Patio Doors

Sliding patio doors are a good alternative to bi-folding doors. The plus point is their affordability. These are best suited if you have a balcony or a garden in your home. As these glide behind one another, these take less space hence giving it an edge over the bi-folding doors in terms of space-saving.

We manufacture Patio doors in both uPVC and Aluminium. We can also manufacture the Tilt and Slide Patio in PVC. 2/3 or 4 pane options available. Our patio doors come in several colours so that you have a wide range of options to choose from.

Our patio doors are engineered with excellent thermal efficiency and low maintenance requirements in mind.

Our patio doors are equipped with glass that features high-quality double glazing on energy-efficient frames. This ensures high degree of thermal efficiency that results in lower heating bills. Moreover, it also enables you to enjoy views to the outside.

Both our aluminium and uPVC patio doors offer high security standards. You can further enhance the security with optional safety features. This will definitely give you complete peace of mind.

Aluminium

Most modern doors are manufactured with aluminium material. These are the slimmest frames that are highly durable. Due to the slimness, it enables additional glass which enables more light coming into your house. These require low level of maintenance.

Highly durable
Slimmest design
Low maintenance

Timber

These are crafted with soft or hard wood depending upon your choice. We source high-quality soft or hard wood and give extra strength through lamination. Afterwards, we apply the micro-porous paint and stain finishes to keep it protected from external elements.

Soft wood or hard wood
Added layer of lamination for extra strength
Choice of paint and stain finish

UPVC

If you are looking for a simple option, uPVC is the choice to make. These are highly secure with virtually no maintenance at all. uPVC is not going to rot, rust or flake. With added A++ triple glazing, these ensure highest level of thermal efficiency.