From the Weserbergland
into the world

Developing environmental awareness together

The commitment to greater sustainability and environmental protection is deeply rooted in WINI's tradition. It can be seen everywhere in the company: In the careful use of resources, in the use of recyclable materials, in the development of innovative products based on recyclable materials or in the sustainable development of the company as part of an economically and socially healthy region.

WINI environmental activities at a glance:

WINI Werk Marienau – Wimmelbild mit Nachhaltigkeitsinformationen

Gesundheitsförderung

Fitte Mitarbeitende mit Hansefit-Angeboten

~100% Recyclingverpackung

Als primäres Packmittel verwenden wir recycelten Karton zusammen mit Klebeband aus Papier. Das ermöglicht eine saubere Aufbereitung. Der Karton wird an unserer eigenen Maschine passgenau zugeschnitten

Nachliefergarantie

Für die Langlebigkeit unserer Möbel garantieren wir 10 Jahre Nachlieferung von Ersatzteilen

mehr Informationen

Elektroflotte

Kontinuierliche Umstellung des PKW-Fuhrparks auf Elektroautos

Euro-6

Unser Fuhrpark erfüllt die Euro-6-Norm

Packoptimierung

KI-gestützte Pack- und Tourenoptimierung

> 90% Abfalltrennung

unserer festen Abfälle werden getrennt gesammelt und entsorgt

Arbeitsplatzergonomie

Ergonomische Arbeitsplätze für alle Mitarbeitenden

> 90% recyelbare Materialien

Mehr als 90 % der verwendeten Materialen in unseren Produkten sind im Durchschnitt recyclebar

Nachhaltigkeitsziele

Dauerhaftes Streben nach CO2-Reduzierung in
allen Unternehmensbereichen

≤ 0,1 Watt

Stromverbrauch bei unseren motorischen
Steh-Sitz-Tischen im Standby-Modus

Ideenförderung

Unser betriebliches Vorschlagswesen ermöglicht kreative Ideen auf allen Ebenen

Fokus auf Weiterentwicklung

Ständiges Streben nach Innovationen

Grüne Werbemittel

Schrittweise Umstellung auf nachhaltig produzierte Kommunikationsmedien und Werbemittel

Loyalität

Hohe Loyalitätsquote bei den Mitarbeitenden zum Unternehmen

Energieffizient

Besonders gut gedämmte Dachflächen zur Minderung des Wärmeein- und austrags

Langzeitgarantie

10 Jahre Langzeitgarantie für gewerbliche Kund*innen

mehr Informationen

UPID

Eindeutige Kennzeichnung aller Produkte mit Unique Product Identifier (UPID)

Recyclingstahl

Zunehmender Einsatz von recyceltem Stahl

Customizing

Die Möbelbauteile werden auf Kundenwunsch zusammengestellt und auftragsbezogen gefertigt: Losgröße-1-Fertigung

Dekarbonisierung

Vermeidung der Nutzung von fossilen Brennstoffen

Selbsterzeuger

> 95% unserer Heizenergie erzeugen wir mit Hackschnitzeln

Flächeneffizienz

Intelligente Verschnittoptimierung

Öko-Spanplatten

Spanplatten mit hohem Recyclinganteil aus zertifiziertem Holz von qualifizierten Lieferanten und SARA Platte – die Spanplatte aus 100% recyceltem Altholz

Mehr zur SARA Platte

Firmenbienen

Bienenhaltung für Honigproduktion auf dem Firmengelände

Work-Life-Balance

Familienfreundlicher Arbeitgeber

DIY-Bike-Spot

Outdoor DIY-Fahrradreparaturstation für Mitarbeitende

Fördern & Fordern

Ausbildung, Weiterbildung, innerbetrieblicher
Unterricht, E-Learning-Plattform

Substitution

Grundsätzliche Vermeidung umweltschädlicher Stoffe

Papierloses Büro

Sukzessive Senkung des Papierverbrauchs
in der Verwaltung

Digitalisierung

Digitalisierung als Hebel für Ressourcenschonung in der Verwaltung

IMS

Integriertes Management

Essen auf Rädern

Mittagessen und Getränke für Mitarbeitende

Produktentwicklung mit Strategie

Nachhaltige Produktstrategie und Entwicklung
kreislauffähiger Möbel

Handelstreue

Treue Fachhandelspartner

Elektro-Ladepunkt

Öffentliche 50 kW Ladestelle für E-Autos

Konformität

Die Einhaltung von gesetzlichen Vorgaben und Vorgaben aus freiwilligen Audits stellen wir durch das Integrierte Management sicher

Familienunternehmen

Familiengeführt in 4. Generation seit 1908

mehr zur Firmengeschichte

Stärkung des Ehrenamts

Freistellung der Mitarbeitenden bei Katastrophenschutz- und Feuerwehreinsätzen sowie für die Katastrophenschutz-Ausbildung

E-Ladepunkt

Öffentliche 22 kW Ladestelle für E-Autos

WINI-Ladepunkte

7 Ladestelle für WINI E-PKW

ÖPNV-Anbindung

Bahnhof Marienau direkt auf dem Firmengelände

Lebenszyklusmanagement

Montage-, Betriebs- und Demontageanleitungen für Wartung und Reparatur im langen Lebenszyklus und eine sortenreine Trennung der Materialien am Ende des Lebenszyklus

zur Service-Seite

Kooperationskultur

Wir pflegen einen fairen und partnerschaftlicher Umgang mit unseren Lieferanten

Rezyklatfähigkeit

Sortenreine Trennung der Stoffabfälle

Gemeinwohlförderung

Unterstützung lokaler Vereine und Institutionen

AEB

Transparente Einkaufsbedingungen

mehr Informationen

Umweltbericht

Jährliche Umwelt- und Nachhaltigkeitsberichterstattung

mehr zum Produkt

Kaskadennutzung

Unsere Spanplattenlieferanten verwerten unsere Holzabfälle bei der Neuproduktion der Spanplatten und fördern eine nachhaltige Waldwirtschaft

Automatisierung

Vollautomatisches Plattenlager

Mitarbeiterfahrrad

Fahrrad-Leasing für Mitarbeitende

CO2 Bilanzierung nach SCOPE

Emissionen erkennen. Verantwortung übernehmen. Zukunft gestalten.

Zur Seite

CoC

Lieferantenkodex

zur Seite

Firmenpolitik

zur Seite

Here you can download the complete WINI environmental map as a PDF:

WINI environmental map

Conserve resources

of the materials in
our products are
recyclable

Our
batch size 1 production
conserves resources

of our waste is collected separately

and disposed of

We generate 95 % of our heating energy
ourselves

All figures and detailed information can be found in our current sustainability report.

WINI Sustainability Report

Future-proof and sustainable solutions are required

The demands of the markets and society for resource-conserving office furniture with a high proportion of recycled and recyclable components are constantly increasing. The best possible recycling or return of existing furniture to the material cycle (cradle to cradle principle) provides important sales and competitive arguments. In order to survive in this new world of work, future-proof, sustainable and individual solutions are required.

Education is an important contribution to equal opportunities

The personal and professional development as well as the training and further education of our employees are of particular importance to us. Our goal is to achieve a high degree of solution orientation, personal responsibility, willingness to cooperate and learn in combination with the ability to work in a team and take criticism. With this in mind, WINI cooperates with schools and universities in the region. With the Weserbergland University of Applied Sciences and the Hamelin Commercial College, we regularly provide training beyond our own requirements. In this way, WINI can also offer places for an annual internship or practical topics for Bachelor's and Master's theses.

Certified action

At WINI, sustainable action begins with product development. We pay attention to environmentally friendly materials and the most ecological production possible, which we communicate transparently every year in our sustainability declaration. Our environmental management system is based on the requirements of DIN EN ISO 14001 and the European Eco-Management and Audit Scheme (EMAS III). In 2002, we were also one of the first companies in the office furniture industry to be awarded the "Blue Angel RAL UZ38 - because low emissions" environmental label. We maintain a continuous improvement process. We are currently producing dismantling instructions for all products. With our 10-year subsequent delivery guarantee, we further increase the longevity of our products. We also create life cycle analyses (LCA) and consider the environmental impact of our furniture throughout its entire life cycle. In this way, we take the entire value chain into account.

News and inspiration

Die SARA Platte von WINI – Altholz wird wiederverwendet, Umweltbelastungen 
reduziert und andere Materialien, die dem Holz anhaften, 
getrennt und ebenfalls recycelt

SARA chipboard

SARA chipboard

Chipboard made from 100% recycled waste wood

Learn more
Agiles Arbeiten braucht agile Möbel

Agile working needs new spaces

Agile working needs new spaces

Agile working requires a change in thinking when it comes to office design

Learn more
WINEA FLEX UP Tischaufsteller zum Einstecken in geteilte Tischplatte mit Konturschnitt

New: WINEA FLEX UP

New: WINEA FLEX UP

Individual shielding for the office

Learn more
Die SARA Platte ist eine neuartige Spanplatte, bei deren Produktion ausschließlich Altholz verwendet wird. Kein Baum muss mehr für SARA gefällt werden, kein Lebensraum für Flora und Fauna wird zerstört, bestehende Ressourcen werden effizienter genutzt.

Circular economy in the office

Circular economy in the office

Sustainable design

Learn more
Die SARA-Platte von WINI ist nominiert für den Deutschen Nachhaltigkeitspreis 2025

German Sustainability Award 2025

German Sustainability Award 2025

SARA is nominated

Learn more
Rapport aus Flaschenkorken

WINI is LEVEL 3 certified

WINI is LEVEL 3 certified

Sustainable with a seal of quality

Learn more
Ergonomie

Ergonomics at the workplace

Ergonomics at the workplace

Ergonomic workstations improve health and well-being

Learn more
Das berührungsgesteuerte kapazitive Bedienelement WINI MOTION

WINI MOTION

WINI MOTION

Desk operation with no switches

Learn more

Frequently asked questions about WINI furniture

Yes. Our products are modular in design and conceived to be easily repaired or expanded—for the longest possible service life with minimal use of resources.

Our customer service team is here to help you in a straightforward manner. With a 10-year replacement guarantee, we keep many spare parts in stock even after many years.

Yes. We specifically focus on materials with a high recycled content, especially wood-based materials, fabrics, and plastics. One example is the SARA panel, which is made from 100% recycled waste wood and can be used in all WINI tables and cabinets. 

We pay close attention to selecting materials that are free of harmful substances—all materials used are REACH-compliant and meet applicable EU requirements.

Yes. The digital product passport makes the sustainability of our furniture transparent—from material specifications to the carbon footprint. You can find more information about this in the blog post.

Our products are designed for a very long service life—they impress with their durability, quality, and timeless design. A 10-year availability guarantee, modular construction, and repairability extend the service life of our office furniture.

Everything you always wanted to know about sustainability

In this glossary, we provide brief and concise explanations of the most important terms and abbreviations relating to the broad topic of sustainability. Is there anything missing? Feel free to write to us and we will add it to this glossary.

First, a few terms relating to the circular economy according to the current definition in ISO 59004. This ISO standard seeks to establish uniformity in terminology as a basis for further standards and legislation. Therefore, when communicating clearly and verifiably in a business context, it is best to use the terms defined in ISO 59004. (The original terms from the standard, which is currently only available in English, are given in brackets.)

  • Circular economy: Using resources efficiently, minimizing waste, and closing loops
  • Circular system: A system with closed material and usage loops
  • Sustainable Development: Development that balances ecological, social, and economic aspects
  • Systems thinking: Considering the interactions between all parts of a system
  • Value cycle: The entire life cycle of a product and its materials
  • Circular design: Design that facilitates repair, reuse, and recycling
  • Design for Durability: Focus on robust, long-lasting materials
  • Design for repairability: Designing products so that they can be easily repaired
  • Design for Disassembly: Easy disassembly into components
  • Design for reuse: Making products or components easy to reuse
  • Design for recycling: Selecting materials specifically so that they can be easily recycled
  • Modular design: Interchangeable and independent components enable adjustments and repairs
  • Stakeholder engagement: Involvement of relevant stakeholders in decisions and processes
  • Collaborative value creation: Joint development of circular solutions across company boundaries
  • Material cycle: Circulation of materials through use, processing, and re-entry into production
  • Secondary Raw Materials: Recovered materials for new products
  • Biological cycles: Organic materials that are naturally degradable and recyclable
  • Technical cycles: Industrial materials such as metals or plastics in technical cycles
  • Material circularity rate: Proportion of recycled or reused materials
  • Circular performance indicators: Key figures for measuring the circularity of a system
  • Life Cycle Assessment (LCA): Evaluation of environmental impacts over the entire life cycle
  • Environmental footprint: Measurement of environmental impacts such as CO2, water, or resource consumption
  • Circularity Maturity Level: Degree to which a company or system has implemented circular practices
  • Avoidance: Minimizing resource consumption and waste from the outset
  • Reduction: Reduce material and energy consumption
  • Reuse: Use products again without fundamentally changing them
  • Repair: Make defective items functional again
  • Refurbishment: Upgrading a used product
  • Remanufacturing: Industrial overhaul to the point where the product is almost like new
  • Recycling: Processing materials into new raw materials
  • Recovery: Extracting recyclable materials or energy from waste materials
  • Cascading use: Multiple use of a material in decreasing quality
  • Shared use (Shared Use / Sharing): Joint use of products by several users
  • Lifetime extension: Measures to extend the useful life of a product
  • Circular business models: Business models that focus on reuse, service, or take-back
  • Product-as-a-Service (PaaS): Users pay for use, not ownership
  • Leasing model: Product is temporarily provided rather than sold
  • Take-back program: Manufacturers take back products after use
  • Reverse Logistics: Logistics processes for the return of products or materials
  • Value Chain Partners: Companies along the entire chain that work together to enable circularity

WINI Sustainability Glossary
From A for waste prevention to Z for zero emissions

Preventing waste from being generated in the first place—e.g., through less packaging, durable products, repair, and reuse. This is sustainable because it saves raw materials, energy, and CO2, and reduces environmental impact from disposal or recycling.

Bio-based plastics consist of at least a proportion of renewable (mostly plant-based) raw materials. Contrary to popular belief, however, bio-based plastics are not always biodegradable. Starch (e.g., corn starch), cellulose, or sugar can serve as the main sources for bio-based plastics. Even plastics such as PE or PET, which are usually classified as petroleum-based, can be produced with a proportion of bio-based plastic. Moldable parts and transparent solutions are feasible. Whether bio-based plastics are more sustainable depends on the ecological objectives, the area of application, and the composition. In most cases, the ingredients are more readily available regionally and have a better carbon footprint; as a rule, they are also more biodegradable as waste. On the other hand, petroleum-based plastics may be more durable, depending on the area of application. In addition, petroleum-based plastic is so abundant "in the world" that this resource cannot remain unused.

The circular economy is an economic model that aims to conserve resources and minimize waste. In contrast to the linear economic model, in which products are disposed of after use, the circular economy aims to recover the raw materials from a product at the end of its life so that they can be used as raw materials for the production of the next product. This would allow raw materials to circulate in a loop. Waste would be avoided and the demand for newly generated raw materials would decrease, which would protect the environment from the impact of raw material extraction.

The concept was developed by Michael Braungart (now Professor of Process Engineering and Chemistry at Leuphana University in Lüneburg), among others, who also coined the term "eco-effectiveness" in this context. The aim is to be able to completely dismantle all individual parts of a product back to their origin and reuse them. The basic idea is that there is no such thing as waste in nature; instead, all materials are resources. The cradle-to-cradle principle is based on two complementary cycles: a technical cycle in which materials can be recycled without any loss of quality, and a natural cycle in which materials are repeatedly used as nutrients for new products through composting processes.

In order for every product to be reused in its entirety, a new production concept is needed, because currently we can only reuse a fraction of things, as bonding, welding, and connection with other product elements usually make loss-free "deconstruction" difficult or impossible.

A phase from the "life cycle assessment of a product," for example, in life cycle assessment. The assessment phase ranges from the extraction of raw materials, through processing and product manufacturing, to delivery to the user. Later effects resulting from the use of the product or recycling are not yet included.

The cradle-to-grave cycle refers to an assessment that tracks the life stages of a product from the point of raw material procurement, through production and use, to disposal. In other words, it is cradle-to-gate, extended to include the two subsequent phases of product use and disposal. In the so-called linear economy, cradle-to-grave describes the entire "life" of a product with all its effects on the climate, health, or the environment. However, if the choice of materials and the design of a product ensure that the product is not disposed of but can be completely broken down into its raw materials for new products, a cycle is created: cradle-to-cradle.

The Corporate Carbon Footprint (CCF) describes the total amount of greenhouse gas emissions (including CO₂ emissions) generated directly or indirectly by a company's business activities. The CCF provides companies with an overview of exactly where greenhouse gas emissions occur within their operational processes and value chain and how high these emissions are. This enables companies to collect data that they can use to set reduction targets.

The abbreviation "CSR" stands for "corporate social responsibility." Directly translated, this refers to the social responsibility of businesses. In the German-speaking world, CSR is understood to mean the social responsibility of companies in the context of sustainable business practices.

Corporate sustainability reporting (in the current context of sustainability reporting) – This refers to corporate reporting on sustainability (reporting obligation).

Corporate Sustainability Reporting Directive – The directive (the set of rules, the requirement) according to which a sustainability report must be prepared.

End of life (of a product)

End of use (of a product)

The abbreviation for the three sustainability-related areas of responsibility for a company: environment, social, and governance. These include, for example, environmental pollution, occupational safety, and a company's management and control processes. In contrast to CSG, ESG tends to focus more on measurable results of quantitative targets.

EUDR (European Union Deforestation Regulation) – EU Regulation

The consumption and trade of wood-based raw materials and products should not contribute to deforestation and/or further degradation of forest ecosystems. The regulation will apply from December 30, 2025, with the final transition period ending on July 1, 2026. The products concerned must be deforestation-free from December 30, 2025. This means that the production areas of the relevant raw materials must not have been converted from forests to agricultural land and that there must not have been any harvesting operations that are unsustainable and lead to a reduction or loss of the biological or economic productivity and complexity of forest ecosystems.

FSC (certified wood origin)

FSC-certified stands for "Forest Stewardship Council" certified. FSC is an international certification system for forest management. It is designed to ensure that wood and paper products come from forests that are managed according to strict ecological, social, and economic standards. In the office furniture industry, the FSC seal indicates that the wood materials used come from responsibly managed forests and thus contribute to the promotion of sustainable forestry.

The Forest Stewardship Council was founded in 1993 by the environmental organization Greenpeace. FSC conducts audits according to its own internationally comparable standards.

The ISO 59000 family of standards is a new series (2024) of international standards designed to create a common understanding and uniform guidelines for implementing the circular economy in organizations. The goal of the circular economy is to preserve and use raw materials for as long as possible and at the highest possible quality. This is achieved by redesigning products, services, and value chains, thereby reducing the demand for primary resources and increasingly meeting it with secondary resources.

The ISO 59000 standards family currently consists of seven documents that define vocabulary, principles, and guidelines.

The circular economy aims to keep all resources required for production and the product in a cycle of use and reuse without loss or waste.

Law on corporate due diligence in supply chains.

Companies must ensure compliance with human rights throughout the entire supply chain. Topics:

  • Prohibition of child labor below the legal minimum age
  • Prohibition of the worst forms of child labor
  • Prohibition of forced labor
  • Prohibition of slavery
  • Compliance with occupational health and safety
  • Prohibition of violation of freedom of association
  • Unequal treatment
  • Fair remuneration
  • Prohibition of harmful soil alteration, water and air pollution
  • Prohibition of unlawful eviction/confiscation of land, forests, and water
  • Prohibition/commissioning of security forces

Companies with 3,000 or more employees (public limited companies) were required to fully implement the Supply Chain Act as of January 1, 2023. Since January 1, 2024, this obligation applies to all companies with 1,000 or more employees.

The linear economic system is currently the prevailing system based on the "take-make-waste" principle and differs from the circular economy in its lack of circularity. Raw materials are extracted, products are manufactured, sold, consumed, and then discarded. This results in raw material shortages, emissions, large amounts of waste, and associated environmental pollution.

Part of "non-financial reporting"

In Germany, larger companies are required to publish a sustainability report: those with total assets of over €20 million, more than €40 million in revenue, more than 500 employees, and a capital market orientation, as well as banks, insurance companies, and fund management companies. From January 1, 2025: Extension to all large companies (regardless of their capital market orientation) with 250 or more employees. From January 1, 2026: Extension to small and medium-sized enterprises with ten or more employees that are capital market-oriented. The sustainability report must be audited by an auditor or certified service provider. The form of the sustainability report is not clearly specified. It is recommended to follow proven standards that ensure the correct scope. This includes EMAS III, among others.

The sustainability report also covers social issues such as supply chain considerations. The topic of greenhouse gases (GHG)/CO2 must also be reported. The extent of this reporting depends on the materiality of the topic for the business principle. From 2024, the sustainability report must be included as part of the management report. A separate sustainability report is only permitted in addition.

Topics covered by the sustainability report:
  • Environmental topics: Climate protection, adaptation to climate change, conservation of water and marine resources, circular economy, prevention of environmental pollution, and preservation of biodiversity.
  • Social topics: Ensuring equal opportunities for all employees, gender equality, creating safe working conditions with a good work-life balance, and respect for human rights.
  • Governance issues: The role of the company's administrative, management, and supervisory bodies (also with regard to sustainability issues), as well as anti-corruption and anti-bribery measures, the company's political engagement, and any lobbying activities.

The Product Carbon Footprint (PCF) is the most established method for determining the climate impact of a product. Throughout the entire life cycle of a product—from raw material extraction to recycling or disposal—climate-relevant impacts arise in the form of greenhouse gas emissions. The carbon footprint is not only about carbon dioxide emissions, as the name suggests, but also about other greenhouse gases.

The climate impact of the various greenhouse gases is expressed in CO2 equivalents, as the gases have different global warming potentials.

  •  Methane (CH4)
  • Nitrous oxide (N2O)
  • Hydrofluorocarbons (HFCs)
  • Perfluorinated hydrocarbons (PFCs)
  • Sulphur hexafluoride (SF6)
  • Nitrogen trifluoride (NF3)

The life cycle assessment for a product can be considered for defined stages of the "product life." In a linear economy, a product life runs from A1 to C4, i.e., from the initial procurement of raw materials to the disposal of waste at the end of the disposal phase. In the circular economy, "waste" is defined as a nutrient for new products. Therefore, the potential for recycling is considered under D. Naming the phases with uniform abbreviations facilitates the structuring of analyses and communication about them.

Certified wood origin

PEFC certification stands for "Programme for the Endorsement of Forest Certification Schemes." It is an international forest certification system that ensures that wood and paper products come from sustainably managed forests. For the office furniture industry, this means that furniture bearing the PEFC label comes from responsible sources, thereby promoting the protection of forests.

The PEFC initiative was founded in 1999 and has been active worldwide since 2004. PEFC checks compliance with applicable ISO standards on a country-by-country basis.

The Product Category Rules (PCR) for office furniture are expected to be introduced in 2025/26. This is part of a project that defines methods for increasing the service life and recyclability of furniture and is to be tested. The PCR provide basic rules for the environmental declaration of products and are crucial for the comparability and sustainability of office furniture.

Refurbishing (or refurbished) refers to the quality-assured overhaul and repair of products and their subsequent remarketing.

Rethinking products and processes from scratch, e.g., edible cutlery, renting products instead of owning them, on-demand buses instead of regular buses, autonomous driving instead of driver-controlled vehicles...

Increased efficiency in product manufacturing or use through reduced consumption of natural resources and materials

Reuse of a discarded product that is still in good condition and fulfills its original function by another consumer or reuse for a different purpose.

Repair and maintenance of a defective product so that it can continue to be used in its original function.

Construction of a new product from discarded parts. The advanced level of refurbishing, in which a complete product is modernized or repaired simply by replacing a few parts.

According to the Greenhouse Gas Protocol, the assessment of a company's greenhouse gas emissions is divided into three areas:

  • Scope 1: direct emissions from a company, e.g., the CO2 emitted by a company's vehicle fleet.
  • Scope 2: indirect emissions, e.g., the energy supply for production, which already causes emissions during its generation.
  • Scope 3: indirect emissions that are not within the company's direct sphere of influence, such as the supply chain.

The SEAQUAL INITIATIVE is a global community of NGOs, fishermen, researchers, scientists, authorities, and private stakeholders. Together, they are committed to cleaning up the oceans, rivers, estuaries, beaches, and coastlines. Certified manufacturers use this seemingly useless waste to produce a high-tech yarn that is unrivalled in terms of sustainability and resource consumption: SEAQUAL® YARN. The QUEST fabric collection from Camira used at WINI consists of 75% SEAQUAL yarn.

In 2015, the international community adopted Agenda 2030, setting 17 global sustainability goals, the Sustainable Development Goals (SDGs), for socially, economically, and environmentally sustainable development. The agenda is a roadmap for the future, enabling people around the world to live in dignity while preserving the natural foundations of life in the long term. 

Greenhouse gases that contribute to climate change. Carbon dioxide CO2 is just one of them. Other GHGs are sometimes more or less harmful to the climate than CO2. For better comparability, the other GHGs are converted to CO2 climate impact according to their different climate impact. The value is then given as CO2-eq (CO2 equivalent), as "equivalent to ... kg CO2." (For further information, see also PCF.)
 

TCPP is a phosphoric acid ester and is used as a flame retardant, including on fabrics. As it is hardly soluble in water and has been accumulating in the environment since around 1960 due to its widespread use over decades, it is considered potentially hazardous. (E.g., mentioned in the WINI OFML newsletter 10/2023: Camira Replay ... is free of TCPP)

Abbreviation and collective term for volatile organic compounds that evaporate into the air at room temperature (or higher) and could have a negative impact on human health. Many of these substances are not harmful, but some can cause irritation, fatigue, headaches, etc. Formaldehyde is one example of a VOC. VOCs can be produced by plasticizers in plastics, solvents in paints, flame retardants, mold inhibitors in cardboard packaging, and surfactants, for example.

Waste electrical and electronic equipment

The German Electrical and Electronic Equipment Act (ElektroG) stipulates that distributors of electrical equipment must register with the ear foundation (Elektronik-Altgeräte Register, or WEEE Register). This serves to identify controlled recycling processes. WINI is registered with WEEE No. DE32810288 as a supplier of electrically adjustable table systems. Suppliers of electrical components such as LINAK and Bachmann also have their own WEEE registration numbers. Due to the separate Battery Disposal Act (BattG), WINI has been using the additional WEEE No. DE73030483 for this component since the introduction of battery-powered tables. The WEEE number is also indicated on the environmental product data sheets for the series with corresponding electrical components.

Zero emissions means that a process, product, or activity does not generate any direct pollutant or greenhouse gas emissions (e.g., when operating a vehicle or plant). In terms of sustainability, this reduces climate impact and air pollution—provided that the energy and supply chain behind it is also as low-emission as possible.

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WINI Marketing Abteilung

We are happy to answer your questions. How can we support you?

Bastian Bruns
Head of Marketing & Communication

 

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