Energy Efficiency Qualities of uPVC


Energy Efficiency Qualities of uPVC

The growing cost of electricity is a major source of concern in today’s globe. The use of heaters in the winter and air conditioners in the summer has played a significant role in this situation. Governments and citizens alike are doing everything they can to keep energy bills low, including conducting energy-efficiency awareness campaigns, reducing appliance use, and choosing energy-efficient products. However, few people see the subtle culprits right in front of their eyes — doors and windows – in the midst of all these labours.

Yes, these domestic and commercial fixtures waste a large amount of energy. Even when shut tightly, ordinary doors and windows have enough gaps and flaws to allow energy to escape. This energy loss results into astronomically high energy bills at the end of each month. Fortunately, not all hope is lost. A revolutionary fenestration solution has been devised, providing the elegant method to save money — uPVC doors and windows.

Why should you use uPVC for your doors and windows?

 

Unplasticised polyvinyl chloride (uPVC) is a versatile breakthrough in the fenestration business that is made from a polymer called polyvinyl chloride (PVC) without plasticisers. uPVC took the lead in the door and window business, while polyvinyl chloride became a phenomenon because to its surprising usage in everyday items such as clothing and cable insulation. uPVC is a strong and durable, robust, and flexible material that can withstand extreme weather conditions such as heat, cold, wind, rain, sleet, or snow. To ensure the longevity of your uPVC doors and windows, it is equipped with chemicals, salt water, humidity, infestation, termite, impact, and UV-resistant properties.

Because uPVC is a poor conductor of heat and because of the energy Efficiency Qualities of uPVC, it neither absorbs nor transfers heat within, allowing an appropriate internal temperature to be maintained. Furthermore, fusion welded-joints and silicone sealant are included with uPVC windows to form airtight window profiles and assure a high green rating. Because of the energy Efficiency Qualities of uPVC  it also has excellent thermal, acoustic, and wind insulation capabilities, making it the most popular choice for creating seamless window and door frames. With anti-crowbar features, galvanized iron reinforcing, and flame-retardant properties, uPVC doors and windows provide exceptional security, preventing any regrettable accidents in the event of a fire.

Saving Money on Energy Bills in a Fashionable Manner

 

uPVC doors and windows achieve significant aesthetic goals while being functional. uPVC doors and windows come in a variety of elegant patterns and colours to complement the atmosphere of any room. If you can’t find the ideal match in our extensive catalogue of easily available items, we offer our customers the option of customising their windows and doors from the ground up to assure complete satisfaction. Apart from being attractive, uPVC windows and doors are also energy efficient, allowing you to save money on energy expenses that would otherwise be wasted. One of the main reasons why environmentalists choose uPVC doors and windows for their homes and businesses is because they are energy efficient. They aid in the reduction of damaging carbon and greenhouse gas emissions, as well as the elimination of carbon footprints. Let’s have a look at how the adaptable uPVC doors and windows manage to accomplish all of this with ease.

Temperature Control in the Home

 

Energy-efficient properties are built into uPVC doors and windows to keep the warmth within your home from escaping via the notorious gaps and cracks. To completely seal the region between the window glass and the body, uPVC windows have multi-chambered panes and frames with double sealing and an EPDM gasket. They not only reduce heat loss, but they also prevent heat gain your cool interiors by two to 3 times more than normal windows on a warm summer afternoon.

All of these unique features lessen the demand for air conditioners and radiators, resulting in significant energy savings. Choosing uPVC tilt and turn windows is an excellent approach to increase cross-ventilation in small spaces and keep a consistent temperature in your home or business. There are attractive uPVC tilt and turn window designs that offer up to 42 decibels of noise reduction. When compared to normal windows, these slim window profiles are capable of reducing greenhouse gas emissions by 40-60%.

Using uPVC in conjunction with double and triple-glazed windows

 

Standard window panes gain or lose about 70% of the heat that passes through them. During the winter, a single-glazed window can lose ten to fifteen times more heat, while during the summer, it accounts for 25% of total heat gain. Simply replacing single-glazed windows with double-glazed or triple-glazed windows can increase thermal resistance by up to 94%, making double-glazed and triple-glazed windows the most energy-efficient glass solutions available.

Two or three panes of glass are placed between each sheet of glass in double and triple-glazed windows, with a layer of inert gas, usually Argon, sandwiched between them. This inert gas works as an insulating barrier and aids in temperature regulation.

You can save up to 40% on your annual energy expenditures by combining these glass panes with uPVC doors and windows. The more glazing layers there are, the higher the energy efficiency Qualities of UPVC. These glazing layers also aid in the reduction of noise and the prevention of moisture build-up. They even have airtight sealing and innovative multi-locking mechanisms to boost safety measures at the same time. They are highly long-lasting, with a shelf life of up to 20 years.

They not only save money on energy bills, but they also improve the room’s décor and instantly brighten it up. They keep out heat and UV rays while letting in plenty of filtered natural light. This also reduces utility costs by eliminating any need for artificial illumination during the day.