About Us
What We Do
Working Together
Working Together
We are growing construction company specialising in brickwork, stone work, re-pointing, structure work and alterations. Our aim is to develop progressive relationship with our client in order to produce the best results throughout the construction process, whatever the size of the project.
Working Together
Working Together
Working Together
We offer an end-to-end client experience that includes seamless communication, budgeting, staffing, on-site organization, and solid, quality handiwork every time. We place 100% safety of our team, clients and general public with high importance.
Why Choose Us?
Working Together
Why Choose Us?
Our team consist of highly skilled bricklayers, the craftsmanship we put in to our work from start through to competition has allowed us to gain a foothold in the industry. Call us today and bring our project management skills and extensive construction experience to your next project.
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Lime repointing
Historic buildings are an essential part of our cultural heritage, and their maintenance is crucial to preserving their cultural and architectural significance. One of the challenges of maintaining historic structures is finding compatible building materials that match the original materials while offering improved durability and longevity. One traditional solution for historic building maintenance is lime re-pointing.
What is lime re-pointing?
Lime re-pointing is a traditional method used to repair and maintain historic structures. It involves replacing the deteriorated and damaged mortar between the bricks or stones with a new lime-based mortar. The use of lime-based mortar is essential because it is more flexible and breathable than modern cement-based mortar. This property allows the building to move and breathe naturally, reducing the risk of cracking and water damage.
Why is lime re-pointing important?
Historic buildings were built using traditional methods and materials that have specific properties and characteristics. The use of modern materials that do not match the original ones can cause irreparable damage to the building's structure. Lime re-pointing maintains the building's original appearance while ensuring its structural stability and durability.
Moreover, lime re-pointing allows the building to breathe. Modern cement-based mortars can trap moisture and prevent it from escaping, leading to damage caused by moisture build-up over time. Lime-based mortars are breathable, meaning they allow moisture to escape, reducing the risk of damage.
How is lime re-pointing done?
Lime re-pointing involves removing the old mortar between the bricks or stones using hand tools. The process requires skill and experience to ensure that the bricks or stones are not damaged during the process. Once the old mortar is removed, the joint is wetted, and the new mortar is applied using a pointing trowel. The new mortars should be carefully selected to match the original color and texture of the building's mortar.
Lime mortars are made from natural materials such as lime, sand, and water. The mortar mix is designed to match the original mortar by controlling the proportions of the different materials. The mix is usually applied in several layers to ensure that the joint is well-filled and compact. The final layer is left to cure slowly, ensuring that it dries naturally and remains breathable.
Lime re-pointing is an essential method used to repair and maintain historic buildings' structural and architectural integrity. It allows for the use of compatible materials that match the original ones, ensuring the building's longevity and durability while maintaining its original appearance. The process requires skill and experience and should be carried out by experienced professionals. When done correctly, lime re-pointing can ensure that historic buildings continue to stand for future generations to admire and cherish.
Structure lintel replacment
A lintel is a horizontal beam that acts as support for the load of the structure above a window or door. It is usually made of reinforced concrete, steel, or wood. Over time, a lintel may weaken due to moisture, age, or other factors, leading to cracks or failure. In such cases, lintel replacement is necessary to prevent structural damage and ensure safety.
The process of lintel replacement involves removing the old lintel and installing a new one in its place. The first step is to support the structure above the opening with temporary props, since removing the old lintel would cause the weight to transfer to the surrounding walls. The next step is to cut out the old lintel carefully, making sure not to damage the surrounding walls or structure.
After removing the old lintel, the new lintel is carefully inserted and supported into place. In some cases, the new lintel may need to be strengthened with additional steel or concrete. Once the new lintel is in position, it is secured in place with mortar or other adhesives, and then allowed to dry.
After the new lintel has dried and solidified, the temporary props can be removed from below the structure. The final step is to finish the area around the lintel, which may involve patching up any damaged plaster or paint.
Lintel replacement is not a simple DIY project and should always be carried out by a professional with the appropriate knowledge and experience. A structural engineer or a qualified builder should always be consulted before starting work on a lintel replacement project. It is also essential to obtain any necessary permits or permissions from local authorities before commencing lintel replacement.
So, please don't hesitate to contact us, we are her to help!
Retaining wall
A retaining wall is a structure that is designed to hold back soil or other materials from slipping or eroding down a slope. Retaining walls are commonly used in landscaping, gardening, construction and civil engineering projects to prevent erosion and control the flow of water.
The two primary types of retaining walls are gravity walls and mechanically stabilized walls. Gravity walls are typically made of concrete, stone, or brick and rely on their weight and mass to resist the force of the soil. Mechanically stabilized walls, on the other hand, use reinforcing materials like steel or geotextiles to hold back the soil.
Retaining walls can be used in different ways and for different purposes. They can be used to create garden beds or terraces on a slope, prevent soil erosion, stabilize slopes, or create level areas for construction projects. They can also be used to divert water runoff or reduce the risk of flooding.
The design and construction of a retaining wall depends on many factors such as the type of soil, slope angle, and the load that the wall must support. A retaining wall must be carefully designed and constructed to ensure its structural integrity and longevity.
It is important to note that retaining walls can be dangerous if improperly designed or constructed, and may pose a risk to people, animals, or property. So please contact us and we can assure safe and quality work.