Material
Using high-quality material for manufacturing building fixtures like doors and windows is quintessential. At Reforms and Creation, we offer an extensive range of windows and doors that are made using superior materials. You can choose from uPVC and Aluminium windows and doors that are designed to enhance the aesthetic appeal of your home or office. These materials offer a plethora of benefits, like low to negligible maintenance requirements, durability, and more. In addition to this, they are highly energy-efficient and provide excellent sound insulation, keeping external noises at bay.
uPVC, one of the most popular materials for manufacturing windows and doors, offers exceptional performance and is highly durable. The formulation of uPVC involves the use of unplasticised Polyvinyl Chloride (PVC) polymer. The flexibility of PVC is leveraged to make a special blend, uPVC, which is widely used for manufacturing window and door frames. As a framing material, uPVC comes with a number of benefits and unmatched quality. The benefits of uPVC include low maintenance requirements, energy efficiency, durability, and design versatility. Available in multiple colour choices where the pigment is integrated into the profile, uPVC does not require painting and does not flake with time. With so much to offer, uPVC doors and windows have become the preferred choice in recent times.
Benefits
- uPVC does not corrode, rot or rust, is resistant to termites, and requires very little maintenance, thus making uPVC windows and doors highly durable.
- As a material, uPVC is very versatile. It is recyclable, resistant to chemicals, offers UV protection, and much more. It also offers design flexibility which makes it possible to manufacture doors and windows that can suit any architectural requirement.
- uPVC is an energy-efficient material that also offers rain and thermal insulation. Doors and windows made using uPVC are well-suited for all regions of India.
- uPVC offers insulation against strong winds and is highly resistant to impact, thereby making it a suitable material for high-rise structures as well.