Concrete
This innovative kerbstone is made from recycled plastics. This material is an environmentally-friendly alternative to traditional concrete kerbs. The in-built drainage system reduces the need to have separate drainage systems. It is 100% recyclable after its use. Its innovative design also reduces the need to separate drain. It diverts any plastic waste from the landfill. It is therefore a green option for any construction project.
Dished Channel Kerbs will be used in conjunction of concrete or stone wall materials. These are typically manufactured using a hydraulic pressing. Dished channels can provide drainage and can be used as spacers, or for creating off-road parking. They provide exceptional durability and consistent performance. Marshalls can provide further information about Dished channels kerbs. We're available to answer any questions.
Precision manufactured, splayed kerbs have a high level of durability and are precisely machined. These kerbs can be used in both garden and highway edging. They are available in a variety of lengths, from 3 to 6 feet. A splayed profile option is available to fit your budget and project. This type of kerb is great for many reasons. It is both attractive and cost-effective.
Precast concrete channels for roads and kerbs have many benefits. One is their visual appeal. These products are produced in a factory environment where they are subject to strict quality control. They are also uniform in size. This means that installation can be done quickly. Precast kerbs can also be requested in a certain length or shape. These kerbs can be ordered in a variety of colours and shapes.
Dished Channel Kerbs, which are often used in conjunction concrete or stone walls materials, are typically made using a hydraulic presse. Dished channels can be used for drainage and as spacers. They are extremely durable and offer exceptional performance. Marshalls branches can provide more information about Dished Channel kerbs. We are happy to answer any questions.
Curved profile stream kerbs and streams are commonly laid at the pavement's edges to prevent obstruction of water flow and flooding. Low-traffic areas often use curved channels as edge restraints and drainage channels. Motorways often use larger versions of flat-bottomed drainage channels as an edge restraint and drainage channel.
Modern drainage kerbs, channels and pipes must meet high loads. The proposed test method allows laboratory evaluation of typical recycled drainage kerbs or channels. The proposed method permits lateral and/or axial forces to transfer from a kerb to a drainage channel. This test applies to all types drainage kerbs or channels, including plastic and rock kerbs.
