ThermoSeal Windows represent the pinnacle of window technology, combining advanced double-glazing with high-performance uPVC frames. The specialised design features:
Our windows feature state-of-the-art uPVC construction that provides superior insulation by preventing thermal bridging – where heat or cold transfers through the frame. This robust construction, combined with our double-glazing technology, maintains consistent indoor temperatures while significantly reducing outside noise, making them particularly effective for homes in high-traffic or noisy areas.
You may be eligible for heritage funding as some councils provide funding to restore heritage windows such as Ku-ring-gai’s Heritage Home grant.
We recommend removing window coverings and ensuring clear access to all windows being replaced. Our team will protect your furniture and flooring with drop cloths, but moving valuable items away from the installation area is advised.
uPVC (unplasticized Polyvinyl Chloride) offers superior insulation, durability, and noise reduction compared to traditional materials. It’s UV-stabilized specifically for Australian conditions and requires minimal maintenance while providing maximum performance.
With proper care, our uPVC windows typically last 20-30 years. They’re designed to withstand Australian weather conditions and come with comprehensive warranties for your peace of mind.
Yes, our windows can be manufactured to meet bushfire attack level (BAL) requirements. During consultation, we’ll assess your needs and recommend appropriate solutions for your area’s requirements.
While savings vary based on your specific situation, many customers report reductions of up to 70% in their heating and cooling costs. The exact savings depend on factors like your home’s design, location, and current window efficiency.
Our double-glazed windows typically reduce external noise by up to 40 decibels, which can make a significant difference in urban areas. This means traffic noise, aircraft sound, and other external disturbances are dramatically reduced.