🔥 Elevate Your Home with Bespoke Fireplace Installations in Johannesburg.
Transform your living space into a sanctuary of warmth and sophistication with our premium fireplace installation services, tailored for homes in Johannesburg’s most exclusive neighbourhoods.
Whether you’re in Sandhurst, Hyde Park, Houghton, Waterfall, or Bryanston, our expert team brings craftsmanship, elegance, and precision to every project. With years of experience working with top-tier materials and modern technology, we specialize in:
✅ Custom-Built Wood-Burning Fireplaces ✅ High-Efficiency Gas Fireplaces ✅ Eco-Friendly Ethanol Units ✅ Minimalist Electric Fireplaces ✅ Designer Wall-Mount and Freestanding Options
Each installation is guided by a skilled contractor who ensures seamless integration with your home’s architecture and interior design, adding not just heat—but timeless character.
💡 Why Choose Us?
Tailored fireplace design consultations
Expert guidance on fuel types & functionality
Compliance with local building and ventilation standards
Clean, respectful, and efficient installations
Trusted by elite homeowners across Joburg’s luxury market
Make your winter warmer and your space more captivating. Book a site inspection or request a quote today.
Newlands Building Project professionals installing a Flat Roof Slab using ready mix trucks and a concrete pump.
How to Install a Slab Roof: Complete Guide with Engineering Design and Waterproofing Tips
Installing a concrete slab roof requires precision, proper planning, and the right materials to ensure strength, durability, and protection from weather elements. This post will guide you through the process, from understanding the planning, engineering design, through steel reinforcement to applying effective waterproofing. We’ve included pictures and videos for a complete experience.
1. What is a Slab Roof?
A slab roof is a horizontal concrete surface that serves as both a roof and a structural element of the building. Slab roofs are common in modern architecture for flat-roofed buildings, offering a durable and weather-resistant solution.
2. Engineering Design for Slab Roofs
Before starting construction, it’s essential to follow a proper engineering design. The key elements include:
Structural Considerations:
Reinforcement: Steel bars (rebar) are placed in a grid pattern within the concrete to enhance tensile strength.
Thickness: Typically, residential roof slabs are 4 to 6 inches thick, but the exact measurement depends on the building’s load requirements.
Load Capacity: Ensure the slab is designed to support live loads like equipment, furniture, and potential water pooling.
Slope for Drainage:
A flat roof is never entirely flat. It must have a slight slope of at least 1:100 to ensure rainwater drains properly toward the outlets.
3. Step-by-Step Roof Slab Installation Process
Step 1: Preparing the Site and Framework
Clear the construction site.
Install formwork (temporary molds) around the roof area.
Position steel reinforcement according to the structural design.
Step 2: Pouring the Concrete
Use a high-quality concrete mix.
Pour the concrete evenly and vibrate it to eliminate air pockets.
Use a screed board to level the surface.
Step 3: Curing
Proper curing is essential for the slab’s strength. Keep the slab moist for at least 7 days by covering it with wet burlap or plastic sheets.
4. Waterproofing the Slab Roof
Waterproofing is crucial to protect the slab from rain and prevent leaks. Here are common methods:
Liquid Membrane Coating: Applied in layers to form a seamless, waterproof surface.
Bituminous Membrane: A durable, torch-applied membrane commonly used for flat roofs.
Polyurethane Coating: Provides excellent waterproofing and UV resistance.
Photo Gallery: Roof Slab Installation Process
Here’s a visual representation of the entire process, from formwork to finishing.
5. Watch Step-by-Step Installation Videos
Video 1: Engineering Design and Reinforcement Placement
Learn how to plan and place reinforcement for maximum strength.
Video 2: Pouring and Leveling the Concrete Slab
A detailed look at the concrete pouring and leveling process.
Video 3: Waterproofing Techniques for Flat Roof Slabs
Discover effective waterproofing techniques that prevent leaks and damage.
Conclusion
Installing a slab roof requires detailed planning and execution. Following proper engineering principles and applying waterproofing can ensure that your roof slab is durable, safe, and resistant to the elements.
If you have questions or need assistance, feel free to leave a comment below!
Borehole Drilling by Experts to access underground water reservoirs, known as aquifers, for various applications such as domestic water supply, agricultural irrigation, industrial usage, and groundwater monitoring. Boreholes can also be drilled for geological exploration, mineral extraction, environmental studies, and geotechnical investigations.
Borehole drilling involves several steps and specialized equipment. The process begins with site assessment and geological surveys to identify suitable drilling locations and assess the geological conditions. Next, drilling equipment, such as rotary drilling rigs or percussion drills, is mobilized to the site. The drilling process itself involves penetrating various layers of soil, rock, and other geological formations until the desired depth or target aquifer is reached. During drilling, various drilling fluids may be used to lubricate the drill bit, stabilize the borehole walls, and carry drill cuttings to the surface. Once drilling is complete, casing may be installed to prevent borehole collapse and contamination. Finally, the borehole is developed by flushing and cleaning to enhance water yield and quality.
Equipment and Technology: Borehole drilling services utilize advanced drilling equipment and technologies tailored to specific geological conditions and project requirements. Common drilling methods include rotary drilling, percussion drilling, and auger drilling. Modern drilling rigs are equipped with hydraulic systems, high-capacity pumps, and specialized drill bits capable of drilling through various rock formations, including hard rock, sandstone, limestone, and shale. Additionally, downhole tools such as borehole cameras, geophysical logging tools, and pump testing equipment may be used for borehole inspection, logging, and testing.
Regulations and Compliance: Borehole drilling services are subject to regulatory requirements and compliance standards established by government agencies, environmental authorities, and industry associations. Regulations may include permits for drilling operations, environmental impact assessments, groundwater abstraction licenses, and adherence to health and safety guidelines. Professional drilling companies must comply with legal and technical standards to ensure the safe and sustainable development of boreholes while minimizing environmental impacts and protecting groundwater resources.
Applications and Benefits: Borehole drilling services offer numerous applications and benefits across various sectors:
Domestic Water Supply: Boreholes provide a reliable and cost-effective source of clean water for residential properties, rural communities, and commercial developments.
Agriculture: Boreholes support irrigation systems for crop cultivation, livestock watering, and agricultural production, particularly in arid and semi-arid regions.
Industry: Boreholes supply water for industrial processes, manufacturing operations, construction projects, and cooling systems.
Groundwater Monitoring: Boreholes are used for groundwater monitoring, environmental monitoring, and aquifer characterization to assess water quality, quantity, and aquifer properties.
Geothermal Energy: Boreholes are utilized for geothermal energy extraction, including heating and cooling systems, district heating, and electricity generation.
Mineral Exploration: Boreholes provide access to subsurface mineral deposits, ores, and hydrocarbon reservoirs for exploration, mining, and resource extraction.
Professional Services: We are a specialized drilling company experienced in water well contracting, geotechnical engineering, and environmental consultation. We offer a range of services, including site investigation, borehole design, drilling operations, borehole development, pump installation, groundwater testing, maintenance, and decommissioning. Newlands Building Project employs experienced drillers and geologists employ scientific expertise, state-of-the-art equipment, and industry best practices to deliver efficient, reliable, and sustainable borehole solutions tailored to client needs.
Environmental Considerations: Newlands Building Project prioritizes environmental stewardship, sustainability, and groundwater protection. Environmental considerations include minimizing land disturbance, preventing soil erosion, controlling drilling fluid disposal, managing waste materials, and safeguarding water resources from contamination. We conduct and comply with environmental impact assessments and monitoring programs to assess potential risks, mitigate adverse effects, and ensure compliance with regulatory requirements. Additionally, we implement borehole abandonment and decommissioning procedures to safely close boreholes and restore sites to their natural state after drilling operations cease.
Our professional drilling services are suitable for addressing water scarcity, meeting water demand, supporting economic development, and advancing sustainable resource management practices. Through our professional expertise, innovative technologies, and responsible practices, Newlands Building project borehole drilling services contribute to the provision of essential water resources, environmental conservation, and socioeconomic progress. Johannesburg has its fair share of water supply infrastructure issues and our expert drilling services can help solve some of the water supply issues in the Gauteng area.
Aluminium and Glass Sliding doors, stacker Doors, and windows supplied and installed by Newlands Building Project commonly used in construction, particularly for residential and commercial buildings:
Doors
Aluminum Sliding Doors: These doors are popular for their durability, sleek appearance, and ease of operation. They are often used in residential and commercial buildings.
Aluminum Sliding Doors: These doors are popular for their durability, sleek appearance, and ease of operation. They are often used in residential and commercial buildings.
Aluminum Bifold Doors: Bifold doors consist of multiple panels that fold back on themselves, creating a wide opening. Aluminum bifold doors are ideal for connecting indoor and outdoor spaces.
Aluminum Pivot Doors: Pivot doors rotate on a central hinge, allowing for a wide opening with minimal space requirements. Aluminum pivot doors are often used as entry doors in modern homes and commercial buildings.
Glass Shower Enclosures: Glass shower enclosures create a modern and elegant look in bathrooms. They come in various styles, including frameless, semi-frameless, and framed designs.
Glass Railing Systems: Glass railing systems are used for balconies, decks, and staircases to provide safety without obstructing views. They are available in frameless and framed options.
Glass Doors: Glass doors are used for interior and exterior applications, offering a sleek and contemporary look. They can be frameless or framed with aluminum or other materials.
Windows
Aluminum Sliding Windows: Similar to sliding doors, aluminum sliding windows offer easy operation and a modern look. They are commonly found in homes, offices, and commercial spaces.
Aluminum Casement Windows: Casement windows are hinged on one side and open outward. Aluminum casement windows are known for their energy efficiency and versatility in design.
Aluminum Awning Windows: Awning windows are hinged at the top and open outward from the bottom, providing ventilation while keeping out rain. Aluminum awning windows are commonly used in bathrooms and kitchens.
Aluminum Louvre Windows: Louvre windows consist of horizontal slats that can be adjusted to control airflow and light. Aluminum louvre windows are suitable for areas where ventilation is a priority.
Aluminum Skylights: Skylights are installed in roofs or ceilings to provide natural light. Aluminum-framed skylights are durable and weather-resistant.
Glass Balustrades: Glass balustrades are used as safety barriers for balconies, terraces, and staircases. They offer unobstructed views while ensuring safety.
Glass Partitions: Glass partitions are used to divide interior spaces while maintaining a sense of openness and transparency. They are commonly used in offices, conference rooms, and commercial settings.
Partitions and Other aluminium and glass structures
Aluminum Skylights: Skylights are installed in roofs or ceilings to provide natural light. Aluminum-framed skylights are durable and weather-resistant.
Glass Balustrades: Glass balustrades are used as safety barriers for balconies, terraces, and staircases. They offer unobstructed views while ensuring safety.
Glass Partitions: Glass partitions are used to divide interior spaces while maintaining a sense of openness and transparency. They are commonly used in offices, conference rooms, and commercial settings.
Glass Shower Enclosures: Glass shower enclosures create a modern and elegant look in bathrooms. They come in various styles, including frameless, semi-frameless, and framed designs.
Glass Railing Systems: Glass railing systems are used for balconies, decks, and staircases to provide safety without obstructing views. They are available in frameless and framed options.
Glass Facades: Glass facades are exterior walls made entirely or partially of glass. They are popular in modern architecture for their aesthetic appeal and ability to maximize natural light.
Newlands Building Project experts design, build and make aluminium and glass products commonly used in construction, particularly for doors, windows, and architectural features.
We have the best installation techniques for your Steel Framed Chromadek Roof and our expert personnel take the utmost care in handling our clients’ projects meeting engineering specifications meticulously.
If you need the best Steel roof installers, we’re at your service…
Steel Framed Chromadek Roof Installation
This is a roofing system that combines a durable steel framework with Chromadek sheeting—a high-quality, color-coated steel product. This type of roof is widely used in residential, commercial, and industrial buildings due to its strength, weather resistance, and aesthetic appeal.
Advantages
✅ Durability & Strength – The steel frame provides a robust structure, while Chromadek sheets resist corrosion, harsh weather, and UV radiation.
✅ Lightweight & Cost-Effective – Compared to traditional roofing materials, a steel-framed Chromadek roof is lightweight, reducing structural load and saving costs on materials and installation.
✅ Low Maintenance – Chromadek sheets have a protective coating that minimizes rust and reduces the need for frequent maintenance.
✅ Aesthetic Appeal – Available in a variety of colors, Chromadek roofing enhances the visual appeal of any building.
✅ Eco-Friendly & Sustainable – Both the steel frame and Chromadek sheets are recyclable, making this a sustainable roofing option.
✅ Fire & Pest Resistance – Unlike timber structures, steel frames are fire-resistant and immune to pests like termites.
Pricing
Newlands building project ensures the most affordable value for money pricing.
Foundation trenching and concrete pouring are critical phases in the construction of a double-story house. These processes are crucial for creating a stable and strong foundation that can support the weight of the entire structure. Here’s a detailed description of foundation trenching and concrete pouring:
Foundation Trenching:
Site Preparation: Before foundation trenching begins, We clear the construction site of any debris, vegetation, or topsoil. This ensures a clean and level surface for excavation.
Survey and Layout: Builders mark the foundation layout according to architectural plans and local building codes. The layout includes the dimensions, location of load-bearing walls, and the depth of the trench.
Excavation: We excavate Trenches using heavy machinery like excavators, backhoes and shovels. The depth and width of the trench depend on the design of the foundation and soil conditions. Typically, for a double-story house, the foundation trenches will extend below the frost line to prevent frost heave.
Soil Testing: During excavation we collect and test, soil samples to ensure it can adequately support the foundation and that there are no issues such as excessive moisture or poor compaction.
Footings: We pour Concrete footings at the base of the trench to distribute the load of the house evenly across the soil. Footings are typically wider than the foundation walls and provide additional stability.
Concrete Pouring:
Formwork: In appropriate cases, we install Wooden or metal forms inside the foundation trench to shape and contain the concrete. These forms define the dimensions and shape of the foundation walls.
Reinforcement: We use Steel reinforcing bars (rebar) placed inside the formwork to reinforce the concrete and provide tensile strength. The placement of rebar follows engineering specifications and local building codes. we use a combination of y12 and y16 steel bars to reinforce our foundations.
Concrete Mix: Newlands Building Project prepares a concrete mix based on the structural requirements of the foundation. It typically consists of cement, sand, aggregate, and water. In some cases, we also use additives to enhance properties like strength or durability of the foundation installation.
Concrete Placement: We pour our concrete mix into the formwork using concrete trucks, pumps or wheelbarrow dumped to meet engineering specifications. It’s important to ensure a consistent and uniform pour to avoid weak spots or air pockets.
Vibrating and Leveling: During pouring, the concrete is vibrate to remove air bubbles and ensure proper compaction. We also also level the Concrete to the desired height, following the layout lines.
Curing: After pouring, we cure the concrete to maintain moisture and temperature conditions that promote proper hydration. This helps prevent cracks and ensures the concrete reaches its design strength.
Finishing: We finish the surface of the foundation walls to achieve a smooth or textured appearance, depending on the architectural plans.
Inspection: Building inspectors may visit the site to ensure that the concrete pour meets structural and safety standards.
Backfilling: Once the foundation concrete has cured, we backfill the trench with soil. Proper backfilling is essential to prevent settling and maintain the integrity of the foundation.
Concrete Foundation (trenching and concrete pouring) is a critical step in the construction process, as it lays the groundwork for the entire structure. Properly executed, these processes ensure that the house has a stable and durable foundation capable of supporting the double-story structure for many years to come. Compliance with local building codes and engineering specifications is essential to ensure the foundation’s safety and longevity.
We demolish the entire unwanted structure without scathing the desired parts only to reconstruct a new and inspired building to suite your new needs for both domestic and commercial use.
Our water proofing services span from simple paints to torch-on membrane installations. We have successfully completed waterproofing of entire roofs to double line perimeter walls in areas around Johannesburg including Houghton Estate, Forest Town, WestCliff, and North Cliff to mention just a fe. Properly executed waterproofing can prevent costly damage caused by water infiltration and ensure the building’s durability over time.
We continue to provide the water proofing and painting services that last beyond our call of duty. Waterproofing is essential to ensure the longevity and structural integrity of a building. Here are some of our common building waterproofing techniques:
External Water Proofing and Painting
Protecting a building’s exterior is crucial for preventing water damage. Several effective methods ensure long-term waterproofing.
Bituminous Membrane Waterproofing: Workers apply bitumen-based sheets or membranes directly onto the external surface, forming a strong barrier against water.
Liquid Applied Membrane Waterproofing: Specialists coat the surface with a liquid waterproofing material that cures into a seamless, waterproof membrane.
Cementitious Waterproofing: Technicians spread specialized cementitious coatings over concrete surfaces, creating a durable, water-resistant layer with enhanced additives.
Internal Water Proofing and Painting
Waterproofing from the inside helps manage moisture and prevent structural issues.
Cavity Drain Membrane System: Installers place a cavity drain membrane on internal walls, allowing collected water to flow into a drainage system before it infiltrates the building.
Waterproofing Paints and Coatings: Crews apply specialized waterproofing paints or coatings to interior walls, forming a water-resistant barrier.
Internal Sealants: Workers fill joints, cracks, and gaps in walls and floors with sealants to block water infiltration effectively.
Roof Water Proofing
Roofing materials play a significant role in preventing leaks and extending the roof’s lifespan.
Polyurethane Coatings: Roofers apply polyurethane coatings to create a seamless waterproof barrier, ideal for flat or low-slope roofs.
EPDM Roofing: Installers use synthetic rubber membranes (Ethylene Propylene Diene Monomer) to cover roofs, offering long-lasting waterproofing and UV resistance.
Asphalt Shingles: Workers layer asphalt shingles strategically on sloped roofs, ensuring overlapping coverage to block water penetration.
Foundation Waterproofing
Keeping the foundation dry prevents structural weakening and long-term damage.
Exterior Drainage System: Builders install exterior drainage solutions, such as French drains, to channel water away from the foundation and prevent accumulation.
Liquid Membrane Coatings: Technicians apply liquid waterproofing coatings to foundation walls, forming a robust barrier against groundwater intrusion.
Bathroom and Wet Area Waterproofing
Wet areas require special attention to prevent water damage and mold growth.
Tile Underlayment Membranes: Installers lay waterproof membranes beneath tiles in bathrooms and wet areas to prevent moisture from seeping through grout lines.
Sealing Joints and Corners: Workers apply specialized waterproofing products to seal joints, corners, and intersections, ensuring complete watertight protection.
Expansion Joint Waterproofing
Expansion joints require flexibility and waterproofing to accommodate movement.
Joint Sealants: Technicians apply high-performance sealants to expansion joints, preventing water infiltration even as materials expand and contract due to temperature changes or structural shifts.
Basement Waterproofing
Preventing water entry into basements ensures a dry, usable space.
Exterior Basement Waterproofing: Contractors apply waterproofing materials to basement walls from the outside, creating a defensive barrier against moisture.
Interior Basement Waterproofing: Workers install interior drainage systems, sump pumps, and sealants to manage any water that enters the basement effectively.
Injection Grouting: Specialists inject waterproofing agents into cracks and voids in the structure, sealing them to prevent further water intrusion.
