What is Rock Wool Insulation? - Thermal Resource Management

Rock wool insulation comes from a volcanic rock that is melted at a temperature of roughly 1,600C and then spun into wool. The newly created insulation is then bound together using resins and oils, giving the material waterproof qualities too. In this guide, we’ll be looking how rock wool insulation is used in relation to trace heating UK and the advantages of it. 

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How is rock wool insulation used?

Pretty much all the insulation within a building can be done with rock wool, the walls, roof, and floor. Not only does rock wool insulation provide thermal insulation, but it also has many benefits relating to noise and fire too. Therefore, it can work with trace heating cable to help with fire protection and sound insulation as well. This suggests that it doesn’t have an organic breeding ground, meaning rock wool is entirely immune to mould and rot. 

What is the weight of rock wool insulation?

The weight of rock wool comes down to the application it is being used for, the categories are: 

• Around 23kg/m3 in the case of blankets 
• 30 to 80kg/m3 boards for common application, insulation, or cavities between beams 
• Approximately 90 to 150kg/m3 for applications under load, roof boards, and floating floors 

Types of rock wool insulation

Foil faced insulation batts

Foil faced insulation blankets are used for insulating roofs and stories. They are much cheaper than other types of insulation, but it can be difficult to get the batts into place. These insulation blankets can come in different finishes that will facilitate application onto the beams. 

Standard insulation boards

Standard rock wool boards are mainly used to insulate cavity walls. They are very easy to install, and the boards can hide irregularities in the masonry. As a result of this, you can be sure that the external wall of the building is suitably insulated. The outside of the rock wool boards are, in the case of cavity walls, covered with a more solid finishing material that is wind and damp resistant. 

Withstand temperatures above °C.

In land-scarce urban areas, more and more people are working and making their homes in high-rise buildings. These structures can be brilliant solutions to the challenge of safely housing a growing population.

Save energy by maintaining optimum indoor temperature and climate.

It makes living and working conditions more healthy and comfortable, helping people to thrive, especially in urban environments. Temperature maintenance can dramatically reduce heating, cooling, and ventilation costs, and reduce a building’s carbon footprint.

Block, absorb or enhance sounds.

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From railways to tramways, roads to airports, good infrastructure is crucial to urban life, which can be very noisy. The resulting ground-borne vibration, traffic noise – and not to mention human noise pollution – all have a serious and negative impact on our wellbeing, especially in densely populated areas.

Increased performance and greater stability with lower costs.

In land-scarce urban areas, more and more people are working and making their homes in high-rise buildings. These structures can be brilliant solutions to the challenge of safely housing a growing population.

Match performance with aesthetics.

When people live and work in aesthetic spaces, they feel comfortable and motivated. Environments in which people enjoy spending time can improve social cohesion and make neighborhoods safer and healthier.

Manage our most precious resource.

A growing population puts traditional food production under pressure, and climate change has increased the need for flood defenses. Stone wool can be engineered to absorb or repel water as needed, as well as recirculate it in a greenhouse, solving a range of water management problems.

Reusable and recyclable materials.

Rock is one of the most abundant raw materials on the planet, but we still need to make better use of our planet’s resources. We have developed our technology in a way that allows us to use waste from other industries as alternative raw material.

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