You’re undoubtedly no stranger to the term ‘double glazing’. You’re probably also aware of its main purpose – to better insulate buildings. What you may not know, is just exactly how double and triple glazed products achieve superior insulation, when compared to their single-paned counterparts.

So today, Hamilton Windows, the double glazing specialist, is going to explain:

“Here comes the science”

Both the windowpane and window frame are vital in double glazing’s effectiveness. But what really keeps your house warm is more a question of molecular movement!

The glass

As opposed to single glazed windows and doors, double glazed products, unsurprisingly, are comprised of two panes of glass.

Between these panes of glass, a gas, such as argon, is used in order to prevent what’s known as heat conduction.

Heat atoms will always move from higher to lower temperatures, but this transfer is made slower through gasses. Consequently, this vacuum between the panes of glass, also known as a spacer, means that heat is prevented from leaving the house.

The frame

In order to create this vacuum, a robust window frame is essential.

Not only will a uPVC or aluminium frame hold the panes of glass in place, it will also be sealed in order to prevent draughts. This airtight seal will also reinforce the heat blocking process.

Professional double glazing specialists

If you’re based in London or Surrey, and would like to take advantage of the insulation properties of double glazing Wimbledon, simply get in touch with Hamilton Windows today.

We have a wide range of premium double and triple glazed products, which will minimise heat conduction in your home or office, helping to keep you at the perfect temperature all year round.