What are the advantages of closed panel timber frames?


Most housing developers today are aware of the most modern methods of construction, the primary one being off-site manufacturing of timber frame systems.

Prefabricated timber frame systems offer many benefits including quicker build times, lower costs, and less waste. However, one of the biggest advantages of closed panel timber frames is they have natural high thermal efficiency which results in long-term energy savings.

As a leading manufacturer of closed panel timber frames, we’ve outlined below some of the key advantages that these systems offer property developers and owners.

 

Offsite manufacturing ensures BSE standards are always met

Closed panel timber frames are prefabricated insulated wall panels that are delivered directly to the site, ready for immediate installation and quick handover for the first fix and outer brickwork.

Every closed panel wall we make is produced in a controlled environment. This ensures that high standards of thermal insulation and airtightness are achieved before they leave our factory. Each panel comprises the outer frame, insulation, vapour control and services cavity.

A key feature of our timber frame wall panels is that they achieve much lower U-values than conventional block and brick building methods. Each panel will also comply with BSE quality standards and will be quality-checked before they leave our factory.

timber frame wall panels

Closed panel timber frames achieve the best U-values

A U-value, otherwise known as thermal transmittance, is a measurement of how easily heat can go through materials, which needs to be as small as possible to prevent energy loss in a building.

Calculating U-values can be complex to work out, but what matters is the actual U-value achieved during testing.

U-values are calculated by measuring the heat transfer rate divided by the difference in temperature across the material(s). The value is shown as W/m²K, and the lower the U-value the better the insulation.

To achieve Part L building regulations compliance, U-values must achieve 0.26 W/m²K or less. This rate is fairly typical for block and brick construction however, Target Timber’s closed panel timber frames achieve some of the lowest U-values possible, down to 0.16 W/m²K, including the outer brickwork.

Closed panel timber frame materials are sustainable and traceable

Sustainability sits at the heart of the timber frame industry and as a building material, timber remains the most environmentally friendly. However, we are never complacent so we have rigorous processes in place to ensure that our timber supplies remain sustainable.

Timber is a carbon-neutral, renewable material that naturally sequesters carbon. 99% of all of the timber that we use for our timber frame systems and closed and open panels use European softwood which comes from forests that grow by 3,500 miles every year. And our timber also has the double assurance of being FSC and FSFC certified.

Our closed panels are insulated with PIR (polyisocyanurate), a high thermal insulator that is manufactured with zero ozone-depleting blowing agents and is CFC-free meaning no greenhouse gas emissions are produced from these products.

 

Closed panel timber frames meet all current fire regulations

There are many misconceptions about the fire safety of timber frames in construction and you’ll find countless views. The facts are that timber frame systems are stringently tested and our timber frame systems are approved by the Structural Timber Association.

The STA testing ensures that above all else, there is time for people to escape from a burning building – 30 mins for a house, 60 mins for flats.

There are countless more advantages to building with Target’s timber frame systems, but the greatest advantage of all is that off-site manufacturing will always ensure that any design specification is met, all regulations are adhered to and that buildings will deliver long-term energy efficiency.

If you require any further information, please don’t hesitate to get in touch.