Noise Control. Reduces the noise inside a building to acceptable levels without sacrificing daylight. Project References. Noise Control Glass. No matter where it originates, from railways, aircraft or factories, noise is all around. Future trend research suggests that traffic and noise in general will only get worse.

Noise Control FAQs. 1 What is Rw? 2. What is C and C tr? 3 What is Rtra? 4. What is L Aeq? 5. How is the glass performance expressed? 6. How is glass performance measured? 7 How do I deal with aircraft noise? 8. How do I deal with road noise? 9. How do I deal with rail noise? 10. Does distance have an effect? 11. Is double glazing an answer? 12.

20 Oct 2019. Noise pollution is a growing environmental issue in today’s towns and cities. In a bid to block out the noise from the busy streets and skies, local authorities increasingly recognise the need to provide better sound insulation in their residents’ homes.

Frequently Asked Questions - Noise control. 1 What is Rw? 2. What is C and C tr? 3 What is Rtra? 4. What is L Aeq? 5. How is the glass performance expressed? 6. How is glass performance measured? 7 How do I deal with aircraft noise? 8. How do I deal with road noise? 9. How do I deal with rail noise? 10. Does distance have an effect? 11.

Achieving improved sound insulation doesn’t mean homeowners have to compromise on energy-efficient glazing, either. Pilkington Optiphon™ can be combined with other Pilkington glass products for a multi-functional noise reduction IGU providing additional benefits such as: thermal insulation, solar control and self-cleaning.

Noise control. If you live near a busy road, railway line or under a flight path you might wish to use glass to reduce the noise to an acceptable level. There are various ways this can be achieved depending on the reduction required including the use of specially developed laminated glass.

Pilkington Insulight™ Phon. Pilkington. Insulight™. Phon. Overview. Benefits. Brochures. Project References.

Glass in doors, door side panels, and partitions, as well as low windows and low-level glass in walls are all considered to be ‘critical locations’ and require the installation of safety glass. These areas of glazing, typically in access locations, are the most likely to cause accident or injury should the glass break.

The U g value property and the rate at which heat is allowed into the building is a more thorough evaluation of the effectiveness of the glass. The total transmittance of the glass or more correctly the total solar heat transmittance or g value is the value given to the glass.

This is particularly important in the roof area. Having too much heat or light enter through the window can present as much of a problem as trying to keep heat in. Anyone who has installed a conservatory on a South facing wall will testify to the high temperatures they have to endure.