TBS Roofing Services

A pitch roof features a sloped design, typically with two sides meeting at a peak, allowing rainwater and snow to run off easily. This traditional roofing style is common in residential buildings and ideal for areas with heavy rainfall or snow. Pitched roofs are durable, weather-resistant, and offer excellent insulation and ventilation. They can also provide additional attic or loft space, enhancing storage or living potential. A pitched roof may be needed for its classic aesthetic, superior drainage, and long-term reliability. Its angled structure helps prevent water pooling and reduces the risk of leaks, making it a practical and attractive choice.

Roof re-pointing involves renewing the external part of mortar joints on ridge tiles or other roof components where mortar has deteriorated. Over time, weather exposure can cause the mortar to crack, crumble, or wash away, potentially leading to loose tiles, leaks, and structural damage. Re-pointing restores the integrity of the roof, preventing water ingress and reducing the risk of costly repairs. It also helps maintain the roof’s appearance and overall durability. Regular inspections and timely re-pointing can extend the lifespan of a roof and ensure it continues to protect the building effectively from the elements.

Roof re-bedding involves removing and replacing the cement mortar that holds ridge, hip, or gable tiles securely in place on a roof. Over time, the original bedding can crack, loosen, or erode due to weather exposure, leading to unstable tiles and potential leaks. Re-bedding is necessary when the mortar has deteriorated beyond simple re-pointing. It ensures that tiles remain firmly fixed, maintaining the roof’s structural integrity and weather resistance. Neglecting re-bedding can result in tile displacement or water damage. Proper re-bedding extends the roof’s lifespan and enhances safety, especially in areas prone to strong winds or heavy rainfall.

A dry ridge system is a modern roofing method that uses mechanical fixings—such as clips and screws—to secure ridge tiles without the need for traditional mortar. This system includes a ventilated ridge roll and clamps, allowing for natural roof ventilation and improved durability. Unlike mortar, which can crack or erode over time, a dry ridge system offers long-lasting, maintenance-free performance. It is especially useful in areas prone to strong winds or heavy rain, as it prevents ridge tiles from becoming loose or dislodged. Installing a dry ridge system enhances roof stability, reduces maintenance costs, and complies with current building regulations.

A dry verge system is a modern method of securing roof verge tiles (the tiles at the edges of a gable roof) using interlocking plastic or uPVC caps instead of traditional mortar. Over time, mortar can crack and fall away due to weather exposure, leading to loose tiles and potential water ingress. Dry verge systems provide a more durable, weather-resistant, and maintenance-free solution. They protect the roof’s edges from wind and rain, prevent tile displacement, and offer a neat, uniform finish. Installing a dry verge system improves the roof’s longevity, enhances its appearance, and ensures compliance with updated building standards.

The roofline refers to the components that run along the edge of a roof, including fascia boards, soffits, bargeboards, and guttering. These elements play a crucial role in protecting the roof and walls from weather damage by directing rainwater away and sealing roof edges against pests and debris. Over time, timber roofline components can rot, warp, or deteriorate, leading to leaks and structural issues. Replacing or upgrading with modern uPVC alternatives ensures low maintenance, improved durability, and a cleaner appearance. Maintaining a healthy roofline is essential for preserving the integrity, efficiency, and aesthetics of any property.

Roof leadwork involves using lead sheeting to create waterproof seals around vulnerable roof areas, such as chimneys, valleys, roof joints, and abutments. Lead is highly durable, flexible, and resistant to corrosion, making it ideal for forming tight, weatherproof seals that accommodate structural movement. Over time, leadwork can crack, split, or become displaced due to age, weathering, or poor installation, leading to leaks and water damage. Repairing or replacing damaged leadwork is essential to maintain the roof’s integrity and prevent costly interior damage. Quality leadwork enhances a roof’s lifespan, protects the structure, and maintains compliance with traditional and modern building standards.

Rebuilding a chimney offers numerous benefits, enhancing both safety and efficiency. Over time, chimneys can deteriorate due to weathering, moisture, and age, leading to structural instability or fire hazards. Rebuilding ensures the chimney is sound, preventing dangerous leaks of smoke or carbon monoxide. It also improves ventilation and heating efficiency, reducing energy costs. A rebuilt chimney can enhance the home’s aesthetic appeal and increase property value. Additionally, modern materials and construction methods can provide better durability and performance. Overall, chimney rebuilding is a worthwhile investment that protects your home, ensures safety, and preserves the chimney’s long-term functionality.

Removing an asbestos roof offers significant health and safety benefits. Asbestos fibres, when disturbed, can become airborne and pose serious health risks, including lung disease and cancer. Replacing an asbestos roof eliminates this danger, ensuring a safer environment for occupants and workers. It also brings the property up to modern building standards, improving energy efficiency and insulation. Additionally, removing asbestos enhances the property’s resale value and makes future renovations easier and safer. Proper disposal through licensed professionals ensures environmental compliance. Overall, removing an asbestos roof is a proactive step toward safeguarding health and improving the structural integrity of a building.