit:** within a short time you can compare the behaviour of several materials or product variants and choose a solution for further development.

#### Test standard

Tests are carried out in accordance with **ISO 5660-1 and PN-EN 45545-2**.

For railways, the method is used to assess compliance with requirements R1, R2, R3, R5, R6, R7, R8, R9, R10, R11, R12, R17, R19, R20 and R21 according to PN-EN 45545-2.

**Benefit:** you receive results obtained using a standardised method, which can support the qualification of a material for demanding applications.

#### Applications of the test method

- **Railways** - Assessment of the fire performance of materials used in rail vehicles and of their compliance with the relevant requirements of PN-EN 45545-2.
- **Transport** - Comparison of how materials and components intended for the fit-out of means of transport behave when exposed to fire.
- **Construction** - Assessment of the behaviour of structural and finishing materials under the influence of a heat source and fire.
- **Furniture industry and interior furnishings** - Comparison of materials intended for applications in which properties related to fire safety are important.
- **Manufacturers of materials and components** - Comparative testing of new formulations, constructions and technologies as part of product development.

#### The test makes it possible to:

- determine the amount of heat released
- assess the amount of smoke produced
- determine the time to ignition and the time to extinguishment
- analyse mass loss
- observe the behaviour of the material during exposure to fire
- compare different material and technological variants

You receive measurable data showing not only whether a material ignites, but how it behaves when exposed to fire.

### Abrasion resistance – Taber test

https://www.pagedlabtech.com/en/testing/taber-abrasion-resistance

- Standard: PN-EN 438-2+A1
- Specimens: min. 3, 100 × 100 mm
- Test duration: until the IP point is reached

**What does this mean for you?** You can check how resistant a surface is to everyday wear and compare different solutions (e.g. foils, laminates, films) before choosing the target material.

#### Method description

The test makes it possible to determine the resistance of a surface to wear caused by repeated abrasion.

At least three specimens are mounted in the apparatus, and four quadrants are marked out on each of them. Abrasive strips, typically of grit 180 (ANSI-CAMI), are fitted to rubber wheels. As the specimen rotates, the surface is subjected to controlled abrasion.

The test continues until the initial wear point **IP** is reached, i.e. clearly visible wear-through of the surface in three of the four quadrants. The results of the three measurements are averaged in accordance with the requirements of the standard.

**Business impact:** greater product durability, fewer problems with premature surface wear and a reduced risk of complaints.

#### Test specimens

A minimum of **3 specimens measuring 100 × 100 mm**.

The test duration varies – the test continues until the IP point is reached.

**Benefit:** relatively small specimens make it possible to compare objectively the resistance of several surfaces or technological variants.

#### Test standard

The test is performed in accordance with **PN-EN 438-2+A1**.

**Benefit:** you receive a comparable result for the abrasion resistance of the surface, obtained according to a standardised procedure.

#### Applications of the test method

- **Furniture industry and interior furnishings** - Assessment of the wear resistance of the surfaces of furniture, worktops, furnishing elements and decorative surfaces.
- **Construction and interior finishing** - Testing the durability of the surfaces of materials exposed to repeated abrasion during use.
- **Transport** - Comparison of the durability of surfaces and interior finishing elements of vehicles subject to intensive use.
- **Manufacturers of laminates and surface materials** - Assessment of the resistance of laminates, decorative and wear layers, and comparison of different surface technologies.
- **Manufacturers of coatings** - Comparative testing of surface solutions in terms of their abrasion resistance.

#### The test makes it possible to:

- determine the abrasion resistance of a surface
- compare laminates, foils, films and other functional surfaces
- assess the impact of changes in surface finishing technology on surface durability
- qualify a solution for further use

You can choose a surface not only on the basis of its appearance, but above all on the basis of its measured resistance to wear.

### Formaldehyde emission testing by the chamber method

https://www.pagedlabtech.com/en/testing/formaldehyde-emission-chamber-method

- Standard: EN 717-1
- Chamber: 0.225 m³
- Specimens: 2, 200 × 280 mm × panel thickness
- Test duration: 10–28 days

**What does this mean for you?** You can precisely determine the level of formaldehyde emission from a material and monitor it until it reaches a stable value.

#### Method description

The chamber test makes it possible to determine formaldehyde emission from a material under controlled conditions until a stable emission level is reached.

The specimens are placed in a chamber with a volume of **0.225 m³**, in which the temperature, relative humidity, air velocity and air exchange rate are controlled.

Formaldehyde emitted by the material mixes with the air in the chamber. Air is sampled periodically and passed through gas washing bottles containing water, which absorbs the formaldehyde. The formaldehyde concentration in the chamber atmosphere is calculated in **mg/m³** from its concentration in the water and the volume of air sampled.

**Business impact:** greater confidence when selecting materials for products intended for interiors and a reduced risk of using a solution with an undesirable emission level.

#### Test specimens

The standard specimen size for the 0.225 m³ chamber is **200 × 280 mm × panel thickness**.

The chamber is loaded with **two specimens**.

The test lasts **10–28 days**, until a stable emission level is reached.

**Benefit:** you receive a result that takes into account the behaviour of the material over time, until the emission stabilises.

#### Test standard

The test is performed in accordance with **EN 717-1**.

**Benefit:** emission is determined using a standardised chamber method that enables a reliable assessment of the material.

#### Applications of the test method

- **Furniture industry** - Assessment of formaldehyde emission from wood-based materials used in furniture production.
- **Construction** - Testing of wood and wood-based products used inside buildings.
- **Interior furnishings and finishing** - Assessment of materials used in fit-outs and furnishing elements of rooms.
- **Toy industry and products for children** - Testing of new resin-bonded wooden toys in view of the requirements concerning formaldehyde emission.

#### The test makes it possible to:

- Determine the formaldehyde concentration
- observe changes in emission over time
- determine the stable emission level
- compare different materials and technologies
- assess the impact of changes in materials or bonding technology on formaldehyde emission

You receive measurable data showing the actual level of formaldehyde emission under defined and controlled test conditions.

### Determination of formaldehyde emission by the gas analysis method

https://www.pagedlabtech.com/en/testing/formaldehyde-emission-gas-analysis

- Standard: PN-EN ISO 12460-3
- Chamber temperature: 60 ± 0.5°C
- Specimens: 3 × 400 × 50 mm + 4 × 50 × 50 mm
- Test duration: 2–3 days

**What does this mean for you?** Within 2–3 days you can obtain a result that allows you to quickly assess the level of formaldehyde emission from a material.

#### Method description

Gas analysis is an accelerated method for determining formaldehyde emission.

The specimen is placed in a test chamber heated to **60 ± 0.5°C**. The air flowing through the chamber becomes saturated with formaldehyde emitted from the material and is then directed to glass gas washing bottles.

The formaldehyde is absorbed in a solution and reacts with acetylacetone and ammonium acetate. The resulting colouration makes it possible to determine its concentration – the greater the colour intensity, the higher the formaldehyde concentration.

**Business impact:** faster material qualification, a shorter product development process and the possibility of eliminating solutions with an undesirable emission level at an earlier stage.

#### Test specimens

The test requires:

- **3 test specimens: 400 ± 1 mm × 50 ± 1 mm**
- **4 specimens of 50 × 50 mm** for determining moisture content

Test duration: **2–3 days**.

**Benefit:** the short determination time makes it possible to compare different materials, technologies or production batches quickly.

#### Test standard

The test is performed in accordance with **PN-EN ISO 12460-3**.

**Benefit:** the rapid measurement is carried out according to a standardised method, which makes it possible to obtain reliable and comparable results.

#### Applications of the test method

- **Construction** - Assessment of formaldehyde emission from wood-based materials intended for use in buildings.
- **Furniture industry** - Control and comparison of the emission of materials used in furniture production.
- **Interior furnishings and finishing** - Testing of materials intended for fit-outs and furnishing elements of rooms.
- **Toy industry and children's furniture** - Assessment of materials intended for the production of toys and furniture for children.
- **Transport** - Testing of materials used in the fit-out and interior finishing of vehicles.

#### The test makes it possible to:

- determine formaldehyde emission rapidly
- compare different materials and technologies
- monitor the impact of changes in the production process on emission
- test different batches of material
- support the material qualification process
- support Factory Production Control

Within just 2–3 days you receive data that enable you to make informed decisions about the material.

### Determination of the modulus of elasticity in bending and bending strength

https://www.pagedlabtech.com/en/testing/modulus-of-elasticity-bending-strength

- Standard: PN-EN 310
- Material: wood-based panels over 3 mm
- Specimen: width 50 mm, length 20 × t + 50 mm
- Test duration: approx. 30 minutes for 12 specimens

**What does this mean for you?** You can precisely measure how stiff and how strong in bending a material is and compare it with other solutions.

#### Method description

The test makes it possible to determine two key mechanical properties of wood-based panels: **bending strength and modulus of elasticity in bending**.

The specimen, supported at two points, is loaded at mid-length – this is 3-point bending. The measurement is performed using a universal testing machine for static testing.

Before testing, the specimens are conditioned to constant mass at **20°C / 65% RH**. During the test, the maximum force, bending strength and modulus of elasticity are determined.

The test is destructive – the specimen should fail within **60 ± 30 s**.

**Business impact:** better selection of material for a specific application, a lower risk of structural problems and faster development of new products.

#### Test specimens

The method is intended for wood-based panels with a nominal thickness of more than 3 mm.

The dimensions depend on the nominal thickness **t**:

- length: **l = 20 × t + 50 mm**
- width: **b = 50 ± 1 mm**

The specimen length should range from **150 to 1050 mm**.

The approximate test time for a set of 12 specimens is about **30 minutes**.

**Benefit:** within a short time you can obtain data for a direct comparison of the mechanical properties of different materials, using only a small amount of material.

#### Test standard

The test is performed in accordance with **PN-EN 310**.

**Benefit:** mechanical parameters are determined according to a standardised procedure, which makes it possible to control and compare materials reliably.

#### Applications of the test method

- **Wood industry and manufacturers of wood-based panels** - Control of the mechanical properties of plywood, particleboard including OSB and other wood-based panels, and use of the results in Factory Production Control (FPC).
- **Construction** - Comparison of the mechanical properties of panels intended for building and structural applications.
- **Furniture industry** - Assessment of the stiffness and strength of materials used in furniture structures and furnishing elements.
- **Transport** - Comparison of panel materials intended for vehicle fit-out elements in which mechanical properties are important.
- **R&D and material manufacturers** - Validation of new panel constructions, comparison of technological variants and assessment of the impact of product changes on its mechanical properties.

#### The test makes it possible to:

- determine bending strength
- determine the modulus of elasticity
- compare the stiffness of different materials
- assess the impact of technological changes on mechanical parameters
- support Factory Production Control
- carry out R&D work and material validation

Instead of assuming that a material is strong enough, you can measure and compare its properties.

### Exposure of wood coatings to artificial weathering – QUV

https://www.pagedlabtech.com/en/testing/quv-coating-exposure

- Standard: PN-EN 927-6
- Specimens: 150 × 75 mm, thickness up to 10 mm
- Assessments: after 2, 6 and 12 weeks
- Simulation: 12 weeks ≈ 5 years outdoors

**What does this mean for you?** You can check much earlier which solution better retains its surface properties during exposure to weathering factors.

#### Method description

The QUV test makes it possible to assess, in an accelerated manner, the changes occurring in coatings and wooden surfaces under artificially reproduced weather conditions.

The specimens are placed in an accelerated ageing test chamber and subjected to alternating stages of **condensation, UV radiation and water spray**.

During the test, changes in the appearance of the surface are analysed, including:

- loss of gloss
- cracking
- blistering
- colour changes

The growth of microorganisms, e.g. mould, cannot be reproduced in QUV. In such cases, laboratory tests can be supplemented by testing under natural conditions at the field station.

**Business impact:** faster comparison of coatings and technologies, earlier detection of weak solutions and a reduced risk of costly changes after the product has been implemented.

#### Test specimens

Specimens measuring **150 × 75 mm**, maximum thickness **10 mm**.

Assessment is carried out after **2, 6 and 12 weeks of exposure**, in accordance with the adopted test programme. 12 weeks in the QUV chamber simulates approximately 5 years of outdoor exposure.

**Benefit:** you can observe the rate and nature of surface changes at successive stages of exposure, not just the final result.

#### Test standard

The test is performed in accordance with **PN-EN 927-6**.

**Benefit:** accelerated ageing takes place according to a defined procedure that makes it possible to compare different variants of coatings and surfaces.

#### Applications of the test method

- **Construction** - Assessment of the durability of coatings and wooden surfaces intended for exposure to changing weather conditions.
- **Building joinery** - Comparison of protection systems for wooden surfaces used in exterior elements, among other applications.
- **Furniture industry and outdoor furnishings** - Assessment of changes in the surfaces of wooden elements and coatings intended for products exposed to outdoor conditions.
- **Manufacturers of paints, varnishes and coatings** - Comparison of the durability of different formulations and wood protection systems during accelerated ageing.
- **Wood industry** - Assessment of the impact of different methods of protecting and finishing wood on surface durability.
- **R&D and material development** - Comparison of new technologies, formulations and surface variants, and their qualification for further applications.

#### The test makes it possible to:

- assess colour changes
- assess loss of gloss
- observe cracking and blistering
- compare the resistance of different coatings
- observe changes after 2, 6 and 12 weeks
- compare technological variants
- support development work and material qualification

You can see earlier how the surface changes and choose a more durable solution before it is implemented.

### Climatic chamber for simulating weather conditions (thermal shock chamber)

https://www.pagedlabtech.com/en/testing/climatic-chamber

- Standard: EN ISO 6270-2:2018
- Temperature: from -45°C to +180°C
- Relative humidity: up to 98%
- Specimens: various formats, including components of finished products

**What does this mean for you?** You can check how your product will behave a year from now – within a single week.

#### Method description

The climatic chamber makes it possible to reproduce, in a controlled manner, the most demanding environmental conditions – from frost to extreme temperatures and high humidity. It operates in the range from **-45°C to +180°C** and at relative humidity of up to **98%**, which enables precise replication of the real service conditions of materials.

The test makes it possible to predict changes that in real use appear only after a long time, such as:

- loss of colour and gloss
- surface cracking and blistering
- degradation of the material structure

The chamber is particularly effective in assessing the behaviour of materials under extreme conditions – where standard tests provide no answers. It enables rapid comparison of material variants, technologies or suppliers.

**Business impact:** shorter time to market, fewer complaints, greater confidence in material decisions.

#### Test specimens

The method offers great flexibility – various specimen formats are permitted, which makes it possible to test both materials and components of finished products.

Proper arrangement of the specimens in the chamber is essential, as it ensures uniform exposure to the test conditions and reliable results.

**Benefit:** the possibility of testing real components, not just laboratory specimens.

#### Test standard

Tests are carried out in accordance with the standard **EN ISO 6270-2:2018**, and the wide range of the chamber's operating parameters makes it possible to design tests tailored to a specific application and target market.

The method can be combined with other tests (mechanical, chemical, fire) to assess the impact of ageing on the key properties of the material.

**Benefit:** a fuller picture of product behaviour – not only “here and now”, but throughout its entire life cycle.

#### Applications of the test method

The test is applicable wherever a material operates under changing or demanding environmental conditions:

- **Construction** - Verification of the durability of structural and finishing materials exposed to changing weather conditions.
- **Transport (road and rail)** - Assessment of the resistance of materials to extreme temperatures and humidity under service conditions.
- **Furniture industry and interior furnishings** - Testing the stability and durability of products used in different climatic conditions.
- **Materials and industrial chemistry** - Assessment of the behaviour of adhesives, coatings, silicones and protective agents under accelerated ageing conditions.

#### The test makes it possible to:

- assess the suitability of materials for exterior applications
- verify the durability of adhesive joints and coatings
- analyse resistance to cyclic changes in temperature and humidity
- qualify materials for specific use classes

You make decisions based on data, not assumptions.

### Testing under natural weather conditions

https://www.pagedlabtech.com/en/testing/natural-weathering

- Standard: PN-EN 927-3, in-house modification
- Specimens: 4, 375 × 78 × 20 mm
- Exposure: south-facing racks, 45° angle
- Test duration: 1 year, assessments after 1, 3, 6 and 12 months

**What does this mean for you?** You can check how a product behaves not under simulated conditions, but during real, long-term exposure to the weather.

#### Method description

The test makes it possible to check how a material, a coating and adhesive joints behave during **long-term exposure to real weather conditions** – moisture, solar radiation and changing temperatures.

The test panels are mounted on special south-facing racks at an angle of **45°**, at a height of approximately **1 m**. Three specimens remain outdoors for the entire test period, while the fourth specimen, which serves as the reference for comparison, is stored in a conditioning room.

During the test, the following are analysed:

- changes in mass
- changes in thickness
- development of cracks
- coating flaking
- changes in gloss
- colour changes
- resistance of the adhesive bond line to weather conditions
- mould growth

The test makes it possible to observe changes that occur gradually over the whole year and to compare the specimens exposed outdoors with the reference specimen stored under controlled conditions.

**Business impact:** greater confidence when selecting materials and protection for exterior applications, the possibility of detecting durability problems earlier and a reduced risk of complaints after the product's market launch.

#### Test specimens

The test requires **4 specimens with the following dimensions:**

**375 ± 2 × 78 ± 3 × 20 ± 2 mm**

Three specimens are subjected to natural weathering, while the fourth serves as the reference specimen and is stored in a conditioning room.

The test lasts **1 year**, and observations and assessments are carried out after:

- 1 month
- 3 months
- 6 months
- 12 months

**Benefit:** instead of a single final assessment, you are able to observe when and how changes begin to appear and how they progress over time.

#### Test standard

The test is carried out according to a **modified PN-EN 927-3 method**.

The method uses natural outdoor exposure and makes it possible to assess the real changes occurring in the material and its surface during long-term exposure to weathering factors.

**Benefit:** you receive data from real exposure, which can be a valuable complement to the results of accelerated laboratory tests.

#### Applications of the test method

- **Construction** - Assessment of the durability of materials, surfaces and coatings intended for elements exposed to outdoor weather conditions.
- **Building joinery** - Testing the behaviour of protective coatings and wooden materials used in exterior elements exposed to moisture, solar radiation and changing temperatures.
- **Furniture industry and outdoor furniture** - Assessment of changes occurring in materials and coatings used in furniture and other products intended for outdoor use.
- **Wood industry and manufacturers of wood-based materials** - Verification of the durability of materials, coatings and adhesive joints during long-term natural exposure.
- **Manufacturers of paints, varnishes and protective coatings** - Comparison of the durability of different surface protection systems and observation of changes in colour, gloss, cracking and flaking during real outdoor exposure.
- **Manufacturers of adhesives and adhesive systems** - Assessment of the behaviour of adhesive bond lines during long-term exposure to moisture, solar radiation and changing temperatures.
- **R&D and new product development** - Comparison of different material variants, technologies, coatings and adhesive systems, and verification of their behaviour under real weather conditions.

#### The test makes it possible to:

- assess the durability of coatings under natural exposure conditions
- assess resistance to moisture, solar radiation and changing temperatures
- observe changes in the mass and thickness of the material
- assess the development of cracks and coating flaking
- analyse changes in gloss and colour
- assess the behaviour of the adhesive bond line under weather conditions
- observe mould growth
- compare the specimens exposed outdoors with the reference specimen
- track changes in the material after 1, 3, 6 and 12 months

You check the durability of a product under real weather conditions and observe its behaviour over a full year – not just in a laboratory simulation.

## Test stations and prototyping.

We combine scientific competence, modern laboratory infrastructure and industrial experience. We run projects from concept, through testing and prototyping, all the way to production implementation.

**Semi-technical hall: ** - Semi-technical-scale prototypes enable a fast transition from research to implementation testing.

### Selected equipment

- Universal testing machines for static testing
- Cone calorimeter (flammability)
- Formaldehyde emission chambers (0.225 m³)
- Climatic and QUV chambers
- Field station for natural ageing

## An interdisciplinary team of experts.

Paged LabTech is built by an interdisciplinary team of experts combining scientific knowledge and industrial experience - from the board and technology-area managers, through research and development specialists, to laboratory technicians, who together deliver projects from concept to implementation.

### Board

#### Ewelina Depczyńska, PhD Eng. - President of the Board · R&D Director of the PAGED Group

Ewelina Depczyńska, PhD Eng. heads Paged LabTech – one of the most advanced research and development centres for wood-based materials in Central and Eastern Europe. She is responsible for technology strategy, the development of research competences and the effective translation of innovation into scalable industrial implementations.

She holds a doctorate in technical sciences in the field of wood technology. She combines an interdisciplinary education in chemistry, materials science and engineering (Uniwersytet Przyrodniczy w Poznaniu, Politechnika Wrocławska, Uniwersytet Jagielloński, postgraduate studies at SGGW) with over 20 years of experience in R&D management in sectors related to wood, industrial chemistry and composite materials.

Since 2019 she has been building an integrated product development model within the PAGED Group – from basic and industrial research, through laboratory and semi-industrial validation, to production implementation and certification compliant with EU market requirements.

Under her leadership, Paged LabTech has delivered strategic projects in fire resistance, low emissions and material durability (including Flame, FireExpert and ClimatPly), strengthening the position of the PAGED Group as a technology leader in the specialist plywood segment.

Her approach is founded on scientific rigour, partnership with research institutions and the consistent building of competitive advantage through innovation aligned with European environmental and construction regulations.

LinkedIn: https://www.linkedin.com/in/ewelina-depczy%C5%84ska-phd-14303a5a/

#### Olga Zajączkowska - Board Member · Chief Product & Innovation Officer, Paged Plywood

Olga Zajączkowska is responsible for the strategic integration of product development, innovation, marketing and the commercialisation of technological solutions across the PAGED Group. On the Board of Paged LabTech she strengthens the market and implementation dimension of R&D, combining competence in product development, strategic marketing and industrial design with the building of competitive advantage based on materials innovation.

She combines an interdisciplinary education in management, technology, product development and innovation, gained among others at Kozminski University, the SGH Warsaw School of Economics, Wrocław University of Science and Technology, the Jagiellonian University and Goethe University Frankfurt. She also developed her competence in premium product development and sensory science at the Grasse Institute of Perfumery.

She has over 15 years of experience in product development, innovation management, brand strategy and commercialisation leadership, gained both in the industrial materials sector and in the premium consumer goods, beauty and chemical innovation industries. She combines strategic, product and marketing competence with hands-on experience in building new product categories, developing portfolios and implementing solutions that operate in an environment of demanding quality, technological and regulatory requirements.

Since the beginning of her work with the PAGED Group she has focused on building a product development model that integrates technology, market needs, design and commercialisation strategy. She created the Global Product Development Team, responsible for solutions for key sectors: construction, transport, specialist structures, industry and interior fit-out.

Her work covers the development and positioning of next-generation products, including formaldehyde-free, low-emission and fire-resistant plywood as well as high-strength transport composites.

She actively supports the development of products such as Paged FreePly, Paged FreePly Nature, the entire family of FR non-flammable plywood and other technologically advanced solutions that meet European and American environmental, safety and lightweight engineering requirements. Her work focuses on integrating materials technology, industrial design, regulatory requirements and market needs into a coherent model of competitive advantage.

She specialises in processes in which technological innovation translates into scalable industrial implementations, certification, regulatory compliance and effective commercialisation on international markets. Her experience also covers the development of premium product portfolios, industrial design strategies, intellectual property protection and the creation of new product categories.

She is a member of the Council of the Polish Chamber of Construction (Polska Izba Budownictwa), where she is involved in the development of modern materials, sustainable construction and the promotion of innovative solutions for the construction and advanced materials sectors.

Her professional profile combines the competences of a product strategist, innovation executive and commercialisation leader, making her one of the most recognisable representatives of the new generation of innovation leaders in the Polish materials and industrial sector.

She actively supports humanitarian initiatives and international organisations, including UNICEF, Save the Children and World Animal Protection, engaging in work for children, human rights and animal welfare.

LinkedIn: https://www.linkedin.com/in/olga-zaj%C4%85czkowska-53797965/

### Technology-area managers

#### Mateusz Sasin - Head of the Research & Development Laboratory

Wood technology engineer (SGGW), an expert in physico-mechanical testing and semi-industrial implementation. He is responsible for the operational management of R&D projects and for developing new products under conditions close to industrial ones.

He specialises in validating strength parameters, optimising the construction of specialist plywood and preparing products for certification processes compliant with European standards.

He has taken part in projects financed from EU funds and in the development of advanced material solutions such as StringPly, RockPly and DesignPly FR. He combines engineering knowledge with production practice, ensuring an effective transfer of technology from the laboratory to industrial plants.

LinkedIn: https://www.linkedin.com/in/mateusz-sasin-517329170/

#### Radosław Krawcewicz - Head of Wood Bonding & Enhancement

Biotechnology engineer (Politechnika Gdańska), a specialist in bonding systems and in modifying the properties of wood-based materials.

He is responsible for developing and optimising bonding technologies, including solutions that improve fire resistance, environmental durability and the performance parameters of specialist plywood.

He co-created the technologies behind the GreenPly and FreePly products and the projects that made it possible to manufacture FR plywood in classes intended for exterior applications. He takes part in scientific projects carried out with technical universities, strengthening cooperation between industry and academia.

LinkedIn: https://www.linkedin.com/in/rados%C5%82aw-krawcewicz-ab3691420/

#### Małgorzata Długozima - Head of Design & Technology

An expert in managing projects co-financed from EU funds and in the administrative support of research and development activity.

She is responsible for the formal and organisational coordination of R&D projects, ensuring their compliance with the requirements of funding institutions and with EU audit standards. She supports the stable operation of the Research and Development Centre's infrastructure, creating the organisational framework for advanced technology projects.

### R&D expert team

#### Agnieszka Wasilewska - Research & Development Specialist

MSc Eng. in environmental engineering (UWM / Hochschule Offenburg) and biotechnology engineer. She specialises in reaction-to-fire testing and in analysing the environmental impact of materials.

She is responsible for advanced flammability testing, including tests using the cone calorimeter, and for supporting projects related to emissions and the environmental compliance of products.

She has taken part in the Flame, FireExpert and ClimatPly projects and in the development of FR products, strengthening Paged LabTech's competence in fire safety in line with European construction standards.

#### Krzysztof Włodkowski - R&D Engineer, Modelling & Simulation

A mechanical engineer with 14 years of experience in the design and development of structures for industry. A graduate of the Białystok University of Technology in Mechanical Engineering, specialising in Mechanics and Applied Computer Science.

He specialises in 3D and 2D CAD design and in numerical analysis using the finite element method (FEM/FEA). His experience covers the modelling and analysis of structures, simulations of liquid and gas flow and of heat transfer, as well as material machining technologies, CAM systems and process preparation for CNC machine tools.

At Paged LabTech he is responsible for building competences in the numerical modelling of wood-based and composite materials. He combines data obtained in real laboratory tests with computer simulations, making it possible to predict how materials and structures behave under various loads and service conditions.

Digital models make it possible to identify potential weak points of a structure as early as the design stage, to optimise geometry and material selection, and to reduce the number of physical prototypes and destructive tests. The simulation results are then verified experimentally in the Paged LabTech laboratory.

By combining design, numerical modelling and laboratory validation, he supports the development of new products and structural solutions – from concept and digital prototype to a solution ready for industrial implementation.

#### Julia Iłowiecka - Junior Research & Certification Specialist

She specialises in testing the durability and resistance of materials under conditions that simulate many years of service.

At Paged LabTech she carries out:

- ageing tests in climatic chambers,
- tests in the QUV chamber (accelerated ageing under UV radiation and humidity),
- tests under natural conditions at the field station.

Her work makes it possible to assess the long-term stability of the performance parameters of plywood used in construction and transport. The data from these tests provide the basis for design decisions and for confirming product durability in demanding service environments.

### Laboratory team

The team of laboratory technicians and specialists at Paged LabTech is the foundation of the credibility of our testing and certification processes. It is at this stage that innovations undergo rigorous verification of their mechanical, environmental and performance parameters before they reach series production and international markets.

The laboratory technicians and specialists are responsible for carrying out tests in accordance with European standards, preparing specimens, running tests under controlled and accelerated conditions, and documenting the results that underpin technological and business decisions.

#### Anna Stefaniak - Senior Laboratory Technician

One of the most experienced members of the laboratory team. She has been with the PAGED Group since 2014 – she gained her production experience operating presses, rollers and processing equipment, which today is a significant advantage in work on prototypes and technology testing.

At Paged LabTech she specialises in formaldehyde emission testing – critical in the context of European environmental regulations and the requirements of the furniture and construction markets. She is responsible for specimen preparation, technological tests and support for semi-industrial work during the implementation of new products.

She took part in the low-emission furniture plywood project and in the development of products such as Paged DryGuard, MouldGuard, GreenPly, StringPly and RockPly. Her production experience makes it possible to assess the feasibility of a technology effectively at the point of transition from the laboratory to industrial scale.

#### Daniel Olesiewicz - Laboratory Technician

He combines many years of production experience with research competence. With the PAGED Group since 2014, he worked in production departments operating machines and process equipment, which today allows him to assess material parameters accurately from the perspective of practical application.

At Paged LabTech he is responsible for strength testing in accordance with European standards, including:

- static bending (EN 310),
- bonding quality assessment (EN 314-1),
- preparing and cutting specimens to size for laboratory tests.

His work is a key element in the structural validation of plywood intended for construction and transport applications. He took part in the development of products such as Paged StringPly, RockPly and DryGuard FR, supporting their technological qualification.

#### Natalia Krysiak - Laboratory Technician

A master's graduate specialising in chemical and environmental analysis. At Paged LabTech she is responsible for determining formaldehyde emissions – one of the key parameters affecting product safety in use and compliance with EU regulations.

Her work covers:

- preparing specimens for emission testing,
- carrying out analyses in accordance with the applicable procedures,
- supporting technological testing and development projects.

Thanks to her experience in microbiology and research work, she brings to the team the analytical precision and procedural rigour that are indispensable in projects with regulatory significance.

#### Kamil Łuba - Laboratory Technician

A wood technology student (SGGW), actively developing his engineering competence in materials testing. He supports research processes through:

- preparing specimens for testing,
- carrying out physico-mechanical tests,
- analysing results and documenting data.

He has taken part in the Paged StringPly, Paged RockPly and Paged DryGuard FR projects. He combines academic knowledge with a practical view of the material – developed also through his passion for carpentry and furniture restoration – which enriches his approach to assessing product functionality. He is also a certified qualified first-aid responder.

#### Rafał Brakoniecki - Laboratory Technician

He has been with the Paged Group since 2014. He began his career at the company as a mechanic in the Maintenance Department, which over the years gave him hands-on familiarity with both the production processes and the machinery and technologies they use. He has been a member of the Paged LabTech team since December 2025.

In the laboratory he works primarily on tests carried out with the cone calorimeter. This advanced instrument makes it possible to analyse how materials behave under controlled thermal exposure, including the amount of heat and smoke released. Rafał is responsible for preparing and running the tests and for operating the equipment, supporting the assessment of the properties of Paged products.

He is a graduate of the Technical Secondary School at the Vocational School Complex in Pisz. Today he combines many years of experience gained directly on the production floor with laboratory work and a practical knowledge of materials and manufacturing processes.

Outside work he keeps an active lifestyle.

### Key competence areas of the team

- Material technologies and bonding processes
- Product and process development
- Flame-retardant technologies
- Laboratory and application testing

### We work closely with

- Industry and end clients
- Production and technology departments
- Research centres and institutes in Poland and abroad

## 2019 Year founded · 2026 PCA accreditation · 9 Areas of research

## Knowledge, research and implementation – as it happens.

Trend analyses, expert reports, technology commentary and case studies. We show how research translates into concrete solutions for industry.

### Radosław Krawcewicz Named Technologist of the Year 2026

Press release · September 17, 2026 · https://www.pagedlabtech.com/en/news/radoslaw-krawcewicz-technologist-of-the-year-2026

Radosław Krawcewicz, Head of Wood Bonding & Enhancement at Paged LabTech, has been awarded the title of Technologist of the Year of the Furniture Industry 2026. The prestigious distinction was presented at the 3rd Technologists' Forum, held as part of the DREMA 2026 trade fair in Poznań, in recognition of his contribution to developing an innovative bonding technology with no added formaldehyde, used in Paged FreePly and Paged FreePly Nature products.

The award, granted by the organisers of the 3rd Technologists' Forum, goes to people whose achievements have a real impact on the development of the wood and furniture industry. This year, recognition went to a solution that addresses one of the most important challenges of today's market: reducing chemical emissions while maintaining the highest performance properties of plywood. The laureate was selected by a panel of experts forming the Expert Lodge of the Wood and Furniture Industry.

### From a bold question to a breakthrough technology

The story of the project began with a seemingly simple question: is it possible to create plywood with no added formaldehyde without compromising its strength, durability and aesthetics?

The idea for the project was initiated by Dr. Ewelina Depczyńska. However, the Paged LabTech research and development team faced a far more difficult task than developing a laboratory formulation. It was necessary to create a technology that could be successfully implemented in industrial conditions.

A key role in delivering this project was played by Radosław Krawcewicz, who is responsible for wood enhancement and bonding. Together with the Paged LabTech team, and in cooperation with the Faculty of Chemistry at Gdańsk University of Technology, he conducted research and technological trials aimed at developing a bonding system with no added formaldehyde.

> The greatest challenge was not developing a solution in the laboratory. It was creating a technology that could be successfully implemented in industrial production. The success of Paged FreePly shows that combining science, research and industrial experience makes it possible to break through barriers previously considered insurmountable.
>
> — Radosław Krawcewicz, Head of Wood Bonding & Enhancement at Paged LabTech

### Innovation with measurable results

Several years of research and development work have resulted in Paged FreePly and Paged FreePly Nature plywood, which use the bonding technology with no added formaldehyde developed by Paged LabTech.

The solution achieved a formaldehyde emission level of just 0.0018 ppm, measured in accordance with EN 717-1 and corresponding to the natural emission of wood. The formaldehyde emission level was determined using the chamber method. At the same time, the material retains high strength properties and bonding quality class 2, intended for applications requiring increased moisture resistance.

The new technology was developed primarily with furniture making and interior fit-out in mind. Paged FreePly plywood can be processed both mechanically and by laser, while the Paged FreePly Nature variant additionally uses natural veneers, giving designers a wide range of aesthetic possibilities.

> Innovation begins with asking bold questions. Paged FreePly is an example of how scientific knowledge, the persistence of a research team and cooperation with both academia and industry can translate into a solution that is ready for implementation and responds to the real needs of the market.
>
> — Dr. Ewelina Depczyńska, President of Paged LabTech and R&D Director of the Paged Group

### Research whose results led to industrial implementation

The technology developed by Paged LabTech did not remain merely a research project. It has been successfully implemented in industrial production and is now used in Paged FreePly and Paged FreePly Nature plywood manufactured by Paged Plywood, the largest Polish plywood producer.

This is an example of effective cooperation between the research and development base and the production plant, which made it possible to move quickly from a laboratory concept to a commercial solution available to customers. These innovative products respond to the market's growing expectations regarding safety in use, indoor air quality and sustainable development.

### Benefits that go beyond the product itself

The significance of the innovation is not limited to the parameters of the finished plywood. The technological solutions applied have also made it possible to cut production time by as much as half, increase process efficiency and reduce energy consumption.

This shows that modern technologies can simultaneously improve product properties, support environmental goals and increase the competitiveness of industrial processes.

Radosław Krawcewicz with the Technologist of the Year 2026 award at DREMA 2026

The Technologist of the Year 2026 trophies for Radosław Krawcewicz and Paged LabTech

### A team success and a confirmation of expertise

The distinction is not only a personal success for Radosław Krawcewicz but also a confirmation of the high level of expertise of the entire Paged LabTech team and of the effectiveness of its research and development projects, as emphasised by Przemysław Kłobut, President of Paged Plywood.

> When we founded Paged LabTech in 2019, we knew that the future of plywood lay in solutions that go beyond the standard properties of this material. Today, our innovations confirm this: Paged DryGuard FR – a unique plywood that is resistant to both fire and weather conditions, Paged GreenPly, which uses a plant-based adhesive, and the award-winning Paged FreePly technology. I would like to thank the organisers of the 3rd Technologists' Forum, the entire Paged LabTech team and our customers. We are proud that Paged LabTech is setting new directions for the development of the wood and furniture industry.
>
> — Przemysław Kłobut, President of Paged Plywood

We invite you to watch a short video in which Radek talks about the research approach behind the Paged FreePly technology (in Polish).

https://youtu.be/uu74lLVB2pY

### Beyond Testing: Engineering the Future of Wood-Based Materials

Interview · August 20, 2026 · https://www.pagedlabtech.com/en/news/beyond-testing-future-of-wood-based-materials

Innovation in wood-based materials is no longer only about improving performance. Today, it means combining material science, sustainability, safety, regulatory readiness and customer expectations into a single development process. Paged LabTech was created precisely for this purpose.

An interview with Ewelina Depczyńska, PhD, President of Paged LabTech and Director of R&D at PAGED Group (based on the Experts' Lounge by Jacek Obarski, Chied Editor of Kurier Drzewny)

We spoke with Dr. Ewelina Depczyńska about the role of R&D in the modern wood industry, the future of sustainable materials, and why laboratories should be seen as strategic business partners rather than testing facilities.

### Paged LabTech has grown significantly since its launch. What has been the most important change?

Ewelina Depczyńska: Without question, the team. Buildings, equipment and laboratories are important, but innovation is created by people. Over the years, we have built a multidisciplinary team that includes biotechnologists, chemists, wood technologists, material engineers and construction specialists. The most valuable innovations rarely come from a single discipline. They emerge where different perspectives meet and challenge each other.

At the same time, we have stayed true to our roots. From the beginning, we wanted our headquarters to demonstrate confidence in wood and plywood as materials of the future. We work with wood every day, so it was natural to create a workspace that reflects that belief.

### You often describe the laboratory as a business partner rather than a testing service. What do you mean by that?

Ewelina Depczyńska: Testing should never be the final step. The greatest value comes when laboratories are involved from the very beginning of product development. Research helps manufacturers understand their raw materials, identify risks, optimize production processes and verify performance before a product reaches the market.

Ultimately, this means greater confidence that customers will receive exactly what they expect. Quality is not something that appears at the end of production. It has to be engineered from the start.

### The industry is facing increasing regulatory requirements, from Environmental Product Declarations to digital product passports. How do you see this transformation?

Ewelina Depczyńska: Transparency is becoming a competitive advantage. The digital product passport will require manufacturers to provide much more information about their products, materials and environmental performance. Companies that already collect data and understand their products in depth will be in a much stronger position.

However, I believe regulations should ultimately deliver real benefits. Compliance should not be viewed solely as a cost. Better information about products leads to safer products, greater consumer confidence and better decisions throughout the value chain.

### Sustainability is one of the key themes shaping modern materials. What achievements are you most proud of?

Ewelina Depczyńska: Paged FreePly and Paged GreenPly are among the projects I am most proud of. These formaldehyde-free plywood solutions address one of the industry's long-standing environmental and health challenges. They were developed through years of research, including cooperation with Politechnika Gdańska.

People often underestimate how much scientific work is required to bring a truly innovative material to market. Research and development is never a two-day project. While one innovation is being launched, we are already working on the next generation of solutions.

### Fire safety and durability are becoming increasingly important, especially in construction. What role does research play here?

Ewelina Depczyńska: A critical role. We conduct extensive mechanical testing, durability studies and accelerated aging simulations. Using environmental chambers and weathering tests, we can assess how materials will perform years into the future. In many cases, we can predict how a product will behave after five, ten or even fifteen years of service.

For fire-retardant plywood, this is particularly important. A product must not only achieve a required fire performance classification when it leaves the factory. It must retain that level of safety throughout its service life. Buildings are expected to protect people for decades, and our testing philosophy reflects that responsibility.

### What are the most common issues manufacturers discover through laboratory testing?

Ewelina Depczyńska: Durability is often the key challenge. We frequently investigate coating performance, resistance to weathering, mechanical damage and long-term structural stability. Outdoor furniture, for example, must withstand temperature fluctuations, moisture and UV exposure for many years.

Another area is emissions and material safety. Customers increasingly want confirmation that products meet higher environmental and health standards. This trend will only accelerate as regulations and consumer expectations continue to evolve.

### Looking ahead, what is your vision for Paged LabTech?

Ewelina Depczyńska: We recently completed a long-term strategy that defines where we want to be by 2029. The direction is clear: deeper collaboration with customers, broader innovation capabilities and stronger support throughout the entire product development process.

The laboratory of the future is not simply a place where products are tested. It is a place where ideas are refined, risks are reduced and innovation becomes commercially viable. Our ambition is to help customers not only meet today's requirements, but also anticipate tomorrow's opportunities.

### Final thought?

Ewelina Depczyńska: Wood and plywood still have enormous untapped potential. We often forget how much innovation can be built around materials that have been with us for generations. The challenge for our industry is not only to create new products, but also to use science and knowledge to unlock possibilities that have not yet been explored.

Full interview in Polish here:

### PCA Accreditation and Its Operational Significance for Industry Partners

Expert article · August 17, 2026 · https://www.pagedlabtech.com/en/news/pca-accreditation-operational-significance

Paged LabTech has formally expanded its capabilities as an accredited research and development centre, following the successful completion of the Polish Centre for Accreditation (PCA) assessment process. The accreditation confirms compliance with PN‑EN ISO/IEC 17025, specifically for formaldehyde emission testing using the gas method in accordance with PN‑EN ISO 12460‑3.

This recognition validates the laboratory’s technical competence, the robustness of its quality management system, and the reliability of its measurement processes - all essential parameters for industrial partners seeking repeatable, traceable, and internationally recognised test results.

### Scope of Accreditation and Methodological Rigor

The accreditation covers gas‑analysis formaldehyde emission testing, a critical parameter for manufacturers of wood‑based materials, interior components, and products subject to stringent environmental and safety regulations.

Key technical assurances include:

- Validated analytical methodology compliant with PN‑EN ISO 12460‑3
- Documented measurement uncertainty and traceability
- Controlled environmental conditions ensuring repeatability
- Competence of personnel verified through PCA assessment
- Quality assurance procedures aligned with ISO/IEC 17025 requirements

For clients, this means that test results generated by Paged LabTech are recognised across the EU and globally, supporting regulatory compliance, certification processes, and internal quality assurance systems.

### Impact on Industrial Decision‑Making

Accredited testing plays a strategic role in product development cycles, especially in sectors where material performance, emissions, and safety parameters determine market access.

With PCA accreditation, Paged LabTech provides:

- Higher confidence in material selection
- Reduced risk during scale‑up and implementation
- Reliable data for certification bodies and notified institutions
- Support in meeting regulatory thresholds (e.g., E1, CARB, TSCA, EN standards)
- Evidence‑based optimisation of adhesives, resins, and wood‑based composites

### Integration with End‑to‑End R&D Processes

Paged LabTech’s accreditation strengthens its role as a technology partner rather than a standalone testing facility.

The laboratory operates within a broader R&D ecosystem that includes:

- Material engineering and formulation design
- Prototype development and iterative testing
- Application‑level performance evaluation
- Fire safety and flammability testing (FR solutions)
- Bio‑based material development
- Composite and plywood technology optimisation

This integrated approach allows clients to validate hypotheses, refine technologies, and prepare products for certification within a single organisation.

Examples from recent projects include:

- Ultra‑thin plywood engineered for lighting applications
- Fire‑resistant composite solutions for transport and public buildings
- Advanced plywood technologies such as Paged DryGuard and Paged DryGuard FR, Paged GreenPly, Paged FreePly, Paged FreePly Nature, Paged MouldGuard, and Paged StringPly.

Each solution originated from a specific industrial challenge and progressed through laboratory testing, prototyping, and final implementation.

### Strengthening Industry Through Knowledge Transfer

Accreditation also supports Paged LabTech’s long‑term strategy of becoming a knowledge centre for industrial innovation.

The organisation will publish:

- technical trend analyses,
- expert reports on emerging materials,
- evaluations of regulatory changes,
- case studies demonstrating the link between laboratory data and industrial performance.

### Accreditation as a Foundation for Advanced Industrial Support

PCA accreditation is not merely a compliance milestone, it is a technical assurance that strengthens Paged LabTech’s ability to support industry with reliable data, validated methodologies, and expert guidance across the entire product development lifecycle.

For manufacturers navigating complex regulatory environments, developing next‑generation materials, or optimising production processes, Paged LabTech now offers an accredited, end‑to‑end R&D infrastructure capable of reducing risk, accelerating development, and improving market readiness.

### Paged LabTech opens a new chapter. An accredited research, development and innovation center supporting industry from concept to implementation.

Press release · July 8, 2026 · Pisz · https://www.pagedlabtech.com/en/news/paged-labtech-pca-accreditation

How can we shorten the path from idea to finished product? How can we minimize the risks involved in implementing new materials and technologies? How can we design solutions that meet increasingly demanding standards and market expectations?

Paged LabTech – a research, development, and innovation center founded by the Paged Group, which is just embarking on a new phase of its operations – provides answers to these questions. Obtaining accreditation from the Polish Center for Accreditation (PCA) and opening its services to external clients means that Paged LabTech is becoming a technology partner supporting companies in product development, process optimization, and building a competitive advantage.

### From Laboratory to Technology Partner

Today’s industry needs more than just research results. It needs a partner who understands the product development process and can guide it from the initial concept through to implementation.

Paged LabTech fulfills this role.

The center combines the interdisciplinary expertise of its specialists, state-of-the-art research infrastructure, and industrial experience gained through projects for the Paged Group and partners across many economic sectors. It supports clients in designing new materials, prototyping, laboratory and application testing, technology optimization, and preparing products for certification and implementation.

> Paged LabTech’s greatest asset is not the laboratory itself, but the knowledge and experience of our experts. Together with our clients, they go through the entire innovation process - from defining a technological problem and developing a solution concept, through research, technology design, prototyping, and testing, all the way to implementing the finished product into production. PCA accreditation confirms the highest standards of our research, but above all, it gives our partners the assurance that behind every solution there is a competent team, proven methods, and tangible support in building a competitive advantage.
>
> — Dr. Ewelina Depczyńska, President of Paged LabTech and R&D Director of the Paged Group

### Accreditation That Builds Trust

The PCA accreditation confirms that Paged LabTech meets the requirements of the PN-EN ISO/IEC 17025 standard for formaldehyde emission testing using the gas method in accordance with the PN-EN ISO 12460-3 standard. This confirms the competence of the staff, the use of validated testing methods, and the reliability and reproducibility of the results.

For customers, this means, above all, greater confidence in their design decisions and the ability to rely on tests conducted in accordance with international quality standards.

### Knowledge that translates into solutions

Since its founding in 2019, Paged LabTech has been developing technologies that address the challenges of modern industry. Among other things, the company has developed solutions such as: Paged DryGuard, Paged GreenPly, Paged MouldGuard, Paged StringPly, Paged DesignPly, Paged DryGuard FR, Paged FreePly and Paged BirchPly Premium.

Paged LabTech’s experts carry out projects for the wood-based materials, construction, transportation, and interior design industries, helping clients develop products tailored to market requirements, standards, and end-user expectations.

One example is the development of ultra-thin plywood for a lighting manufacturer, as well as the creation of solutions that meet the stringent requirements of the transportation industry and public facilities, including flammability standards. Each of these projects began with a specific client challenge and concluded with a solution ready for implementation.

> Today, competitive advantage is built not on access to a laboratory, but on access to knowledge. That is why we want Paged LabTech to be more than just a research center. Our ambition is to create a place that will inspire the industry, set the direction for the development of future materials, and help customers make better technological decisions. We will showcase not only the results of our work, but also the path that leads from idea to implementation.
>
> — Olga Zajączkowska, Chief Product & Innovation Officer and Member of the Management Board at Paged LabTech

### A knowledge center for industry

Paged LabTech is expanding its operations not only as a research and development center but also as a platform for knowledge exchange.

In the coming months, the brand will publish trend analyses, expert reports, commentary on new technologies and materials, and case studies illustrating how research translates into concrete solutions for the industry. This is part of a long-term strategy to establish Paged LabTech as a knowledge hub and technology partner for its customers.

**About Paged LabTech**

Paged LabTech is an independent research, development, and innovation center founded by the Paged Group in 2019. It is one of the most state-of-the-art research and development centers in Europe, created to develop new technologies, materials, and products for industry.

Paged LabTech supports manufacturers at every stage of the product development process—from identifying technological challenges and developing concepts, through material design, laboratory and application testing, prototyping, and certification, all the way to implementing the finished solution into production. By combining scientific knowledge with industrial experience, the team of experts helps clients solve complex technological problems, mitigate implementation risks, and create innovative products that meet market demands and future regulations.

Paged LabTech’s activities include, among others, research on wood-based and composite materials, the development of new technologies, fire safety, formaldehyde emissions, bio-based materials, and solutions for construction, transportation, and interior design.

Paged LabTech’s mission is to provide knowledge, technology, and innovation that help clients develop products more effectively and build a sustainable competitive advantage. Paged LabTech is a technology partner for industry that combines science with practice, helping clients navigate the path from a technological challenge to a finished product. www.pagedlabtech.com

## Let's talk about your research challenge.

Describe the scope; we will select the method, plan the test and confirm the terms of cooperation.

- Address: Paged LabTech, ul. Kwiatowa 1, 12-200 Pisz, Poland
- E-mail: contact@pagedlabtech.com
- Phone: +48 539 522 512