Bradford Gold Insulation and Thermoseal Wall Wrap

 

Gold Ceiling Batts

Bradford Gold ceiling insulation batts will keep your home cooler in summer and warmer in winter, making your home more comfortable and energy efficient.

By reducing the rate of heat transfer in home you will find your house substantially warmer in winter and cooler in summer, meaning you won’t have to rely on your heaters and air conditioning as much. In fact, Bradford Gold ceiling insulation can reduce your energy bills for heating and cooling by up to 45%.

Features and Benefits

  • Keeps homes warmer in winter and cooler in summer
  • Saves on energy costs
  • Reduces greenhouse gas emissions
  • Low allergen
  • Meets the highest Australian insulation standards
  • Environmentally sound - made from up to 80% recycled content
  • 70 year warranty
  • Non-combustible


Gold Wall Batts

Bradford Gold™ insulation for walls can reduce energy used for heating and cooling by up to 20% leading to a decrease in your energy consumption and in your energy bills.

Features and Benefits

  • Reduces heat transfers in your home
  • Improved comfort all year round
  • Saves on energy costs
  • Reduces greenhouse gas emissions
  • Low allergen
  • Meets the highest Australian insulation standards
  • 70 year warranty
  • Made from up to 80% recycled content and is 100% bio-soluble
  • Non- combustible

 

Thermoseal Wall Wrap

Thermoseal reflective foil wall wraps are non-permeable, vapour barrier products designed to reduce the transmission of moisture into the home. They are able to contribute a reflective air gap R-Value to the wall system when positioned to adjacent to an inward or outward facing air cavity.

These products are recommended for use in warmer climates where the risk of condensation formation exists as the temperature of the outside environment rises, while the inside of the home is cooled.

Features

  • Improves the R-Value of the wall system by contributing a reflective air-gap R-Value
  • Reduces the transmission of water vapour through the building structure*
  • Improves energy efficiency by reducing draughts allowing insulation to work more effectively
  • Protects the building frame from decay by reducing the entry of wind driven rain and dust.