FAQs About Rooflights in the UK

To place your order, go to our shop page and select your desired rooflights. It should take you to a secure page where you will have to input your information and payment details. Once the payment has been processed, you should receive an email confirming your order. 

If you will be ordering on multiple occasions you may want to visit our trade customer page and contact us for more information. 

You can call a qualified installer to help you or download our installation guide here.

All ordered Rooflights will be dispatched around 1-5 business days from when you purchased them.  A HITECH Rooflight Delivery employee will deliver your order unless you live in a courier designated area.

This simple map clearly explains your next available delivery depending on postcode. If you have any questions please call the office. 

Check out our Gallery page and select the products you like. If you can’t decide, please reach out to us, and we’ll be glad to help you clarify your choice. Once you’ve decided, you can go to our Shop page and order.

There is no straightforward answer to this. Fixed rooflights for flat roofs will not open and offer more protection from outside, but hinged rooflights can let air in for improved ventilation. Here at HITECH ROOFLIGHTS we only supply fixed flat glass rooflights or roof windows. 

No right or wrong answer. An electric skylight for flat roofs includes an electric blind that you can use to control the amount of sun you want to let into the room. Manual or fixed flat glass roof lights remain the same all the time. 

This is the frame structure that your rooflight will sit in. Please see this technical drawing for more detailed information. We can supply you with the kerb upstand, just add this to your order when you choose your rooflight in our online shop. 

All our rooflighs come with a self-cleaning coating that prevents them from getting stained. However, if you want to clean them, start by dusting off any loose dirt or cobwebs. Then use a squeegee and a glass cleaning product or water to wipe the glass.

Please contact us about your order, and our sales team will be happy to help.

All ordered Rooflights that are not on back order will be dispatched around 1-5 business days from when you purchased them.  A HITECH Rooflight Delivery employee will deliver your order unless you live in a courier designated area. 

We will contact you to notify you about when your order will be delivered. 

Yes! You can absolutely order rooflights from us in bulk. Go to our Shop page and select the number of rooflights you need. If you need more help, please reach out to us.

If you will be a regular customer please contact us on the trade account page. 

We take every care to ensure your rooflight are not damaged but please check your items immediately after delivery. If they are damaged please take photos and contact us as soon as possible. 

Our rooflights are triple-glazed and impact-proof, making them strong and reliable.

All our units weigh 45kg per square meter. Please ensure you are onsite to help with the offload and quality control check. Our driver is not responsible to offload and transport any units. Failure to have someone onsite may result in the unit being returned. 

No, as long as you have allowed an angle upon installation. Please follow these step-by-step instructions for more information.

No. At HITECH ROOFLIGHTS, we recommend you purchase a kerb from ourselves. This way it will fit perfectly. Just add on to your order and it will be delivered with your rooflight.

Yes, we do. We provide a 5-year warranty on the blind component and a 20-year warranty on the sealed glass unit.

No. We only sell rooflights.

There is no difference other than language. ‘Rooflight’ is used more in British English, while American English speakers use ‘Skylight’.

Absolutely! They improve your home and invite natural light that elevates its aesthetics. Rooflights are also energy efficient and promote good health and a great mood. If you have a roof, you should make it better with Rooflights.

The minimum slope is 3 degrees, but the recommended pitch is 5 degrees. Sloping your rooflight slightly prevents water from pooling on the glass, reducing visibility.

Yes they can do. Increasing the amount of light in your home can make it look larger and more appealing.

Rooflights can cause poor insulation, heat loss or heat gain depending on the weather, and at certain times of the day, there may be more light than needed in your room. This can cause glare.

Rooflights do not weaken your roof if they are properly installed. Download our installation guide here for a step-by-step process you can follow.

You don’t need a permit to get a rooflight for your house in England and Wales, but you will need planning permission in Scotland. 

Here are some regulations you must follow in the UK

• Your skylight must not be higher than 150mm above the plane of the roof.
• The rooflights can’t be at the highest point of the roof.
• If the rooflight is a side-facing one, it must be obscure-glazed.

Please always check the most up to date planning regulations for your local area. 

The blinds will have a wall switch and a remote control that you can use to power off and on. You can also use this to open and close the blind.

These blinds are sealed in an air-tight dust-free unit. The blind will never become dirty so will you never need to clean the blind.

If you purchase a rooflight that is in stock delivery will be scheduled within 1-5 days. Please see the map for delivery schedules. If you purchase a rooflight that is on back order or is bespoke lead times will be confirmed on order or at request of invoice.

Please see this technical drawing for more detailed information. You can also purchase this from us directly.

Please see this technical drawing for more detailed information. You can also purchase this from us directly.

Our frame structure guarantees a perfect fit. Please follow these step-by-step instructions for more information. We recommend you purchase the kerb upstand from us directly.

Yes, we can make virtually any size or shape. Please contact us via phone or email with your request and we will be in touch to discuss your requirements further.

“Triple glazed 64mm thick units” refers to a type of window or glass unit commonly used in construction and architecture. Let’s break down the meaning of each part:

1. **Triple Glazed:** This indicates that the window or glass unit is composed of three layers of glass, as opposed to the more common double-glazed units that have two layers of glass. Triple glazing provides better insulation, soundproofing, and energy efficiency compared to single or double glazing. The multiple layers of glass create additional barriers to heat transfer and noise transmission.

2. **64mm Thick:** This refers to the overall thickness of the entire window or glass unit. In this case, the unit is 64mm (millimeters) thick. The thickness includes not only the layers of glass but also the space between the glass panes, any insulating gas (such as argon or krypton) that might be sealed between the panes, and the framing material.

In summary, “triple glazed 64mm thick units” describes windows or glass panels that have three layers of glass and a total thickness of 64mm. This type of unit is known for its enhanced insulation and soundproofing properties, making it a popular choice for energy-efficient and noise-reducing building designs.

EnduroShield is a brand of easy-clean surface coating technology that is primarily used on glass and other surfaces to repel dirt, water, and other contaminants. The technology creates a protective barrier on the treated surface, making it easier to clean and maintain. Here’s how EnduroShield works:

1. **Application:** EnduroShield is applied as a thin, transparent coating to various surfaces, most commonly glass, but it can also be used on ceramics, stainless steel, and other materials. The coating forms a molecular bond with the surface, creating a hydrophobic (water-repelling) and oleophobic (oil-repelling) layer.

2. **Benefits:**
– **Easy Cleaning:** The primary advantage of EnduroShield is that it greatly reduces the adhesion of dirt, grime, water spots, and other contaminants to the treated surface. When water or dirt comes into contact with the coated surface, it tends to bead up and roll off, carrying away debris and leaving the surface cleaner.
– **Stain Resistance:** The hydrophobic and oleophobic properties of the coating also make the surface more resistant to stains from water, oils, and other liquids.
– **Reduced Maintenance:** Because dirt and water spots are less likely to adhere to the surface, cleaning becomes much easier and less frequent. Regular cleaning requires less effort and the use of fewer harsh cleaning agents.

3. **Applications:** EnduroShield is commonly used in residential, commercial, and industrial settings. It’s often applied to glass shower doors, windows, glass railings, mirrors, and glass surfaces in kitchens. The technology can also be used in automotive applications to improve visibility and reduce the need for frequent cleaning.

4. **Environmental Considerations:** EnduroShield’s easy-clean properties can contribute to water conservation, as surfaces treated with the coating require less water for cleaning. Additionally, by reducing the need for harsh cleaning chemicals, it can have a positive impact on indoor air quality.

5. **Maintenance:** While EnduroShield significantly reduces the need for regular cleaning, it’s important to note that the coating may wear off over time due to exposure to weather, cleaning agents, and abrasion. Reapplication of the coating might be necessary periodically to maintain its effectiveness.

Overall, EnduroShield technology offers a convenient and sustainable solution for maintaining cleaner and more easily maintained surfaces, particularly glass, in various settings.

The term “U Value: 0.74 W/m²K” refers to a measure of thermal transmittance or heat transfer through a building material or assembly. Let’s break down the components of this value:

1. **U Value:** The U-value, also known as the thermal transmittance or coefficient of heat transfer, quantifies how effective a building material or assembly is at conducting heat. It measures the rate of heat transfer through a specific material or structure. U-values are typically expressed in watts per square meter kelvin (W/m²K).

2. **0.74 W/m²K:** This number represents the specific U-value in question. In this case, the U-value is 0.74 W/m²K. Lower U-values indicate better insulating properties. The U-value tells you how much heat energy (in watts) will pass through one square meter of a material or assembly when there is a temperature difference of 1 degree Kelvin (equivalent to 1 degree Celsius) between its two sides.

In simpler terms, a U-value of 0.74 W/m²K means that for every degree Kelvin of temperature difference between the inside and outside of the material or assembly, 0.74 watts of heat energy will pass through each square meter of that material or assembly.

This U-value is often used in the construction industry to assess the energy efficiency of buildings. Lower U-values indicate that a building element, such as a wall, roof, or window, is better at preventing heat loss or gain, contributing to improved energy conservation and comfort within the building.

“Argon gas insulated” refers to a type of insulation commonly used in windows or glass units. It involves filling the space between glass panes with argon gas, creating a more energy-efficient and thermally insulating window.

Here’s how argon gas insulation works:

1. **Double or Triple Glazing:** Windows can be single glazed (one glass pane) or double glazed (two glass panes with a gap in between) or even triple glazed (three glass panes with gaps in between). The space between these glass panes can be filled with air or a specialized insulating gas like argon.

2. **Argon Gas:** Argon is a colorless, odorless, and non-reactive noble gas that is denser than air. Because of its higher density, it is used between glass panes to create a barrier that reduces heat transfer. When used as insulation, argon gas slows down the transfer of heat through conduction and convection. This means that during hot weather, less heat from outside enters the building, and during cold weather, less indoor heat escapes to the outside.

3. **Thermal Insulation:** Argon gas insulation enhances the overall thermal performance of the window by reducing heat loss or gain through the glass. This can lead to improved energy efficiency, lower heating and cooling costs, and increased comfort within the building.

4. **Sound Insulation:** In addition to thermal insulation, argon gas-filled windows can also provide improved sound insulation. The denser gas helps reduce sound transmission through the window, creating a quieter indoor environment.

5. **Manufacturing Process:** The process of incorporating argon gas into windows involves sealing the edges of the glass panes to create an airtight space. This prevents the gas from escaping and outside air from entering. The sealed unit is designed to be maintenance-free and to retain the insulating properties of the gas over time.

Overall, windows that are “argon gas insulated” are designed to provide better insulation compared to traditional air-filled windows, contributing to energy savings, improved comfort, and potential noise reduction within buildings.

When glass is described as “impact resistant,” it means that the glass has been designed and manufactured to withstand impacts, shocks, or forces without shattering or breaking into sharp, dangerous shards. Impact-resistant glass is engineered to enhance safety and security in various applications, particularly in situations where there’s a higher risk of breakage due to accidents, weather events, or intentional actions.

There are several types of impact-resistant glass, each with its own properties and applications:

1. **Tempered Glass:** Tempered glass is heated and then rapidly cooled during the manufacturing process, which creates internal stresses and makes the glass much stronger than regular annealed glass. When tempered glass is broken, it shatters into small, relatively harmless pieces instead of large, sharp shards.

2. **Laminated Glass:** Laminated glass consists of multiple layers of glass with a layer of polymer, usually PVB (polyvinyl butyral), sandwiched in between. This polymer layer holds the glass together when shattered, preventing it from breaking apart completely. Laminated glass is commonly used in car windshields and buildings where safety is a priority.

3. **Polycarbonate Glazing:** While not traditional glass, polycarbonate is a strong and impact-resistant material that can be used as a substitute for glass in certain applications. It’s commonly used in areas where breakage is a concern, such as skylights, greenhouses, and sports facilities.

4. **Security Glass:** This type of glass is designed to resist not only impacts but also attempts to break through the glass, such as during forced entry or vandalism. Security glass often combines features of tempered and laminated glass to provide both strength and resistance to penetration.

Impact-resistant glass is used in a range of applications, including:

– **Automotive Windows:** Windshields and side windows in vehicles are often made with laminated glass to protect occupants from shattered glass during accidents.

– **Hurricane Protection:** Impact-resistant glass is crucial in areas prone to hurricanes or severe weather. It can withstand flying debris and high winds, reducing the risk of breakage and protecting occupants.

– **Architectural Applications:** Impact-resistant glass is used in windows, doors, and facades of buildings, especially in locations susceptible to extreme weather or security concerns.

– **Sports Facilities:** Impact-resistant glazing is used in sports facilities to prevent injuries from high-speed balls or other objects hitting the glass.

– **Industrial Settings:** In industrial environments, impact-resistant glass is used to protect workers and equipment from potential hazards.

In summary, “impact resistant” glass is designed to minimize the risk of shattering upon impact, enhancing safety and security in a variety of settings. The specific type of impact-resistant glass used depends on the intended application and the level of protection required.

A “leak-proof design” for a rooflight refers to a design approach and construction that minimizes the risk of water infiltration or leakage through the rooflight structure. Rooflights are essentially windows or skylights installed in the roof of a building to allow natural light to enter interior spaces. Ensuring that a rooflight has a leak-proof design is crucial to preventing water damage, maintaining indoor comfort, and protecting the structural integrity of the building. Here’s what it means for your rooflight:

1. **Water Resistance:** A leak-proof design involves using materials, seals, and construction techniques that prevent water from infiltrating through the rooflight into the building. This includes watertight seals, gaskets, flashing, and other components that are designed to create a barrier against rain, snow, and other moisture.

2. **Quality Seals and Gaskets:** The joints and connections of a rooflight are vulnerable points where water can seep through. A leak-proof design will utilize high-quality seals, gaskets, and weatherstripping materials to ensure that these areas are effectively sealed against water intrusion.

3. **Proper Installation:** Even the best-designed rooflight can leak if it’s not installed correctly. A leak-proof design takes into account proper installation procedures to ensure that the rooflight is securely and tightly fitted into the roof structure. This includes proper flashing installation and effective integration with the roofing material.

4. **Testing and Certification:** Reputable rooflight manufacturers often subject their products to rigorous testing to verify their leak resistance under various weather conditions. Look for rooflights that have been certified or tested for water tightness by relevant industry standards.

5. **Durability and Longevity:** A leak-proof design also considers the long-term durability of the rooflight materials and components. Over time, exposure to weather and temperature changes can affect the performance of seals and other elements. A well-designed rooflight should be able to maintain its leak-resistant properties for many years.

6. **Maintenance:** While a leak-proof design significantly reduces the risk of leaks, regular maintenance is still important. Keeping the rooflight clean, inspecting seals and flashing, and addressing any potential issues promptly can help prolong its leak-resistant properties.

Overall, having a leak-proof design for your rooflight means you can trust that the installation will effectively keep water out of your building, preventing water damage, mold growth, and other related issues. When selecting a rooflight, it’s important to choose a reputable manufacturer known for their quality and attention to leak-resistant design principles.