Car Park Waterproofing Systems are a leading provider of car park surfacing services in Edinburgh. Car park surfacing involves the application of a durable and suitable material, such as concrete, or mastic asphalt, to the surface of a parking area. This process creates a smooth, stable, and weather-resistant surface capable of withstanding vehicular traffic and environmental elements. Effective car park surfacing enhances the safety, functionality, and aesthetic appeal of the parking facility. Regular maintenance and resurfacing are necessary to address wear and tear, ensuring the longevity and performance of the car park.

Situated in the heart of Scotland, Edinburgh is celebrated for its unique blend of history and culture. The city boasts the famous Edinburgh Castle and hosts the internationally acclaimed Edinburgh Festival. Edinburgh’s picturesque landscapes, including Arthur's Seat and the Royal Mile, add to its charm and attract tourists from around the world. Additionally, Edinburgh's robust financial sector plays a vital role in its economy, making it a key economic hub in Scotland.

We are renowned for delivering high-quality surfacing solutions and expert service, ensuring your car park remains safe, functional, and visually appealing. Our experienced team specialises in applying durable surfacing materials such as asphalt, mastic asphalt, and resin-bound gravel to maintain the integrity and aesthetics of your car park. We offer comprehensive surfacing services tailored to meet the specific needs of each project, enhancing the longevity and user experience of your facility. With a commitment to excellence, trust Car Park Waterproofing Systems to provide optimal surfacing solutions that enhance both the functionality and appearance of your car park.

Car Park Surfacing Services We Provide In Edinburgh

Car Park Waterproofing Systems delivers high-performance surfacing solutions tailored to the functional, environmental, and aesthetic demands of modern car parks. Whether resurfacing worn areas or applying new systems, we use trusted materials such as asphalt, concrete, mastic asphalt, and advanced coatings. Our surfacing services are designed to handle heavy traffic, resist weathering, and provide long-term value with minimal disruption.

We deliver tailored surfacing systems that combine durability, safety, and professional presentation for every type of car park.

Car Park Surfacing Step By Step

The three most common surfacing materials for car parks are asphalt, mastic asphalt, and concrete. To enhance your understanding of car park surfacing, below we will go through the process of surfacing with each of these materials, step-by-step.

Car Park Surfacing With Asphalt

  1. Planning and Design: Begin by conducting a thorough site survey. This is to assess the existing conditions and identify any potential issues which could affect the asphalt surfacing of the car park. Following this assessment, develop detailed design specifications which include surface levels, drainage requirements, and load-bearing capacity. This ensures the surfacing meets all of the necessary standards.
  2. Preparation: Start the preparation phase by clearing the site of any existing surface materials, debris, and vegetation. Next, excavate the area to the required depth to ensure a stable subgrade. Lay a suitable base layer. This base layer can be crushed stone or granular material. This is now compacted to create a stable foundation. Next, install edge restraints to define the boundaries of the car park and provide support for the asphalt surfacing.
  3. Sub-Base Preparation: Add a sub-base layer to provide additional stability and support. This sub-base layer should be compacted. A sub-base layer for asphalt surfacing normally consists of materials like crushed aggregate. Use rollers to compact the sub-base layer . This sub-base layer should be firm to support the subsequent layers.
  4. Priming: Apply a bituminous primer to the prepared sub-base layer. The purpose of this bituminous primer is to improve the adhesion of the asphalt to the base layers. Now, leave the primer to dry completely as per the manufacturer’s guidelines.
  5. Heating and Transporting Asphalt: Heat the asphalt in a specialised asphalt plant until it reaches the required temperature (normally around 150-180°C). Transport the hot asphalt mix to the car park site. This should be transported using insulated transporters to maintain the required temperature and to keep the asphalt in a workable state.
  6. Application of Asphalt: Pour the hot asphalt mix onto the surface which has been prepared and primed. Spread the asphalt evenly using paving machines to achieve a uniform thickness. Use hand tools to ensure even distribution in smaller areas and around edges.
  7. Compaction: Compact the freshly laid asphalt using heavy rollers to ensure a dense and smooth surface. Make multiple passes with the roller to achieve the desired level of compaction and to prevent future settlement.
  8. Cooling and Hardening: The compacted asphalt must now be left to cool and harden. Normally this process takes several hours. The time for cooling and hardening can fluctuate depending on the ambient temperature and the thickness of the asphalt layer.
  9. Finishing: Apply any necessary finishing touches to the surfacing. Car park surfacing finishing works typically consist of; applying anti-slip coatings, line marking, and coating with solar reflective paint.
  10. Expansion Joints and Detailing: Install expansion joints at specified intervals to allow for thermal movement. It should be made sure all edges, corners, and transitions are properly detailed and finished. This is to prevent water ingress and other potential issues occurring.
  11. Curing: Allow the asphalt car park surfacing to cure completely. The curing process usually takes a few days. During this time period the surface should be protected from traffic and other activities to ensure it sets properly.
  12. Inspection and Quality Control: Conduct a thorough inspection of the finished  car park surface to ensure it meets the specified quality and performance standards. Address any defects or imperfections promptly to ensure a smooth, durable, and visually appealing finish to the surfacing.
  13. Maintenance Plan: Schedule regular inspections to monitor the condition of the asphalt surface. Perform routine car park maintenance works. Typical maintenance includes, cleaning, sealing minor cracks, and carrying out the typical car park repairs which are required over it's service life. A good maintenance plan can significantly extend the lifespan of the surface.

Car Park Surfacing With Concrete

  1. Planning and Design: Begin by conducting a thorough site survey to assess the existing conditions and identify any potential issues which could affect the concrete surfacing of the car park. Following this assessment, develop detailed design specifications which include surface levels, drainage requirements, and load-bearing capacity. This is to ensure the concrete surfacing meets all necessary standards.
  2. Preparation: Start the preparation phase by clearing the site of any existing surface materials, debris, and vegetation. Next, excavate the area to the required depth to ensure a stable subgrade. Lay a suitable base layer, such as crushed stone or granular material. Then, compact it to create a stable foundation. Install edge restraints to define the boundaries of the car park and provide support for the concrete.
  3. Sub-Base Preparation: Add a sub-base layer to provide additional stability and support. This sub-base layer should be compacted. A sub-base layer for concrete surfacing is typically composed of materials like crushed aggregate. Use rollers to compact the sub-base layer thoroughly. The sub-base layer should be level and firm to support the layers which follow.
  4. Formwork Installation: Install formwork to define the shape and edges of the concrete surface. The formwork needs to be level and secure in order to maintain the desired shape during the pouring process. Proper formwork is essential for achieving a smooth and level concrete surface.
  5. Reinforcement Placement: Place steel rebar or wire mesh within the formwork to reinforce the concrete. This reinforcement helps to improve the structural integrity and load-bearing capacity of the concrete surface. By doing this the risk of cracking and other forms of damage is greatly reduced
  6. Mixing and Transporting Concrete: Mix the concrete to the required specifications, ensuring the correct ratios of cement, aggregates, and water. The mixed concrete is transported to the site using concrete trucks. These trucks ensure the concrete remains in a workable state during transit.
  7. Pouring the Concrete: Pour the mixed concrete into the prepared formwork, spreading it evenly to achieve a uniform thickness. Use hand tools and vibrating equipment to remove air pockets and ensure the concrete fills all voids within the formwork.
  8. Leveling and Smoothing: Level the poured concrete using screeds and hand floats to achieve a smooth, even surface. Ensure the surface is level and free of imperfections. This is a vital step as it will impact the final appearance and functionality of the car park.
  9. Finishing: Apply the desired finish to the concrete surfacing. Finishing works may include troweling to create a smooth finish, brushing to add texture to create slip resistance, or adding decorative patterns. The choice of finishing depends on the desired appearance and functional requirements of the car park surfacing.
  10. Curing: Allow the concrete to cure properly by keeping it moist and protected from extreme temperatures. This normally involves covering the surface with curing blankets or the application of curing compounds. Correct curing is essential to get the concrete to the desired degree of strength and durability.
  11. Joint Installation: Install control joints at specified intervals. These control joints are to allow for thermal movement. These joints help to prevent uncontrolled cracking of the concrete surface. This is done by providing predetermined weak points where the concrete can crack without affecting the overall integrity of the surface.
  12. Inspection and Quality Control: Conduct a thorough inspection of the finished concrete surface to ensure it meets the specified quality and performance standards. Address any defects or imperfections in the concrete quickly to ensure a smooth, durable, and aesthetic finish.
  13. Maintenance Plan: Schedule regular inspections to monitor the condition of the concrete surface. Perform routine maintenance such as cleaning, sealing minor cracks, and making any typical car park repairs.

Car Park Surfacing With Mastic Asphalt

  1. Planning and Design: Begin by conducting a thorough site survey to assess the existing conditions and identify any potential issues which could affect the asphalt surfacing project. Following this assessment, develop detailed design specifications which include surface levels, drainage requirements, and load-bearing capacity. This ensure the asphalt car park surfacing meets all the required standards.
  2. Preparation: Start the preparation phase by clearing the site of any existing surface materials, debris, and vegetation. Next, excavate the area to the required depth to ensure a stable subgrade. Lay a suitable base layer, this can be crushed stone or granular material. Compact the base layer to create a stable foundation. Install edge restraints to define the boundaries of the car park and provide support for the mastic asphalt.
  3. Sub-Base Preparation: Add a sub-base layer of crushed aggregate for additional stability and support. This layer should then be compacted. Rollers are used to compact the sub-base layer. This layer must be level and firm to support subsequent layers.
  4. Priming: Apply a bituminous primer to the prepared sub-base to improve the adhesion of the mastic asphalt to the base layers. Allow the primer to dry in accordance to the guidelines set out by the manufacturer before continuing with the next step.
  5. Heating and Transporting Mastic Asphalt: Heat the mastic asphalt in an asphalt mixer until it reaches a molten state. This molten state normally occurs between 210°C and 230°C. Transport the molten asphalt from the mixer to the car park, this is normally transported using wheelbarrows or buckets.
  6. Application of Mastic Asphalt: Pour the molten mastic asphalt onto the prepared and primed surface. Spread the mastic asphalt evenly using hand floats or specialised equipment to achieve a uniform thickness. Compact the layer to ensure a dense and smooth surface, using hand tools for smaller areas or specialised rollers for larger surfaces. Ensure the first layer is applied to the specified thickness, usually around 10-20mm.
  7. Cooling and Hardening: Allow the first layer to cool and harden sufficiently before applying additional layers. If multiple layers are required, repeat the application process, ensuring each layer cools and hardens before applying the next. This is to maintain structural integrity and a high quality surface.
  8. Finishing: Apply the final layer of mastic asphalt. This is paving grade mastic asphalt with 30% grit. In some cases the grit can be as high as 40%. With 40% grit added to mastic asphalt it is important to make sure a proper seal is achieved. If required, surface treatment such as solar reflective paint can be applied to the final coat of mastic asphalt.
  9. Expansion Joints and Detailing: Install expansion joints at specified intervals to accommodate thermal expansion and contraction of the surface. Ensure all edges, corners, and transitions are finished correctly to prevent water ingress and other potential issues.
  10. Curing: Allow the mastic asphalt surface to cool and cure completely. This normally takes several hours but can vary based on weather conditions and the thickness of the mastic asphalt. The mastic asphalt surface must be protected from vehicle and foot traffic throughout the curing process.
  11. Inspection and Quality Control: Conduct a thorough inspection of the finished surface to ensure it meets the specified quality and performance standards. Address any defects or imperfections quickly to ensure a high quality finish to the car park surface.
  12. Maintenance Plan: Schedule regular inspections to monitor the condition of the mastic asphalt surface. Standard maintenance of mastic asphalt surfacing include; patch and crack repairs.

Have a question about an upcoming project?

Car Park Waterproofing Systems proudly offer expert car park repair services throughout Edinburgh and its neighbouring towns. Whether you are situated in the bustling heart of Edinburgh or in surrounding areas such as Musselburgh, Dalkeith, and Bonnyrigg, our dedicated team is equipped to handle all aspects of car park maintenance and repair. We specialise in addressing wear and tear, surface damage, and structural issues to maintain the integrity and safety of your car park. Our services include comprehensive repairs for car park decks, expansion joints, and upstands, ensuring long-lasting solutions. With our commitment to quality and extensive experience, Car Park Waterproofing Systems ensures that your car park remains in top condition, providing a safe and reliable environment for all users.

How Much Does Car Park Surfacing in Edinburgh Cost?

The cost of car park surfacing is normally between £65 and £130. However, this varies depending on the type of system used. The table below provides an overview of the estimated costs for both liquid and mastic asphalt surfacing, expressed in pounds per square metre (£ per SQM). These estimates can help you plan your budget based on the specific requirements of your car park.

Car Park Surfacing Cost per Square Metre (£ GBP)
Liquid Applied £65 to £75
Mastic Asphalt £120 to £130

*These estimates are general and actual costs can vary for different car parks. This is based upon specific project requirements, location, and market conditions.

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Why Choose Us As Your Car Park Surfacing Contractor in Edinburgh?

Choose Car Park Waterproofing Systems for your car park surfacing needs and benefit from our market leading range of surfacing solutions, extensive experience, and unwavering commitment to quality and customer satisfaction.

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