Daplast

FAQs: UV Resistance in Stadium & Arena Seating

Inmaculada Caballano — Wed, 10 Jun 2026 09:10:52 +0000

UV Resistance in Stadium & Arena Seating: technical guide for project design, engineering and long‑term viability.

When defining the technical specifications for an outdoor stadium or sports venue—whether from the design desk of an architectural practice, the standards‑driven calculations of an engineering consultancy, or the feasibility assessment carried out by the contractor and the asset owner—UV resistance is a critical variable to ensure long‑term project success.

The question “Does it have UV protection?” is no longer enough. What is really required is verifiable evidence: how it is demonstrated, which standard supports it, and what impact it has on service life, colour, safety (brittleness/impact) and replacement cost.

It is also important to differentiate between two concepts that are often confused:

Aesthetic resistance: the seat does not fade or fades slowly and uniformly.
Structural resistance:that the material does not degrade, does not become brittle and retains its mechanical properties over time.

Below we answer, directly, the questions that most frequently arise when technical teams assess outdoor seating, and we share key points to safeguard quality through design, engineering calculations and life‑cycle planning.

3 key takeaways:

1) Key standard: the project reference is UNE‑EN 13200‑4 (2,300 h accelerated ageing test + mechanical and colour assessment).
2) “Real” UV protection: stabilisation must be integrated through the material (in‑mass), not as a surface coating.
3) It’s not only aesthetic: UV radiation can affect mechanical safety (brittleness/impact), not just colour.

1) What factors influence a seat’s UV resistance?

Three key factors determine performance against UV radiation:

Pigment quality (masterbatch): commonly assessed using lightfastness methods such as EN ISO 105‑B02, used as a benchmark for comparing pigments.
Use of UV stabilising additives: essential when seats are installed outdoors. Their role is to slow material degradation and colour change, supporting a gradual and uniform ageing process.
Manufacturing process control: moulding with poorly controlled parameters can degrade additives before the seat even reaches the installation site, affecting its real in‑service performance.

2) Is the UV stabiliser “in the mass” or is a surface coating?

In our seats, the UV stabiliser is added as another additive in masterbatch form. This enables better dispersion of the additive when mixed with the rest of the material that will form the seat.

Injection moulding machines operate with a dosing unit that adds each component at the desired percentage. Once added, mixing and homogenisation of all components take place in the plasticising chamber and along the injection screw, so that this additive (and the rest) are fully integrated when entering the moulding stage to form the seat.

Technical conclusion: the UV‑stabilising additive is bonded into the material prior to moulding, therefore it is present throughout the entire mass of the seat (not only on the surface).

3) Are there differences in UV resistance between injection-moulded and blow-moulded seats?

Injection moulding and blow moulding are different processes and require pigments suitable for each process. A pigment suitable for injection moulding may not be recommended for blow moulding, and vice versa. For this reason, processability and UV performance must be verified in each case.

Once behaviour has been verified, the expected performance should be equivalent, provided that pigment, formulation, geometry and process are correctly optimised.

Important point for engineering / design: beyond the pigment, seat geometry also matters. Blow‑moulded seats typically incorporate a double wall and an air cavity, which manages the thermal stress associated with solar radiation differently compared with a monobloc injection‑moulded part. This difference can affect how the seat absorbs and dissipates heat and, therefore, how it ages.

4) Which European standard governs UV resistance for stadium & arena seating?

For seating in sports facilities, the main reference is UNE‑EN 13200‑4.

This standard requires the material to be verified by an accelerated ageing chamber test lasting 2,300 hours, and then evaluated for:

retention of mechanical properties
colour stability within parameters defined by the client (the standard does not set a single colour threshold; acceptance criteria are defined in the project’s finishes/specification documents and technical requirements).

Objective measurement of colour stability (CIE Lab* and ΔE) To avoid subjective interpretations of colour loss, colour variation is assessed using standardised colourimetric parameters in the CIE Lab* colour space. This system allows the colour difference between an initial sample (before testing) and an aged sample (after UV exposure) to be quantified objectively, by calculating the ΔE (Delta E) value as an overall indicator of colour change.

CIE Lab* system parameters
• L*: lightness (black to white)
• a*: green–red axis
• b*: blue–yellow axis

The ΔE value integrates the combined variation of these three parameters and is used as an acceptance criterion according to the project‑defined requirements. The lower the ΔE value, the smaller the perceptible colour variation.

In this way, colour stability ceases to be a visual or subjective criterion and is assessed using a reproducible technical indicator, enabling objective comparison of materials, formulations and solutions after the accelerated ageing test in accordance with UNE‑EN 13200‑4.

It is the manufacturer’s responsibility to carry out the tests and quality controls required to guarantee these properties. Daplast seating technical documentation explicitly states UV light protection in accordance with UNE‑EN 13200‑4.

Safety and liability: A UV‑related failure is not only an aesthetic issue. A polymer embrittled by solar radiation can lose elasticity and impact resistance, compromising spectator safety under dynamic loads or vandalism. Therefore, strict compliance with the tests under UNE‑EN 13200‑4 (and its linkage to use levels supported by UNE‑EN 12727) is the objective basis for defining technical specifications with confidence.

5) What is the difference between UNE‑EN 13200‑4 and UNE‑EN 12727 when evaluating a seat?

UNE‑EN 13200‑4: product requirements for seating in sports facilities.
Within UNE‑EN 13200‑4, mechanical strength, durability and safety are evaluated in line with UNE‑EN 12727, which details test methods and acceptance criteria.

UV Risk Factor	What does the technical test evaluate?	Project Impact	Decision‑making Priority
Aesthetic degradation	Colour stability and uniform gloss change.	Visual appearance of the seating bowl and fidelity to the original concept.	Architecture / Design management
Mechanical degradation	Retention of properties and impact resistance after 2,300 h.	Spectator safety and resistance under severe use or vandalism.	Engineering / Safety consultancies
Environmental uncertainty	Real ageing under site‑specific conditions.	Budget deviations due to future maintenance costs.	Contractors / Clubs / Local authorities

6) How many years will the colour remain “without significant visual deterioration”?

There is no single answer, because it depends (among other factors) on:

the colour (not all colours have the same stability)
the solar radiation level at the location (not uniform worldwide)
the seat’s real orientation and actual exposure in the venue

Environmental variability has a direct impact on the project life cycle: a selection based only on the initial cost can lead to premature replacements (logistics, removal/re‑installation, partial shutdowns), increasing OPEX and total cost of ownership (TCO).

7) Does UV radiation affect only colour, or also impact performance/brittleness?

It affects both. UV radiation causes degradation of the seat material, which is why UNE‑EN 13200‑4 requires mechanical properties to be assessed after accelerated ageing (2,300 h). These test hours should not be interpreted as a direct equivalence to years in service, but as a standardised comparative criterion.

Key conclusion for structural validation: UV stabilisers do not only protect colour; they also help protect the base material against degradation and embrittlement, sustaining mechanical performance.

8) What UV resistance testing does Daplast carry out?

Daplast internally qualifies all materials and pigments before they are introduced to the market. The process includes:

verification of the material’s suitability and its compatibility with the rest of the material,
UV testing via two routes: accelerated ageing chamber testing and natural outdoor exposure testing

Accelerated ageing chamber tests, as part of our internal comparative studies and material selection, can exceed 8,000 hours, enabling long‑term behaviour analysis and selection of the best solution for each project.

9) How does geographic location influence UV performance?

Solar radiation is not homogeneous globally, and this variability has a direct impact on the long‑term behaviour of seats installed outdoors.

To quantify this difference, the Kilo‑Langley (KLy) is used—a unit that specifically measures exposure to ultraviolet radiation per square metre over the course of a year.

This indicator makes it possible to compare objectively the severity of the environment to which a seat will be exposed:

In Northern Europe, typical values are around 80–100 KLy/year.
In regions with higher insolation, such as North Africa or Central America, values can exceed 160 KLy/year.

These differences significantly influence the expected service life of each colour and formulation, because the higher the accumulated radiation, the greater the demand on the material, pigments and UV‑stabilising additives.

From the perspective of economic planning and the project life cycle, a choice based solely on the seat’s initial cost—without considering the actual radiation level (KLy)—can lead to premature degradation. This may force reinvestment in removal, logistics and re‑installation within a few years, noticeably increasing the venue’s OPEX and total cost of ownership.

Good practice: in high‑insolation projects, it is advisable to request specific technical guidance from the manufacturer on the most suitable colours and pigments for the site, taking into account accumulated solar radiation values and the project’s durability objectives.

10) What resources does Daplast use to improve and guarantee UV behaviour?

Daplast has more than 50 years of experience working in regions with high UV radiation. Since our beginnings, we have worked on sports venue projects in Southern Spain, with high levels of solar radiation.

Our experience installing seats in countries in North Africa and Central America has shaped our quality processes and materials research so that our seats are highly resistant to ultraviolet light.

To reinforce technical control, we combine:

an accelerated ageing chamber (Xenon) for comparative studies of materials and pigments (with internal tests exceeding 8,000 hours),
and real natural exposure in our laboratory in Córdoba (Spain), one of the areas with the highest levels of insolation in Europe.

This approach enables us to cross‑check controlled laboratory data with empirical validation under real conditions, and to select materials and pigments with the best behaviour against UV‑driven ageing for each project.

Conclusions:

UV resistance in stadium & arena seating should not be treated as a simple “yes/no” attribute, but as a verifiable set of material, formulation and process decisions.

To specify with confidence, always request test evidence in accordance with UNE‑EN 13200‑4 (and associated tests). Discuss the most suitable/recommended colours with the manufacturer based on their experience and review the warranty scope in writing—it must be reliable and consistent with the analysed data.

This approach helps minimise the risk of colour change, premature brittleness and mid‑term replacement costs.

Are you defining technical specifications, calculating safety requirements or planning the life cycle of your next seating bowl?

We advise you to find the best technical seating solution for your next project.

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We become the new Stadium Partner of the Nou Mestalla and we will produce the general-admission seats and 6 of the 10 hospitality products

Inmaculada Caballano — Wed, 17 Dec 2025 12:38:06 +0000

Due to their characteristics and layout, the seats will contribute to an improved spectator experience by offering maximum comfort and optimizing mobility and access.

As a leading company in seating solutions for sports venues, we become a Stadium Partner of the Nou Mestalla, consolidating a key alliance that will enhance spectator comfort in the future Valencia CF stadium.

Through this agreement, we will be the official supplier of seats for general admission and for 6 of the 10 Hospitality products, acting as a strategic partner in providing solutions and initiatives aimed at improving the fan experience through the installation of more than 69,000 of the stadium’s total 70,044 seats, as well as specialized furniture.

Daplast’s involvement in the Nou Mestalla guarantees the highest standards of quality, design, durability, and sustainability, strengthening the commitment to excellence and fan enjoyment in a venue that, from its inauguration in 2027, will be an international benchmark and a symbol of pride for the city.

KEY ELEMENTS OF THE EXPERIENCE IMPROVEMENT

Due to their characteristics and layout, the seats Daplast will install in the Nou Mestalla will significantly enhance the spectator experience compared to the seats in the current stadium: they are designed to offer maximum comfort while optimizing space, with an attractive design that meets the standards of a top-tier 21st-century stadium.

• MOBILITY AND ACCESS: The first major improvement is that the seats at the Nou Mestalla will be larger and individually foldable to optimize access, mobility and celebration space for fans. When folded, the seats will be compact and occupy only 20 cm, allowing a wider 65-centimetre circulation aisle (compared to the current Mestalla’s average of 35 cm), making it easier for fans to move to and from their seats.

• DISTANCE BETWEEN SPECTATORS: Another key improvement is the increase in the minimum lateral distance between spectators to 50 centimetres, compared to the current stadium’s average of 45 centimetres.

• ERGONOMIC DESIGN: The ergonomic seat design is intended to enhance spectator comfort while increasing durability. Daplast incorporates flexible materials and ensures mechanical strength, corrosion resistance, and moisture resistance, meeting the highest European standards. The materials used—including pigments and additives—are sustainable and cutting-edge, and the company has carried out a study to reproduce exactly the same Pantone colour used in the current Mestalla seats, with added value: greater UV-resistance in the finishes thanks to a new formula that will significantly reduce deterioration over time.

• CUSTOMIZATION: The seats will also be customized with different models and accessories, combining elegance, comfort and premium finish for the Hospitality areas such as the Suites, Gold Club, Silver Club, Bronze Club, restaurants, Diamond Club, and Presidential Club, helping enhance the overall spectator experience.

Javier Solís, General Director of Valencia CF: “This agreement marks another important step for the Nou Mestalla and consolidates our future home as a modern, top-tier project designed for Valencianistas. The partnership with Daplast, a leading company in the sector with extensive experience in major stadiums, will provide our fans with seats of the highest quality, comfort, durability and ergonomics.”

Rafael Pérez-Esparza, CEO of Daplast: “This project is an exciting challenge and, at the same time, a source of pride for Daplast. Joining Valencia CF in the construction of their new stadium strengthens our commitment to excellence and to improving the spectator experience in every seat.”

We offer creative solutions tailored to the needs of spectators. Our extensive experience in numerous sports venues and our localized manufacturing, carried out under the highest quality and sustainability standards, allow us to adapt to any project and offer a turnkey solution.

As specialists in sports-venue seating and throughout our long history, we have equipped many LALIGA football stadiums, such as Son Moix, Balaídos, El Sadar, Anoeta, and the recently renovated Santiago Bernabéu and La Cartuja. Internationally, some of Daplast’s references include the Parc des Princes Stadium in Paris, the Meinau Stadium in Strasbourg, the OPAP Arena in Athens, the Rommel Fernández Gutiérrez National Stadium in Panama, and the Tallaght Stadium in Dublin.

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Unipol Dome Milan: Arena Seating Solutions by Daplast

Inmaculada Caballano — Wed, 20 May 2026 07:24:45 +0000

Officially inaugurated on May 6 in Milan, the Unipol Dome is positioned as one of the most relevant indoor arena projects in Europe.

Located in the Santa Giulia district, this new venue has been designed to host top‑level sports competitions, major concerts and international events, with a strong focus on spectator experience and operational efficiency.

As a manufacturer of seating for stadiums, arenas and sports and leisure venues, Daplast has taken part in this project through the supply and installation of arena seating, providing solutions adapted to the different areas of the venue.

Arena seating designed for intensive use and Premium areas

At the Unipol Dome, AVATAR and SITTEM SUITE seating models by Daplast have been installed — a combination that meets the functional and comfort requirements of a contemporary arena.

AVATAR – arena and stadium seating for intensive use

The AVATAR model has been designed for arena and stadium seating with high audience turnover, offering:

Optimised ergonomics
High durability
Flexible configuration options
Easy maintenance

This makes it a suitable solution for general seating tiers in large‑capacity venues.

SITTEM SUITE – seating for VIP and hospitality areas

SITTEM SUITE model provides a higher level of comfort in Premium and VIP areas, enhancing the spectator experience in hospitality spaces and high‑value zones.

The venue has an approximate capacity of 10,000 spectators, with more than 1,500 seats located in Premium and VIP areas, highlighting the importance of proper seating layout planning in the design of modern arenas.

Seating solutions aligned with international standards for sports venues

The selection of the seating systems responds to key criteria in projects of this scale:

Long‑term durability
Technical performance
Operational reliability
Spectator comfort

These factors are essential in venues designed for high‑demand sports and leisure events, where infrastructure must deliver reliable performance over many years.

The Unipol Dome reinforces a clear industry trend: the choice of arena and stadium seating solutions that not only meet technical requirements, but also actively contribute to positioning the venue as a host for major international events.

Daplast, an international reference manufacturer of arena and stadium seating

Participation in projects such as the Unipol Dome further consolidates Daplast’s position as a specialised manufacturer of seating for stadiums, arenas and sports and leisure venues, with solutions tailored to both general seating tiers and hospitality areas.

Seeing venues in which we have collaborated reach this level and become international benchmarks is always a source of pride and a strong incentive to continue developing solutions aligned with the ongoing evolution of the sector.

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OAKA Stadium Upgrade with Daplast Seats

Inmaculada Caballano — Thu, 22 May 2025 10:58:47 +0000

The Greek government has recently invested in the refurbishment of the Olympic Athletic Center in Athens (OAKA). Through its local partners, Daplast has supplied the new seats that are now part of the iconic tennis stadium.

The general public grandstands have been equipped with CR4 seats, while in the VIP areas, the Avatar Premium tip-up seat has been chosen. This follows a previous restoration of the stadium’s iconic roofs, designed by star architect Santiago Calatrava.

The Olympic Tennis Center, located within the OAKA complex in Marousi, Athens, comprises 16 illuminated courts—the same surface used at the US Open. The Main Court has a seating capacity of 8,000 spectators, with additional facilities including media areas, VIP lounges, and athlete amenities.

The CR4 seat is suitable for installation on PP-Fibreglass brackets, known for its durability and resistance to oxidation, humidity, and salinity, making it ideal for outdoor venues. The Avatar Premium seat offers a modern, elegant design with multiple configurations, including armrests and cup holders, enhancing comfort in VIP areas.

Daplast seats are vandal-proof and their resistance has been certified by independent laboratories such as Aidimme. The durability of Daplast seats makes them a very sustainable option due to their long service life.

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Greener stadium seating: Daplast reduces Carbon Footprint in 2023

Daplast — Wed, 15 Jan 2025 12:10:49 +0000

In our commitment to sustainability and environmental protection, we are thrilled to announce another year of reducing our Carbon Footprint (CF) for the year 2023. This effort reflects our ongoing dedication to minimizing the environmental impact of our operations and contributing positively to climate change.

Carbon footprint 2023 results.

In 2023, Daplast made significant progress in reducing its greenhouse gas (GHG) emissions. Here are some of the highlights:

Relative emission reduction: While absolute GHG emissions remained similar to those in 2022, we have continued to reduce emissions relative to our activity. Thanks to the significant increase in production, we have achieved a relative reduction of 7.27% in the three-year system, consolidating our positive trend towards sustainability.

Renewable Energy Production: The installation of photovoltaic panels in 2022 has borne significant fruit in 2023. The energy generated by these panels increased in 2023. This increase allowed renewable energy to represent 11.5% of our total energy consumption in 2023, compared to 3.5% in 2022.

Equipment Improvements: We have replaced an old, high-energy-consuming injection machine with a new, more efficient technology machine. This measure has not only reduced our energy consumption but has also improved our production capacity.

Ongoing commitment to sustainability: Crafting greener stadium seats.

Daplast’s commitment to sustainability is reflected in the various measures we have implemented and the goals we continue to set for ourselves for the future. At Daplast, we understand that sustainability is not a destination, but an ongoing journey. We continue to work hard to reduce our environmental impact and promote sustainable practices in all our operations.

We thank all Daplast employees for their dedication and effort. Every small change and improvement we implement together brings us closer to a sustainable future. We continue working with the same commitment to achieve our environmental goals and make Daplast an exemplary company in sustainable management.

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Stadium seats manufactured with solar power.

Daplast — Wed, 15 Feb 2023 11:05:33 +0000

In order to make stadium seating manufacturing more sustainable, we have invested in photovoltaic solar energy, generating a large part of the electricity used to produce our stadium seats. Energy savings are considerable.

Our factory’s location in Cordoba, in the south of Spain, is an advantage for this kind of sustainable energy, as we enjoy an average of 3,100 hours of sunshine per year. We have installed photovoltaic panels on the rooftop space of our production plant, with capacity to generate up to 121 kwp.

And these are the CO2 emission reductions:

Photovoltaic panels started operating at full capacity at the end of August 2022. From that time until 31 December, we have obtained these emissions reduction values:

Significant CO2 savings in just 4 months – Stadium seats manufactured with solar power:

Thanks to photovoltaic solar energy production, we have reduced 53,014 kg of CO2 emissions. Express in kg carbon, we have saved 21,482 kg of carbon by reducing our demand on the national electrical grid. Using the absorption rate of trees, we would have needed 2,895 trees to offset CO2 emissions.

In 2022, a significant reduction in our carbon footprint was achieved once more.

Our carbon footprint reduction is the result of our commitment to minimize the impact of our activity on the environment, reducing our greenhouse gas emissions.

We will publish our carbon footprint reduction percentages when we obtain the official data from the Spanish Government’s Ministry for Ecological Transition and the Demographic Challenge in our Calculo-Reduzco 2022 label.

In this post you can learn about other actions we have carried out to reduce our carbon footprint since 2015: https://daplast.com/en/we-have-reduced-our-carbon-footprint-by-24-49-sustainable-stadium-seats/

Getting closer: circular economy as a sustainable production model.

Thanks to solar energy production we estimate a drastic carbon footprint reduction (CO2 emissions) during 2023. We already manufacture a high percentage of our stadium seats from solar photovoltaic energy.

Daplast keeps working towards a sustainable future for all.

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Stadium Seating Trends: Innovation, Sustainability and Flexibility for 21st-Century Arenas

Inmaculada Caballano — Fri, 01 Aug 2025 07:19:35 +0000

Sports architecture is undergoing a profound transformation. 21st-century stadiums are no longer just places to watch sport – they are multifunctional, sustainable and adaptable venues, designed to welcome diverse audiences.

The seating that shapes today’s arenas is a direct response to these new demands. At Daplast, as specialists in stadium seating, we design solutions tailored to meet the present and future needs of sports and leisure facilities. But what are the main stadium seating trends defining 21st-century arenas?

1. Integrated architectural design

Stadium seating plays a key role in the design of any venue and must be seamlessly integrated into the overall concept. We offer a broad range of seating options in various styles, adaptable to a wide array of architectural and design approaches. Our grandstand seating solutions are designed to integrate harmoniously into public spaces, ensuring durability, functionality and cost-effectiveness.

2. Sustainability as a Driving Force in Stadium Seating

For Daplast, sustainability is a priority across environmental, social and governance dimensions. We have introduced a range of initiatives to strengthen our long-term commitment to sustainability, including:

The use of recycled materials.
The adoption of renewable energy sources.
The optimisation of production processes.
Local production in compliance with European standards, highlighting our strong commitment to responsible and sustainable practices.

At Daplast, we apply a sustainability-focused approach to minimise the environmental impact of our operations. Our goal is to develop innovative stadium seating solutions that improve energy efficiency, reduce waste and maximise the use of recycled materials, while guaranteeing high-quality, durable products. For more details, see our Sustainability section.

3. Modular Stadiums and Flexible Seating Capacity

The growing trend towards temporary or modular stadiums calls for fast and adaptable solutions. Our Avatar and Sittem tip-up stadium seats are installed on standard-profile rails, enabling fast and safe installation. Delivered pre-assembled from the factory, they significantly reduce on-site installation times. A clear example is the temporary Mini Romareda stadium, where Avatar Premium stadium seats were successfully installed.

4. Multi-Purpose Venues and Stadium Seating Solutions

Today’s stadiums need to remain profitable beyond sporting events. Increasingly, they host concerts, cultural activities and live entertainment. To support these uses, Daplast provides:

Sittem stadium seats with acoustic absorption properties, designed to optimise sound conditions within the venue.
Grid system, which increases capacity by adding seated areas on the pitch for concerts, trade fairs or corporate events – making full use of the available space.

5. Seating Segmentation: Adapting Stadiums to Different Audiences

Smart segmentation makes it possible to offer differentiated seating and services across the stadium.

This approach enables the efficient integration of solutions for both general admission and VIP seating, optimising comfort, visibility and accessibility for diverse audience profiles, in line with defined needs and budgets.

By doing so, the event experience is enhanced, while both spectator satisfaction and venue profitability are maximised. Our stadium seating ranges and accessories are designed to meet the evolving expectations of modern arenas.

At Daplast, our Avatar and Sittem tip-up stadium seats provide tailored solutions for:

General admission areas
Premium seating zones
VIP boxes
Hospitality seating spaces

With a wide variety of customisable finishes and accessories, each zone can be adapted to deliver the desired levels of comfort, design and exclusivity for its target audience.

Let’s not forget the press area, which must be carefully designed to comfortably accommodate the professionals covering sporting events. Since available space often determines the type of press tables that can be installed, we have developed a range of adaptable solutions to meet the needs of each venue.

Choosing the Right Stadium Seats for Your Venue.

How can the choice of seats improve the spectator experience?

The ideal solution must consider several key factors, such as overall aesthetics (seats/supports/accessories), venue dimensions, applicable regulations, the type of grandstand, fixing systems and the available budget.

At Daplast, we have the expertise to assess your project and deliver bespoke stadium seating solutions that combine innovation, comfort and functionality.

We know that choosing the right seats is essential to enhance the spectator experience at any event – whether sports competitions, concerts or large-scale events.

Our product range extends from durable monoblock seats for general admission areas to foldable and upholstered options for premium and VIP seating, allowing us to adapt each area to the specific needs of the audience and the technical, functional and financial requirements of the venue.

We also provide a wide selection of customisable accessories and finishes to guarantee the highest standards of comfort, design and exclusivity.

As specialists in stadium seating, we ensure full compliance with the most demanding international standards.

Trust Daplast to transform your stadium or sports venue into a benchmark for innovation and profitability – where every seat becomes an opportunity to create memorable experiences.

Are you planning a new stadium seating project?

Contact us today! Our team is ready to analyse your requirements and provide solutions that are safe, cost-effective, aesthetically appealing and sustainable. Together, we’ll bring your ideas to life.

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Greener stadium seating: Daplast reduces Carbon Footprint in 2023

Daplast — Tue, 18 Jun 2024 07:55:49 +0000

Carbon footprint 2023 results.

In 2023, Daplast made significant progress in reducing its greenhouse gas (GHG) emissions. Here are some of the highlights:

Relative emission reduction: While absolute GHG emissions remained similar to those in 2022, we have continued to reduce emissions relative to our activity. Thanks to the significant increase in production, we have achieved a relative reduction of 7.27% in the three-year system, consolidating our positive trend towards sustainability.

Renewable Energy Production: The installation of photovoltaic panels in 2022 has borne significant fruit in 2023. The energy generated by these panels increased in 2023. This increase allowed renewable energy to represent 11.5% of our total energy consumption in 2023, compared to 3.5% in 2022.

Equipment Improvements: We have replaced an old, high-energy-consuming injection machine with a new, more efficient technology machine. This measure has not only reduced our energy consumption but has also improved our production capacity.

Ongoing commitment to sustainability: Crafting greener stadium seats.

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Tallaght Stadium renovates its stands with Avatar seats

Daplast — Wed, 29 May 2024 11:23:50 +0000

From Cordoba to Dublin. We have equipped the new stands of Tallaght Stadium with Avatar seats, where one of the most awarded clubs in the League of Ireland, the Shamrock Rovers, plays ☘.

Both the men’s and women’s teams, the latter founded in 1987, have a record of achievements to their name.

21 League of Ireland Premier Division titles, with the last 4 years in a row.
25 Irish Cups, with a record number of victories in this competition.
11 Women’s League Cups in Ireland.

It is the club that provides the largest number of players for the Irish national football team.

Tallaght Stadium renovates its stands with Avatar seats for an unparalleled football experience.

In order to offer Shamrock Rovers fans the best possible experience, the club has decided to renovate Tallaght Stadium with Avatar seats designed, manufactured, and installed by Daplast. A total of 8,576 Avatar seats have been installed, distributed in the North, East, and West stands of the stadium, among which are:

8,079 Avatar Compact Basic.
370 Avatar Compact Premium: This model provides even more comfort thanks to its padded seat and backrest.

Avatar seats offer fans great comfort and ergonomics, as well as a modern and attractive design. Their automatic folding system allows optimizing the passage space between rows.

In addition to the installation of the seats, the project has included the renovation of the press areas. 2 3-seater Tánger press tables, 4 2-seater tables, and 29 Tubac tables have been installed, as well as rotating seat supports to facilitate the work of journalists.

A further step towards a modern and accessible stadium.

The renovation of Tallaght Stadium with Daplast seats is an important step in Shamrock Rovers’ goal of creating a modern, accessible, and comfortable stadium for all its fans.

At Daplast, we are proud to have participated in this project and to contribute to the legacy of one of Ireland’s greatest clubs.

We hope that the new seats will please the Shamrock Rovers fans and will help to create an even more vibrant atmosphere at Tallaght Stadium.

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