If you are looking to protect your pipes from heat and cold then phenolic pipe lagging is a great choice. Many people choose this material because it provides superior insulation value and performance. Some people also prefer Kingspan pipe insulation. The key advantage of phenolic pipe lagging is that it has a lower thermal conductivity than other materials, which means that it will keep your pipes warm or cold for longer. It is also thinner than most other pipe insulation materials, which means it will require less space in ceiling voids and boxing-ins.
Kingspan Kooltherm
Kingspan Kooltherm is a premium performance pipe insulation suitable for 76mm diameter pipes up to 1 metre in length. It is the thinnest and most efficient pipe insulation on the market, making it an excellent choice for HVAC and building services applications.
Kingspan Kooltherm has very low thermal conductivity. Its 0.025 W/mK thermal conductivity makes it one of the most energy-efficient pipe laggings on the market. As a result, it helps you save money on energy bills, because it prevents heat from escaping from the pipes. Kingspan Kooltherm also helps prevent cold water pipes from freezing.
Kingspan Kooltherm is made from phenolic foam, which is an extremely flexible material. It is lightweight and easy to install. It also provides excellent fire performance, thanks to its fibre-free rigid thermoset phenolic core. It is also suitable for any type of pipework, whether you’re working with copper or steel pipes.
Kingspan Kooltherm phenolic pipes are a fantastic choice for chillers and low-temperature hot water pipes. This product also comes with a CFC-free blowing agent, which helps reduce its environmental impact per unit of thermal performance. It’s also among the most expensive pipe insulations available, but it’s worth every penny. It’s also very durable and resistant to water and vapor.
Kooltherm Pipe Insulation is a factory-pre-engineered, high-performance pipe insulation system. The insulation is compatible with pipework operating at temperatures ranging from -50°C to +120°C. Because of its thin thickness, Kooltherm is the most efficient pipe insulation solution on the market.
Supaphen
Supaphen is a high-performance phenolic pipe lagging that meets the European standard EN14314 for lagging cold, hot and chilled pipework. It is also BRE Global verified and has a Scheme Document SD207, which proves its performance and environmental credentials. Supaphen lagging is also highly thermally efficient and can be used in a variety of applications.
Supaphen is CFC free, has zero ozone depletion potential and is 100% fire safe. Its fire resistance has been independently verified at Exova Warrington Fire in the UK, and it achieved a BL s1 d0 rating. It is manufactured as a rigid block with a standard density of 40kg/m. Supaphen is cut to length from the block and then fabricated into sheet material by MW Insulation.
Supaphen phenolic pipe laging is a great choice for industrial applications where fire performance is essential. It is fire-resistant, has a density of 2 to 8 pounds per cubic foot and is 100% CFC free. It is also highly resistant to moisture penetration and is suitable for moderate-heat industrial applications.
Glasswool
Glasswool is a composite material made of rock wool or fiberglass. It is normally produced as a board or mat and can also be used as a filling material. Lighter products are typically used in frame houses and other structures with cavities, and heavier versions are used on floors and roofs for thermal insulation. They are made of a high-performance material with a unique surface layer that improves break and breakdown resistance and tensile strength.
Phenolic pipe lagging is an ideal choice for high-performance pipe lining. It is available in a wide range of thicknesses and can be used on pipework of any size. The insulating properties of this material make it ideal for a wide variety of applications, from water and gas pipelines to steam pipes and gaskets.
Glasswool phenolic pipe laging provides a barrier against moisture and prevents heat transfer. Its low thermal conductivity of 0.025 W/mK makes it the most efficient type of pipe lagging on the market. It is also lightweight and easy to install, and its fibre-free phenolic core provides excellent fire protection.
A third type of pipe lagging is made of glasswool. It provides a continuous vapour barrier on systems with ambient temperatures, and pipe support inserts provide a Class 0 foil vapour barrier on below ambient systems.
Rockwool
Rockwool pipe lagging is a non-combustible pipe insulation material available in various shapes and sizes. It is composed of inorganic strands of mineral fibres and organic binders, which make it a versatile insulation solution. It is used in industrial applications for a variety of purposes, including piping. It is also available in v-groove pipe insulation, which is a cost-effective alternative to mandrel-wound pipe covering. It provides significant material and energy savings.
There are several types of pipe lagging, including rigid foam, glass wool, and mineral wool. You can purchase them either in pre-formed sheets or custom-made sheets to fit your pipes. You can also choose the thickness of the material, as there are different types of pipe lagging available.
Mineral wool is a fire-resistant material with excellent acoustic and thermal properties. It is commonly used in industrial applications, such as high-temperature furnaces. Some types of mineral wool are composed of formaldehyde, but many companies sell formaldehyde-free versions as well. There are many different types of mineral wool, and each one offers a unique set of characteristics. It can be used in pipe insulation as well as in a variety of mechanical and acoustic applications.
One of the biggest advantages of using phenolic pipe insulation is that it can be used at much lower thicknesses than mineral fibre. This makes it a more cost-effective option when compared with mineral fibre. Its thermal resistance is very high, with a temperature range of -180oC to +120oC. However, it is important to remember that phenolic pipe lagging can’t always be used in place of mineral fibre pipe lagging.
Mineral fibre
Mineral fibre phenolic pipe lagging is made of a high density material. Its density can range from 2 to 8 pounds per cubic foot. This material is resistant to moisture penetration and is suitable for a wide range of industrial and cryogenic applications. The material is 100% free of CFCs.
The material is able to handle high temperatures and is available in two forms: loose fill and blanket. Its low density means that high thicknesses are necessary to provide protection. It is usually applied in layers and incapsulated by a watertight steel sheet. The air gap helps to increase thermal inertia and act as a radiation shield.
It is also available as a pipe insulation block, which can be installed in a piping system with a continuous vapour barrier. This material is commonly used in a variety of industrial settings, and is not specifically mentioned in BS 5970. This material is made from a dark, igneous rock called basalt. It is formed by rapid cooling of molten lava. Other materials that can be considered mineral wool are coke, a hard, grey fuel.
Polyethylene
Polyethylene pipe lagging with phenols is a durable insulation option for pipes in a variety of applications. In addition to insulating pipes, it can also provide excellent fire and moisture resistance. The product is available in a variety of thicknesses and can be specified to meet your specific needs.