Like windows wpływają na wartość nieruchomości?

Wartość nieruchomości to temat, który interesuje wiele osób, zarówno sprzedających, jak i kupujących. Wiele czynników wpływa na tę wartość, a jednym z nich są windows. Choć mogą wydawać się jedynie elementem budynku, mają znaczący wpływ na jego atrakcyjność i funkcjonalność.

Estetyka i styl

Windows są kluczowym elementem architektury. Odpowiednio dobrane do stylu budynku mogą podnieść jego estetykę i przyciągnąć uwagę potencjalnych nabywców. Na przykład, zmiana starych windows na nowe może zwiększyć wartość nieruchomości nawet o 10-15%. W domach jednorodzinnych, całkowity koszt wymiany windows może wynosić od 15 000 do 30 000 zł, co często przekłada się na wzrost wartości rynkowej.

Funkcjonalność i bezpieczeństwo

Choosing windows, warto zwrócić uwagę na ich funkcjonalność. Modern windows z solidnymi zamkami i wzmocnieniami nie tylko poprawiają bezpieczeństwo, ale także zwiększają wartość nieruchomości. Potencjalni kupujący zwracają uwagę na te aspekty, co sprawia, że dobrze zaprojektowane windows mogą podnieść wartość o kilka procent, nawet w przypadku mieszkań, gdzie całkowity koszt windows waha się od 8 000 do 20 000 zł.

Energy efficiency

W dobie rosnących cen energii i rosnącej świadomości ekologicznej, efektywność energetyczna ma coraz większe znaczenie. Okna, które skutecznie zapobiegają stratom ciepła, mogą obniżyć koszty eksploatacji budynku. Na przykład, inwestycja w energooszczędne rozwiązania, takie jak potrójne szyby, może kosztować od 20 000 do 40 000 zł w przypadku całego budynku, ale może zaoszczędzić do 30% kosztów ogrzewania.

Koszty konserwacji

Nie można zapominać o kosztach konserwacji, które również wpływają na wartość budynku. Windows wymagające częstej naprawy lub wymiany mogą zniechęcać potencjalnych nabywców. Wybór trwałych materiałów, takich jak PVC, które nie wymagają intensywnej konserwacji, może kosztować od 15 000 do 25 000 zł, ale zmniejsza koszty konserwacji w dłuższej perspektywie.

Komfort mieszkańców

Na wartość nieruchomości wpływa również komfort życia jej mieszkańców. Windows, które zapewniają dobrą izolację akustyczną i wentylację, znacząco podnoszą jakość życia. Ciche i komfortowe wnętrza są bardziej atrakcyjne dla kupujących, co przekłada się na wyższą wartość rynkową o 5-10%.

Wpływ na pierwsze wrażenie

Pierwsze wrażenie odgrywa kluczową rolę w procesie sprzedaży nieruchomości. Windows, jako element widoczny z zewnątrz, mają znaczący wpływ na to, jak potencjalni nabywcy postrzegają budynek. Nowoczesne, estetyczne okna mogą uczynić dom bardziej atrakcyjnym, co często skutkuje szybszą sprzedażą oraz wyższą ceną. Inwestycja w windows, które pasują do stylu architektonicznego budynku, to krok, który może przyciągnąć więcej zainteresowanych.

Zróżnicowanie oferty

Wybór odpowiednich windows może również wpłynąć na wartość nieruchomości poprzez zróżnicowanie oferty. W przypadku domów jednorodzinnych, okna o różnych kształtach i kolorach mogą uczynić budynek bardziej unikalnym. Potencjalni nabywcy są często skłonni zapłacić więcej za nieruchomości, które wyróżniają się na tle innych. Dzięki różnorodności oferty można dotrzeć do szerszego grona klientów.

Sustainable development

Coraz więcej nabywców zwraca uwagę na aspekty związane z ekologią i zrównoważonym rozwojem. Windows wykonane z materiałów przyjaznych dla środowiska, takich jak drewno certyfikowane przez organizacje ekologiczne, mogą zwiększyć wartość nieruchomości. Inwestycje w ekologiczne rozwiązania są postrzegane jako nowoczesne i odpowiedzialne, co może przyciągnąć bardziej świadomych klientów.

Rola technologii

Inwestycja w inteligentne windows, które można zdalnie sterować, również wpływa na wartość nieruchomości. Dzięki takim rozwiązaniom, mieszkańcy mogą zyskać większy komfort i kontrolę nad warunkami w swoim domu. Inteligentne systemy zarządzania oknami stają się coraz bardziej popularne, a ich obecność w nieruchomości może zwiększyć jej wartość.

Utrzymanie wartości w czasie

Warto również zauważyć, że dobrej jakości windows pomagają w utrzymaniu wartości nieruchomości w dłuższej perspektywie. Regularna konserwacja i modernizacja okien mogą zapobiegać ich degradacji, co przekłada się na utrzymanie wysokiej wartości rynkowej. Zainwestowanie w trwałe materiały może skutkować niższymi kosztami eksploatacyjnymi i większą satysfakcją z użytkowania.

Summary

Windows to znacznie więcej niż tylko elementy konstrukcyjne. Ich jakość, styl i efektywność energetyczna mogą wpływać na wartość nieruchomości w znaczący sposób. Inwestycja w wysokiej jakości okna przynosi korzyści zarówno w postaci wyższej wartości rynkowej, jak i poprawy komfortu życia mieszkańców. Dlatego warto rozważyć ich odpowiedni wybór, planując zwiększenie wartości swojego budynku.

Czym jest ciepły montaż okien i dlaczego warto w niego zainwestować?

Wybór odpowiednich windows to kluczowy krok w procesie budowy lub modernizacji domu. Jednak nawet najlepsze, najbardziej energooszczędne okna mogą nie spełniać swoich funkcji, jeśli nie zostaną prawidłowo zamontowane. W ostatnich latach coraz większą popularność zyskuje ciepły montaż okien, który stanowi odpowiedź na rosnące potrzeby w zakresie energooszczędności i komfortu cieplnego w budynkach. Ale czym właściwie jest warm installation i dlaczego warto w niego zainwestować?

Czym jest ciepły montaż okien?

Ciepły montaż, znany również jako montaż warstwowy, to technika instalacji windows, która polega na zastosowaniu dodatkowych warstw izolacyjnych w celu zminimalizowania mostków termicznych oraz poprawy szczelności windows. W przeciwieństwie do tradycyjnego montażu, gdzie window montuje się bezpośrednio w otworze okiennym, warm installation obejmuje trzy kluczowe warstwy uszczelniające:

1. Warstwa wewnętrzna – Odpowiada za szczelność powietrzną i chroni przed przenikaniem wilgoci z wnętrza budynku do konstrukcji okiennej. Zazwyczaj stosuje się tu taśmy paroizolacyjne lub specjalne folie.
2. Warstwa środkowa – Stanowi warstwę izolacyjną, która redukuje straty ciepła oraz chroni przed hałasem. W tej warstwie najczęściej używa się pianki poliuretanowej lub odpowiednich materiałów izolacyjnych.
3. Warstwa zewnętrzna – Chroni przed wpływem czynników atmosferycznych, takich jak deszcz, śnieg czy wiatr. Zewnętrzna warstwa musi być paroprzepuszczalna, aby wilgoć mogła swobodnie wyparować, ale jednocześnie wodoodporna, by nie dopuścić do przenikania wody.

Takie rozwiązanie zapewnia optymalną izolację cieplną i chroni budynek przed nadmiernym wychłodzeniem oraz wilgocią.

Różnice między standardowym, a ciepłym montażem

Tradycyjny window installation polega na zastosowaniu pianki montażowej w celu uszczelnienia połączenia windows z murem. Choć jest to powszechnie stosowana metoda, jej wadą jest brak odpowiedniej ochrony przed wilgocią i utratą ciepła. Pianka poliuretanowa, używana w standardowym installation, może z czasem tracić swoje właściwości izolacyjne, a wilgoć, która dostaje się do szczelin, powoduje jej degradację.

Ciepły montaż natomiast, dzięki zastosowaniu dodatkowych warstw izolacyjnych, eliminuje mostki termiczne, co znacznie poprawia izolacyjność cieplną windows. Dzięki temu nie tylko obniża się straty ciepła, ale również poprawia się komfort wewnątrz budynku.

Jak wygląda proces ciepłego montażu okien?

Aby lepiej zrozumieć, dlaczego warm installation przynosi tak wiele korzyści, warto poznać, jak wygląda jego proces krok po kroku:

1. Przygotowanie otworu okiennego
   Before montażem należy dokładnie przygotować otwór okienny. Ważne jest, aby powierzchnia była sucha, czysta i równa. Otwór okienny musi być odpowiednio wyprofilowany, aby umożliwić późniejsze zamontowanie warstw izolacyjnych.
2. Nakładanie taśm izolacyjnych
   W kolejnym kroku stosuje się specjalne taśmy paroizolacyjne i paroprzepuszczalne. Na zewnątrz budynku montowana jest taśma, która chroni przed wilgocią i wpływem czynników atmosferycznych, natomiast wewnątrz stosuje się taśmę zapobiegającą przenikaniu wilgoci do konstrukcji.
3. Aplikacja pianki montażowej
   Then window zostaje osadzone w otworze okiennym, a przestrzenie między ramą okienną a murem wypełnia się pianką poliuretanową, która zapewnia dobrą izolację termiczną i akustyczną. Pianka ta, mimo swoich właściwości izolacyjnych, jest chroniona przez wcześniej zamontowane taśmy, co zapobiega jej degradacji.
4. Uszczelnianie i wykończenie
   Po zamontowaniu windows i aplikacji pianki, wszystkie krawędzie są starannie uszczelniane, a taśmy zewnętrzne i wewnętrzne dokładnie przyklejane do powierzchni. Dzięki temu zapewniona jest pełna szczelność oraz ochrona przed warunkami atmosferycznymi.

Zalety ciepłego montażu okien

1. Lepsza izolacja cieplna
   Największą zaletą warm installation jest znaczne zredukowanie mostków termicznych, co przekłada się na mniejsze straty ciepła. Dzięki temu dom pozostaje cieplejszy zimą i chłodniejszy latem, co prowadzi do oszczędności na kosztach ogrzewania i klimatyzacji.
2. Ochrona przed wilgocią
   Dzięki zastosowaniu odpowiednich taśm paroizolacyjnych, warm installation chroni konstrukcję windows przed wnikaniem wilgoci z wnętrza budynku, co jest istotne, szczególnie w okresie zimowym. Ochrona przed wilgocią to kluczowy element, który zapobiega powstawaniu pleśni i grzybów.
3. Dłuższa żywotność windows
   Ciepły montaż wydłuża trwałość zarówno windows, jak i samego budynku. Odpowiednia ochrona przed wilgocią zapobiega degradacji materiałów i wpływa na lepsze działanie windows przez długie lata.
4. Lepsza izolacja akustyczna
   Warstwowa technologia installation, w tym dodatkowa izolacja środkowa, sprawia, że ciepły montaż również skutecznie chroni przed hałasem z zewnątrz. Jest to szczególnie istotne w przypadku domów położonych przy ruchliwych drogach lub w centrach miast.
5. Oszczędności energetyczne
   Ciepły montaż to inwestycja, która zwraca się w postaci niższych rachunków za energię. Dzięki lepszej izolacyjności cieplnej windows, zmniejsza się zapotrzebowanie na ogrzewanie budynku, co w dłuższej perspektywie przynosi realne oszczędności.

Ciepły montaż a standardy budowlane w Unii Europejskiej

Warto zwrócić uwagę, że w Unii Europejskiej coraz więcej krajów wprowadza zaostrzone normy dotyczące energooszczędności budynków. W Polsce oraz wielu innych krajach obowiązują przepisy, które nakładają na nowe budynki określone wymagania dotyczące minimalnych strat ciepła. Montaż warstwowy, czyli ciepły, wpisuje się w te regulacje, pomagając inwestorom spełniać nowe standardy budowlane.

Jeśli planujesz budowę lub modernizację domu, warto rozważyć montaż windows zgodny z tymi wytycznymi. Dzięki temu unikniesz konieczności wprowadzania dodatkowych poprawek w przyszłości i jednocześnie obniżysz koszty eksploatacji budynku.

Is warm installation jest konieczny przy wszystkich rodzajach windows?

Chociaż warm installation jest rekomendowany w przypadku energy-efficient windows i pasywnych, nie oznacza to, że nie warto go stosować również przy tradycyjnych systemach okiennych. Nawet przy standardowych windows montaż warstwowy znacząco poprawia izolacyjność cieplną budynku i wydłuża żywotność windows, chroniąc je przed negatywnym wpływem wilgoci i warunków atmosferycznych.

Ile kosztuje ciepły montaż w 2024 roku?

Jeśli zastanawiasz się ile kosztuje montaż w 2024 to sprawdzisz to w naszym innym artykule |ILE KOSZTUJE CIEPŁY MONTAŻ W 2024 ROKU?|

Summary

Ciepły montaż okien to nowoczesne rozwiązanie, które znacząco poprawia parametry izolacyjne budynku, zapewnia ochronę przed wilgocią i wydłuża żywotność windows. Choć wiąże się z wyższymi kosztami początkowymi, inwestycja ta przynosi korzyści w postaci oszczędności na rachunkach za energię oraz lepszego komfortu użytkowania budynku. Warto zainwestować w ciepły montaż, aby cieszyć się trwałością i funkcjonalnością windows przez długie lata.

Like windows affect the acoustics inside the house?

How do windows affect acoustics inside the home?

In today's world, external noise is an integral part of everyday life. Living in a city, close to busy streets, airports or railway lines can have a significant impact on living comfort. One of the key elements that help to reduce external noise is properly selected windows. In this article, we will explain how windows affect acoustics inside the home and what technologies used by GM Plast can help reduce noise.

What is window sound insulation?

Sound insulation is the ability of windows to reduce the passage of noise from outside into the building. It is measured in decibels (dB), where a higher number indicates better noise protection. Standard windows can reduce noise by around 25-30 dB, while specialised soundproof windows offer insulation of up to 40-50 dB.

Factors influencing the acoustic insulation of windows

1. Thickness and number of panes
   • One of the most important factors affecting the acoustics of windows is the thickness of the glass and the number of panes. In double-glazed window systems (insulated glass units - IGUs), the glazing can vary in thickness to help disperse sound waves. At GM Plast, we offer windows with different glazing thickness options to optimise sound insulation.
2. Distance between panes
   • The space between the panes also has a major impact on the windows' ability to dampen noise. A greater distance between the panes allows for better dispersion of sound waves. This is why, at GM Plast, we offer solutions that provide adequate glazing separation to reduce noise transmission as much as possible.
3. Insulating gases
   • Filling the space between the panes with gases such as argon or krypton improves sound insulation. The gas acts as an additional barrier that absorbs sound waves. Our PVC windows are gas-filled, which provides not only better thermal insulation, but also acoustic insulation.
4. Gaskets and window frames
   • Even the best glazing will not work effectively if the windows are not properly sealed. At GM Plast, we use double gaskets that not only protect against noise, but also provide excellent thermal and water tightness. In addition, our PVC, timber and aluminium frames are designed to dampen sound vibrations.

Which windows to choose for better sound insulation?

Choosing the right windows depends on the source of the noise and the level of sound insulation you require. For city dwellers where street noise is prevalent, double-glazed windows with good seals may be sufficient. On the other hand, for those living close to airports or railway tracks, triple-glazed windows with gas filling and special acoustic seals may be a better option.

GM Plast - your partner in the fight against noise

For years, our company has been providing quality windows that help customers enjoy peace and quiet in their homes. Thanks to advanced technologies such as multi-layered glazing, insulating gauze and robust seals, we can offer windows that provide excellent noise protection.

Feel free to contact us - our specialists will help you find the solutions that best suit your acoustic needs!

Summary:

Properly selected windows can significantly improve the acoustics in your home by reducing outside noise. Thanks to the modern technologies used by GM Plast, your windows will not only provide excellent protection against noise, but will also improve the thermal comfort and aesthetics of your building.

Evolution of PVC windows: a look at the past and the future

Evolution of PVC windows: a look at the past and the future

PVC windows have become one of the most popular solutions in the building industry, offering exceptional insulation properties, durability and aesthetics. Since their inception, PVC window technology has undergone significant evolution and GM Plast, as an industry leader, has played a key role in this process. In this article, we take a look at the history of PVC windows, their benefits and their future.

           History PVC windows

1. • The origins of PVC technology
     PVC (polyvinyl chloride) was first synthesised in the 19th century, but its use in construction did not begin until the 1960s. At the time, PVC windows were seen as an innovative alternative to traditional materials such as wood and aluminium. Initial models of PVC windows had many limitations, including low energy efficiency and limited colour options.
   • The development of technology in the 1970s and 1980s.
     As production technologies began to develop, PVC windows became more robust and functional. In the 1970s and 1980s, innovations such as multi-chambered systems were introduced, which significantly improved thermal insulation. It was during this period that the first quality certificates began to regulate the market. In 1983, the German company Kömmerling launched its profile systems, which quickly gained recognition for their exceptional quality and innovative solutions.
   • Expansion into international markets
     In the 1990s, PVC windows began to gain popularity in international markets, including Europe and the United States. Manufacturers recognised the growing demand for energy-efficient solutions, further developing the technology. It was during this time that GM Plast began its operations, and with its knowledge and experience, it quickly gained recognition as a manufacturer of high quality PVC windows.
   • Evolution in the 21st century
     As we entered the 21st century, environmental awareness increased and customers began to look for more sustainable solutions. PVC window manufacturers began using recycled materials and introducing innovative technologies that minimised environmental impact. In 2004, energy efficiency standards for construction were introduced, which forced manufacturers to improve their products even further.
   • Contemporary challenges and the future
     Today, in the face of climate change, the construction industry is facing new challenges. PVC windows must not only meet energy efficiency standards, but also respond to increasing demands for aesthetics and functionality. As smart home technology gains prominence, PVC windows will be able to be fitted with automation systems to increase comfort and energy efficiency.
2. Kömmerling - industry leader
   

   kommerling logo

   
   During this period, the company Kömmerling launched profile systems that have revolutionised the PVC window market. Thanks to innovative solutions, these windows have become more durable and their aesthetics and functionality have improved significantly. As a manufacturer based on the Kömmerling system, GM Plast has become one of the largest players on the market.

3. 

   Evolution of PVC windows: a look at the past and the future

Contemporary PVC windows

Today, PVC windows offer a number of advantages that attract customers:

• Energy efficiency: Modern PVC windows meet stringent energy efficiency standards, resulting in significant savings in building heating and cooling costs. By choosing PVC windows from GM Plast, you are investing in the future of your home.
• Durability and ease of maintenance: PVC windows are weatherproof and require no painting or impregnation, making them a practical solution for many years to come.
• Aesthetics: Thanks to the variety of colours and designs, PVC windows can be adapted to any architectural style. GM Plast offers a wide range of products that will fit perfectly into your home.

The future of PVC windows

In the future, we can expect further developments in PVC window technology. Here are some trends that could dominate the market:

1. Sustainable development: Increased environmental awareness will affect the production of PVC windows. Companies will strive to use recycled materials and innovative solutions that will reduce the negative impact on the environment.
2. Intelligent windows: As smart home technology grows in popularity, PVC windows will be able to be fitted with sensors and automation systems to increase comfort and energy efficiency.
3. Personalisation: Customers will be increasingly interested in personalised solutions. Window manufacturers will have to offer a wide range of options to meet individual needs.

Why choose GM PLAST?

GM PLAST is manufacturer of PVC windows with over 25 years' experience, which supplies high-quality products to the markets in Belgium and France. Our PVC windows comply with the highest standards of quality and energy efficiency. By choosing GM Plast, you can be sure that you are investing in windows that will last for many years, contributing to climate protection and energy savings.

Summary

The evolution of PVC windows reflects technological progress in the construction industry. Using state-of-the-art technology and experience, GM Plast is continually improving the quality of its products. Looking to the future, PVC windows will not only be an aesthetically pleasing and functional choice, but also a key element in creating sustainable construction.

Contact us to find out more about our PVC windows and to find out more about our range. Choose GM Plast - the informed choice for a better tomorrow!

How to effectively seal windows for winter - step-by-step guide

How to seal windows

Winter is a time when warmth in the home becomes invaluable, and leaking windows can lead to energy loss and increased heating bills. In this guide, we'll show you how to effectively seal your windows for winter to prevent draughts and heat loss. With our simple tips and tools, you can make your home energy efficient yourself. Learn how to seal plastic, wooden and roof windows step by step.

Step 1: Check if windows are leaking

Before you start sealing, make sure your windows really need repairing. Here are some ways to check if your windows are leaking:

• Candle flame test: Light a candle and move it along the window frame. If the flame starts to flicker, this is a sign that air is penetrating through the window.
• A touch of the hand: Run your hand along the windows. If you feel a cool breeze, this means that the sealing is insufficient.

How to effectively seal windows for winter

Step 2: Choose the right sealant

There are many products available on the market to help seal windows. Here are the most popular options:

• Self-adhesive gaskets - ideal for quick and easy sealing of plastic (PVC) and wooden windows. They are available in various thicknesses and shapes.
• Silicone sealant - is ideal for filling larger gaps and is waterproof.
• Installation foams - used mainly to fill larger gaps around the window frame.
• Thermal insulation films - is an extra step you can take by applying film to your windows to reduce heat escape.

Step 3: Clean the window frames

Before applying new sealants, it is important that the window frames are clean and dry:

• Use a damp cloth to remove dust and dirt from the window frame.
• For old seals, remove them with a spatula or knife to make room for the new seal.

Step 4: Apply adhesive seals

If you have opted for self-adhesive seals, here's how to install them:

1. Measure the length of the window frame to cut the gasket accordingly.
2. Remove the protective adhesive layer and gradually apply the seal along the frame.
3. Make sure the gasket fits snugly to the surface. Press it down firmly to ensure good adhesion.

Step 5: Sealing larger gaps with silicone or foam

If you notice larger gaps around the window frame, use silicone or mounting foam:

• Silicone: Apply a thin layer of silicone along the gap. Remember to use a silicone gun to facilitate precise application. Allow to dry according to the manufacturer's instructions.
• Mounting foam: Apply the installation foam to the gaps and trim off the excess once it has dried.

Step 6: Apply thermal insulation film to the windows

To further increase the thermal insulation, you can use a thermal insulation film. Here's how to do it:

1. Trim the film to the size of the glass.
2. Stick the film to the inside of the window, following the manufacturer's instructions.
3. The film will create an additional barrier to cold air, reducing heat loss.

Step 7: Regularly check window seals

Window sealing is not a one-off activity. To ensure maximum effectiveness, check the condition of your seals every year, especially before winter. If you notice wear and tear, replace the seals with new ones.

Summary

Effectively sealing your windows for winter is key to keeping your home warm and reducing your heating bills. With simple steps such as choosing the right gaskets, applying silicone or mounting foam and using heat-insulating film, you can take care of your window insulation yourself. Remember to check the condition of the seals regularly and respond to any leaks so that you can enjoy thermal comfort all winter long.

sealing windows for winter

Window replacement grants - Clean Air Programme

Subsidy for GM PLAST windows

Dear Customers,

We are happy to announce that our company GM PLAST meets all the requirements of the "Clean Air" Programme, which aims to improve air quality in our country. Therefore, we are pleased to announce that our customers can take part in this programme and benefit from the possibility of obtaining a subsidy for the replacement of windows.

The Clean Air Programme is an initiative that supports investment in improving the energy efficiency of buildings, which translates not only into savings for you, but also into benefits for the environment.

Thanks to our cooperation with the Clean Air Programme, we can help our customers obtain funding to replace their windows with more energy-efficient and environmentally friendly solutions.

We encourage you to take advantage of this unique opportunity, which will not only improve the thermal comfort in your homes, but will also have a positive impact on the environment.

Please contact us individually for more information on the conditions of participation and details of the subsidy. Please feel free to contact our customer service department.

Best regards, GM PLAST Team

How to benefit from the Clean Air 2024 programme?

To take advantage of the Clean Air Programme and receive funding for window replacement and other thermal modernisation measures, follow the steps below:

1. Check your qualifications: Make sure your property meets the criteria required by the programme. You can consult experts to get full information on the scope of work covered by the grant.
2. Choose the right solutions: Decide what measures you want to take as part of your thermal modernisation. The programme includes replacing windows, doors, installing modern heating sources, insulating the roof and walls.
3. Contact your supplier: Choose a reputable supplier that offers high quality products that meet the requirements of the programme. Contact us for assistance in choosing the right solutions.
4. Apply: Fill in an application for funding for window replacement and other thermal modernisation works according to the programme instructions. If required, we can support you in preparing your documentation.
5. Execute the works: Once the application has been successful, proceed with the works as planned. Ensure that all works are carried out in accordance with the standards and requirements of the programme.
6. Settlement: Once the work has been completed, make a settlement with the Clean Air Programme according to the instructions. Make sure that all documents have been submitted on time.

Thanks to the Clean Air Programme, you can contribute to improving the energy efficiency of your home, saving on your heating bills and caring for the environment. Contact us for more information and support in the application process.

More information can be found here https://czystepowietrze.gov.pl/

Passive house windows: key elements for efficient construction

Passive windows

As environmental awareness and the drive to save energy grows, passive construction is becoming increasingly popular. One of the key elements of Passive House design is properly selected windows. Why are they so important, how do they affect the energy efficiency of a building and what to look for when choosing windows for a Passive House? Answers to these questions can be found in the article below.

Why are passive houses so energy efficient?

Passive houses are designed to minimise heat loss and maximise heat gain. The main goal is to create a building that is self-sufficient in terms of heat, meaning that it does not need a traditional heating system. In order to achieve this, it is necessary to use advanced technologies and materials with a very high thermal insulation factor. This is where windows come in.

The role of windows in passive buildings

Windows in passive houses play several key roles:

1. Thermal insulation: Windows need to be highly insulated to minimise heat loss in winter and overheating in summer. Windows in passive buildings usually have triple or even quadruple glazing to increase thermal insulation.
2. Heat permeability: Passive windows must reduce heat transmission. The U-value (meaning the heat transfer coefficient) of windows should be as low as possible.
3. Heat gains: Windows must be designed to maximise solar heat gain. The g-value (indicating the solar heat gain coefficient) of windows is a key factor.

Passive profile Kömmerling 88 MD

It is worth noting the modern 7-chamber profile with an installation depth of 88 mm - Kömmerling 88 MD, which is a new generation window system. This profile exceeds standards in thermal insulation and introduces new design trends. Thanks to innovative technology, this window system combines complete individuality, outstanding quality and security. The Kömmerling 88 MD is undoubtedly the best 7-chamber window in its class, providing energy efficiency and an installation depth of 88 mm.

The 88 MD window system is a 7-chamber system with a centre seal, characterised by excellent thermal insulation and perfectly matched steel reinforcement. The new generation of profiles in the standard solution meets the requirements for passive houses, providing excellent thermal insulation. With a wide range of colours and the possibility of fitting special fittings, these 7-chamber windows are exactly what you need in a passive building.

How to choose the right windows for a passive house?

1. Air permeability: Ensure that windows are airtight and do not allow uncontrolled air leakage.
2. Appropriate design: Choose windows that match the aesthetics and architecture of the building.
3. Ug-value: Check that the ug-value of the windows is at a high enough level to ensure maximum thermal gains.
4. Frame and profile type: Consider whether timber, aluminium or plastic framed windows are a better option, taking into account their insulating properties and durability.
5. Suitable glass surfaces: Choose glass with solar control and anti-reflective properties that can help control the impact of the sun's rays at different times of the day.
6. Window functionality: Consider whether you want your windows to be movable, side-opening or top-opening. The choice depends on your preferences and comfort.
7. Opening and closing speed: Passive windows should be easy to operate and allow the air flow in the building to be regulated.
8. Supplier and manufacturer selection: Make sure you choose a reputable supplier and window manufacturer who offer high quality and meet energy efficiency standards.

Summary

Windows play a key role in the design of passive houses, influencing both energy efficiency and occupant comfort. Choosing the right windows that are well-insulated, airtight and efficient in terms of thermal gain is crucial. Passive houses are the future of construction, and properly selected windows are a key step towards energy savings and sustainable living.

Winter and windows: How to prevent thermal bridges and heat loss

Winter and windows

Winter is a time when taking care of the thermal insulation in our homes becomes crucial. One of the main factors affecting thermal comfort and heating costs is the windows. It is useful to understand what problems can occur during the winter and how to effectively prevent thermal bridges and heat loss through windows.

1. Thermal bridges: What are they?

Thermal bridges are areas in the construction of a building where the thermal insulation is interrupted or reduced. As a result, these areas become 'bridges' for heat loss, resulting in higher heating energy consumption. In the context of windows, thermal bridges can occur around window frames and where the frame connects to the wall structure.

2. double or triple glazed windows: Choice of solution

In winter, double or triple glazed windows provide an excellent thermal barrier compared to single glazed windows. These additional layers of glass create thermal insulation, reducing the risk of thermal bridges and heat loss.

3. adequate insulation around windows

It is important to ensure that windows are properly insulated. Sealing window frames and joints around windows can effectively minimise thermal bridging. It is also worth investing in high quality gaskets and flexible insulation materials.

4. Blinds or facade blinds

Roller shutters or façade blinds are another effective way to protect against heat loss during the winter. They can serve as an additional layer of thermal insulation, reducing thermal bridges around windows. Roller shutters with anti-intrusion or thermal insulation technology are particularly effective.

5. modern window technologies

Today's windows are available with advanced thermal insulation technologies. Thermally caged, triple-glazed windows with a low U-value and modern seals can significantly reduce heat loss and effectively protect against thermal bridges. If you are looking for energy-efficient windows that additionally provide adequate thermal and acoustic insulation, as well as protect you from thermal bridges, our new profile is ideal. Kommerling 88 MDwhich has 7 thermal chambers, an installation depth of 88 mm and 3 welded seals so you can enjoy the warmth in your home.

6 Monitoring of energy consumption

For more advanced solutions, it is worth considering home energy monitoring systems. These can help identify the areas of greatest heat loss so that appropriate corrective action can be taken.

The winter season requires special attention to the thermal insulation in our homes. Taking care to eliminate thermal bridges and heat loss through windows has a significant impact on occupant comfort and heating bills. By choosing the right windows and taking thermal insulation measures, you can enjoy warmth and savings during the winter.

7 Application warm frame

If you want to make sure you don't have to worry about thermal bridges, use a warm frame. Read more about this solution read here. 

Plastic frames, such as PVC, are much more effective in preventing thermal bridging compared to traditional aluminium frames. Low thermal conductivity materials, such as PVC, provide excellent thermal insulation and effectively reduce the risk of heat loss through windows.

With PVC warm-frame windows, we not only reduce the risk of thermal bridges, but also improve the energy efficiency of the entire window. As a result, we can enjoy better thermal comfort during the winter and reduce heating costs.

It is therefore worth considering windows with a plastic (PVC) frame as an effective solution for the winter months to prevent thermal bridges and heat loss.

8. Warm tape mounting

Warm tape installation is a window installation method that provides additional thermal insulation around windows. Special installation tapes are used to secure gaps and joints, eliminating thermal bridges in these areas. This is an effective solution to prevent heat loss and improve the energy efficiency of windows. At GM PLAST, we offer the option of warm tape installation, which is handled by specialists with 25 years of experience. More about this read here

Remember, consulting a window and thermal insulation professional can help you tailor the best solution for your individual needs. It's worth investing in the quality and energy efficiency of your windows to enjoy comfort and savings for many winter seasons to come.

Windows in modern construction: An overview of the latest technologies and solutions

Modern windows

Modern construction has undergone a significant evolution, and the windows are no exception. Windows not only contribute to the aesthetics of a building, but also play a key role in energy efficiency, environmental protection and occupant comfort. Today's windows offer advanced technologies and solutions that significantly improve the quality of life. In this article, we take a look at the latest developments in windows in modern construction.

1. Energy-efficient windows

Energy efficiency has become a priority in today's building industry. Energy-efficient windows are designed to minimise heat loss and maximise insulation. Technologies such as double or triple glazing with low emissivity coatings and a thermally resistant frame profile help to retain heat in winter and coolness in summer. This translates into lower energy bills and a reduced impact of the building on the environment.

2. Intelligent windows

Nowadays, many windows are equipped with smart solutions. This means you can remotely control lighting, blinds and ventilation via your smartphone. Sensors monitor weather conditions and adjust windows automatically to minimise energy loss. Smart windows not only bring convenience, but also save energy.

3. Photovoltaic windows

Photovoltaic technology is turning into a revolution in building energy. Photovoltaic windows use the sun's energy to generate electricity. This means that windows not only provide natural light to rooms, but also produce electricity. This is a great way to reduce electricity bills and reduce CO2 emissions.

4. Burglar-proof windows

Home security is a priority. Modern burglar-proof windows are equipped with reinforced profiles and special locks, which make burglary attempts much more difficult. In addition, multi-layered glass is more difficult to break, which increases the level of security for residents.

5. Roof and panorama windows

Roof and panoramic windows are becoming increasingly popular. Roof windows add space and natural light to the loft, creating beautiful interiors. Panoramic windows, on the other hand, provide impressive views and connect the interior to the outdoors.

6 Smart blinds

The GM PLAST brand is a manufacturer of premium external roller blinds characterised by the highest quality of workmanship and numerous functional qualities. GM PLAST roller blinds harmoniously combine the functionality of facade and external blinds with very high thermal and acoustic insulation parameters. Equipped with the MONO ID3 SOLAR photovoltaic panel, they can be used in numerous applications, allowing for free control of the roller blind, also in buildings where additional electrical installation has not been provided in window recesses.

GM PLAST roller blinds function like facade blinds. The manufacturer has equipped the shading system with movable lamellas, which provide full freedom of managing the degree of insolation in the room, while ensuring a high level of privacy inside. Thanks to the appropriate positioning of the movable lamellas, we can look outside while remaining invisible to outside gazes. This is an advantage appreciated by owners of properties built in relatively dense developments, as well as properties located on the lowest floors of buildings.

Intelligent roller shutters

Conclusions: Modern windows have a significant impact on the energy efficiency, comfort and aesthetics of modern buildings. When choosing windows for your home, consider the latest technologies and solutions that will reduce energy consumption, improve security and create more welcoming and intelligent interiors. Before making a choice, consult with professionals who can help tailor solutions to your individual needs and preferences. With modern windows, you can enjoy the beauty of your home while taking care of the environment and your own comfort.

How to choose the right windows for your home: tips and advice

How to choose the right windows for your home: tips and advice

Windows play a key role in every home. Not only is it a source of natural light, but it also affects the thermal insulation, soundproofing and overall appearance of the building. Choosing the right windows can make a significant difference to the comfort of your home and the energy efficiency of your home. Here are some tips and advice to help you choose the right windows for your home.

1. Identify your needs

The first step is to understand your needs and expectations. Do you want more natural light? Is thermal insulation important to you? Or do you care about reducing noise from outside? Identifying your priorities will help you choose the right type of window.

2 Types of windows

Different types of windows are available on the market, such as double-glazed windows, windows with PVC, wooden, aluminiumor triple-glazed windows. Each type has its own advantages and disadvantages. For example, triple-glazed windows provide excellent thermal and acoustic insulation, while aluminium windows are lightweight and durable. When choosing a type of window, consider what is most important to you.

3 Energy efficiency

It is worth paying attention to the U-factor, which determines the energy efficiency of the windows. The lower the U-factor, the better the thermal insulation. If you want to save money on heating and cooling, choose windows with a low U-factor.

4 Style and design

Windows have a major impact on the exterior and interior appearance of a house. Choose windows that match the architectural style of the building. A variety of profiles and shapes are available, allowing you to tailor your windows to your individual preferences.

5 Safety

Keep your home safe by choosing windows with burglar-proof systems. Windows with the right hardware and locks will increase the protection of your home.

6. Assembly

It is worth investing in professional window installation. Even the best windows won't do their job if they are poorly installed. Use an experienced professional to ensure proper installation.

7 Life expectancy and warranty

When buying windows, pay attention to the life expectancy of the product and the warranty available. Choose windows from a reputable manufacturer that offers a long warranty on their products.

Summary

Choosing the right windows for your home is an important decision that will affect the comfort and energy efficiency of your home. Understanding your needs, choosing the right type of windows and paying attention to the quality of installation are all key elements in this process. With the right windows, your home will be a pleasant and energy-efficient place to live.

Remember, a good starting point is to consult an experienced window specialist to help you tailor your choice to your individual needs.