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# Target Fixings
## Posts
- [How 1 Masonry Reinforcement Material & Seismic Design Can Vitally Save Time and Lives](https://targetfixings.co.uk/seismic-design-saves-lives/): For structural engineers, architects, and asset managers, designing for seismic activity isn't just a matter of regulatory compliance - it is a critical public safety responsibility. In seismic design, the primary goal of structural retrofitting isn’t necessarily to preserve a building indefinitely. Instead, it is to buy time. It is about preventing sudden, catastrophic failure so that occupants have those vital, life-saving minutes they need to safely evacuate.
- [Crushing the Limits: Live Stress Testing Masonry Reinforcement Materials at Target Fixings Open Day (June 4th)](https://targetfixings.co.uk/testing-masonry-reinforcement-materials/): For property restoration professionals, structural safety isn't just about formulas on a screen - it’s about how Masonry reinforcement materials perform under extreme pressure in the real world. On Thursday 4th June 2026, Target Fixings threw open the doors of our UK headquarters for an exclusive Open Day.
- [What is Wall Tie Failure? Signs, Surveys, and How to Fix It](https://targetfixings.co.uk/what-is-wall-tie-failure-signs-surveys-and-how-to-fix-it/): If you live in a property with cavity walls, the phrase "wall tie failure" might sound like a structural nightmare. However, it is a common issue with a very standard fix. Whether you’ve noticed horizontal cracking or you're navigating a survey for a house purchase, here is a breakdown of why ties fail, how we inspect them, and what the replacement process actually looks like.
- [The Stroma Ground Screw Update : Why “Ground Screws” Are Failing, and Why Heli Pile® Is the Solution](https://targetfixings.co.uk/stroma-ground-screw-update/): The Stroma Ground Screw Update: Why "Ground Screws" Are Failing, and Why Heli Pile® Is the Solution A February 2026 announcement from Stroma Building Control has sent shockwaves through the industry. In it, Stroma declared that they would "no longer accept applications for foundation designs that propose the use of metal ground screws". A second technical update in April 2026 clarified the position, permitting ground screws only under certain rigorous criteria. By doing this, Stroma has addressed a long-standing issue - one we wholeheartedly agree with - regarding piles that are not adequately tested on site. Heli Pile is not affected by this decision. While the confusion is understandable due to our helical profile, the technical reality is fundamentally different: Heli Pile is an impact-driven pile, not a screw pile or a ground screw. Further, there is no guesswork - our system is always fully tested on site in-situ.   Stroma's Concern Stroma’s update targets a specific failure in the ground screw market. Many ground screw installers rely on a correlation between installation torque and hypothetical axial capacity. Stroma has rightly noted that "site torque testing in itself is not a sufficient demonstration of adequacy". These systems often rely on "lab" design tests that fail to reflect actual site conditions. Why Heli Pile Is Unaffected Heli Pile is not screwed into the ground under torque. It is a hammer-driven piling system. Installation: Driven via a high-frequency pneumatic hammer (900–1700 bpm). Mechanism: While it has a helical profile, it turns as it is driven, rather than driving as it is turned. This creates a secure mechanical interlock and compresses the surrounding substrate, increasing end-bearing pressure. Verification: We do not guess capacity. Heli Pile capacity is tested on-site, in situ. How We Exceed Stroma's Requirements Stroma’s April update demands axial testing post-installation. For Heli Pile, this is our standard operating procedure. If you have specified Heli Pile, your project is not under threat. We provide the evidence that Stroma is looking for because our system was built on the principle of verification, not estimation. Don't let the ground screw ban stall your project. Switch to a system that provides structural certainty.
- [What is Crack Stitching anyway?](https://targetfixings.co.uk/what-is-crack-stitching-anyway/): One of the most common concerns we come across on Reddit housing forums are stubborn cracks that keep coming back. You fill it, sand it, and paint over it, and it reappears six months later.
- [Join the Discussion on Masonry Reinforcement](https://targetfixings.co.uk/join-the-discussion-on-masonry-reinforcement/): Masonry Reinforcement can bring many questions. Is that crack in the brickwork serious? Why is my lintel bowing? Why is that wall bulging?
- [The Best Masonry Reinforcement Materials for Historic Repair](https://targetfixings.co.uk/best-masonry-reinforcement-materials/): The masonry structure required a system capable of redistributing loads and stabilizing cracks without the need for invasive rebuilding. This is where masonry reinforcement materials specifically designed for "stitching" become indispensable.
- [Best Masonry Reinforcement Systems for Strengthening an Oxfordshire Home](https://targetfixings.co.uk/best-masonry-reinforcement-systems/): Choosing the best Masonry Reinforcement Systems can be a large choice of options. Building maintenance often reveals hidden structural secrets. While many homeowners focus on aesthetic upgrades, the integrity of the building’s skeleton is what truly matters for long-term safety. Recently, our team was called to a project in Oxfordshire where a routine inspection uncovered a significant structural separation.
- [Naprawa pęknięć ścian spowodowanych szkodami górniczymi: Kompleksowy przewodnik eksperta](https://targetfixings.co.uk/naprawa-pekniec-scian-szkody-gornicze/): Mieszkając na terenach aktywnych górniczo lub pogórniczych, widok pęknięć na elewacji domu często budzi uzasadniony lęk. Czy to tylko "praca budynku", czy może poważne naruszenie konstrukcji wywołane ruchem górotworu? Z naszego wieloletniego doświadczenia w Target Fixings wynika, że szkody górnicze wymagają zupełnie innego podejścia niż standardowe remonty. Tradycyjne metody, takie jak "zamurowanie dziury" czy wylanie tony betonu, w tym przypadku często okazują się nieskuteczne, a wręcz szkodliwe.
- [Heli Pile Foundation Near Tree Roots DELIVERS Superior Stability](https://targetfixings.co.uk/heli-pile-foundation-near-tree-roots/): Critically, the installation process for a Heli Pile foundation near tree roots is fundamentally different from traditional methods, making it the ideal non-invasive foundation for tree roots. To ensure we avoid damaging major root structures, we employ a highly sensitive, low-impact process of establishing a passage through the ground before the Heli Pile itself is installed.
- [Historic Preservation : Brilliant Victory with 100 Metres of Masonry Reinforcement](https://targetfixings.co.uk/historic-preservation-poznan/): For a building with such deep cultural significance and a history of continuous operation, the remediation strategy had to be non-negotiable on two points: it had to be permanent, and it had to be non-destructive. Traditional approaches, which often involve large-scale demolition and rebuilding of wall sections, were deemed too invasive, too disruptive to the cinema’s operations, and fundamentally counter to the principles of Historic Preservation. The need was clear: a sophisticated, localised, and concealed method for Building conservation that could stabilise the walls and redistribute structural loads without affecting the building’s cherished aesthetics.
- [BFA Annual Conference 2025 – 3 Key Reasons Why Masonry Reinforcement Franchise UK is the Best Investment](https://targetfixings.co.uk/bfa-annual-conference-2025/): Last week, the Target Fixings team—Director Edward Hall QFP, Contractor Account Manager Nevyn Fraser, and myself—had the distinct privilege of attending the BFA Annual Conference 2025 and Franchise Awards, held at the prestigious Telford International Centre.
- [Bay Window Repair: 3 Efficient Steps to Successfully Fixing Subsidence](https://targetfixings.co.uk/bay-window-repair/): Do you have wall cracking or masonry movement that you suspect is related to subsidence or bay window repair issues? We can survey your property and provide a tailored reinforcement plan. Contact us today!
- [Masonry Reinforcement CPD – #1 for Excellent Networking](https://targetfixings.co.uk/masonry-reinforcement-cpd/): Are you a Structural Engineer, Building Surveyor, Architect, Property Developer, or Contractor looking to master the latest techniques in structural preservation? Target Fixings invites you to an exclusive, certified Masonry Reinforcement CPD seminar designed to equip you with specification-grade knowledge and introduce you to our award-winning materials and expert advice.
- [3 Smart Steps to New Foundations and Sustainable Site Growth](https://targetfixings.co.uk/3-smart-steps-to-new-foundations/): This past week, my work focused on New Foundations for static homes at a holiday site in Gloucestershire. I'm always surprised that the solution we provide isn't more common with site owners, especially those managing holiday parks, static home sites, and retirement villages. Given the immense advantages, I'm absolutely certain this approach is the future of environmentally friendly construction for this sector.
- [Essential Masonry Reinforcement for the No.1 Superior Structural Solution](https://targetfixings.co.uk/essential-masonry-reinforcement-for-the-no-1-superior-structural-solution/): Our chosen masonry reinforcement solution involved a combination of our 60mm and 100mm Heli Piles. The plan was to install 16 piles to a maximum depth of 5 metres, providing the necessary stability to anchor the balcony pillars firmly into the earth. Once installed, these piles would be caged, secured, and finished with concrete.
- [Diagnosing and Defeating Wall Tie Failure](https://targetfixings.co.uk/diagnosing-and-defeating-wall-tie-failure/): Recently, our team was called to a property near Bristol showing clear signs of wall tie failure, a silent but destructive issue that can severely compromise a building's structural integrity. We believe sharing our process is essential, whether you're a homeowner seeking house crack repair or a Structural Engineer needing assurance in a reliable installation partner.
- [Heavy Lift, Smart Structural Fix: 2 Men Replace Massive Lintel in Timelapse!](https://targetfixings.co.uk/heavy-lift-smart-structural-fix-2-men-replace-massive-lintel-in-timelapse/): Gary Wilkinson - Target Structural Wessex, Regional Director
- [Beyond the Clean-Up: Reinforcing Storm Amy Structural Damage](https://targetfixings.co.uk/beyond-the-clean-up-reinforcing-storm-amy-structural-damage/): Severe storms like Storm Amy bring high winds and heavy rain, which not only cause immediate damage but can also trigger or worsen long-term structural issues like subsidence and lateral masonry crackings.
- [The Ultimate 5-Star Structural Guarantee: Why Target Fixings NL Earns 10/10 Reviews](https://targetfixings.co.uk/10-out-10-review-structural-solutions/): It’s always a proud moment when our team's hard work in Structural solutions is validated by our customers. There is little that feels as rewarding as seeing the dedication of Target Fixings BV Netherlands recognized with a perfect 10 out of 10 rating.
- [Brilliant Breakthrough: Number 1 Proven Solutions for Historic Masonry Reinforcement Near Warsaw ????????](https://targetfixings.co.uk/historic-repair-and-masonry-reinforcement-near-warsaw-pl/): This month, our Warsaw team had the privilege of undertaking a significant masonry reinforcement project on a stunning historic property near the city. This project highlights our expertise in historic repair and preserving the architectural heritage of Poland. The building, while full of character, exhibited severe wall cracking, a clear sign of structural distress that demanded immediate attention.
- [Mastering Marketing Seminar – British Franchise Association](https://targetfixings.co.uk/mastering-marketing-seminar-british-franchise-association/): Sean Queenan - Marketing Manager
- [Exceptional 2-Step Boost: Superior Structural Solutions for Netherlands Construction](https://targetfixings.co.uk/new-employees-at-target-fixings-bv/): Gerda brings fresh technical knowledge and a modern perspective that significantly strengthens our engineering team. She will be instrumental in developing innovative Structural Solutions and supporting the application of our cutting-edge Masonry Reinforcement materials. Her analytical skills are already enhancing the technical support we offer to architects and property developers seeking sustainable, robust fixes for their assets.
- [International Business Thriving!](https://targetfixings.co.uk/international-business-thriving/): Edward Hall - Director
- [Cracking Repair – Institute of Aviation Warsaw](https://targetfixings.co.uk/cracking-repair-institute-of-aviation-warsaw/): Szymon Cholostiakow - Engineering Consultant
- [New USB Keys!](https://targetfixings.co.uk/new-usb-keys/): We're thrilled to announce the launch of our brand new USB keys!

## Pages
- [Terms and conditions](https://targetfixings.co.uk/terms-conditions/): At Target Fixings BV, we strive for clear agreements and transparent cooperation. Therefore, we work with a clear quotation and order confirmation in which the agreements made and the scope of the work are recorded.
- [Turbo Flex](https://targetfixings.co.uk/turbo-flex/): With a number of the autoclaved aerated concrete (AAC)manufacturers now heavily promoting the new ‘thin jointsystem’ into the UK, traditional wall ties are now becoming obsolete. With joints ‘squeezed’ to 3 mm, it is no longer possible to insert even standard ‘butterfly’ wire wall ties in the conventional manner. Installation of ties into the joints becomes impossible when using ‘Jumbo Units’, 450 mm AAC blocks, simply because of the lack of joints. The Turbo Flex drive-in wall tie easily overcomes these problems by being driven directly into the AAC block in the required location, as the outer masonry proceeds, to achieve the required fixing density. The increased speed of construction using the thin joint system is complemented by using the Turbo Flex tie. During the construction of the outer leaf, the Turbo Flex tie is laid over the top of the masonry and Hammer driven into the AAC blocks. Where insulation panels are to be included within the wall cavity, an insulation retaining clip is easily attached to the Turbo Flex and ‘wound’ along the tie to hold the insulation panels securely in position. Both the design and manufacturing process of the Turbo Flex ensures that flexibility of the tie is maintained to accommodate all normal building movements, yet is capable of transferring imposed load in both tension and compression in cavity widths of up to 140 mm at normal densities. For information regarding use of the Turbo Flex ties in cavities over 140 mm, please contact our Technical Department.
- [Contractors – Thank you](https://targetfixings.co.uk/contractors-thank-you/): Thanks for contacting Target Fixings. Our team will review your details and follow up with the next steps.
- [Request Solution – Thank You](https://targetfixings.co.uk/request-solution-thank-you/): We’ve received your request for a tailored solution. Our team is reviewing the details and will provide you with clear advice and a no-obligation plan for your project.We’ll be in touch shortly.
- [Contact – Thank you](https://targetfixings.co.uk/contact-thank-you/): We’ve received your message and one of our experts will get back to you as soon as possible.Our team is ready to provide clear advice and reliable support for your structural questions.
- [New Foundations](https://targetfixings.co.uk/solutions/new-foundations/): The Heli Pile system is the perfect solution for creating new foundations for properties, extensions, and even temporary installations, providing a versatile and sustainable alternative to traditional methods.
- [Contractors](https://targetfixings.co.uk/contractors/): We collaborate with a network of contractors across the country - both in-house and third party - to provide a complete solution from technical surveys, tailored repair plans through to reliable installation.
- [HP12](https://targetfixings.co.uk/knowledge-bank/hp12-capping-heli-piles-using-existing-wall/): Download pdf
- [HP01](https://targetfixings.co.uk/knowledge-bank/hp01-repairing-brick-retaining-walls/): Download pdf
- [CF27](https://targetfixings.co.uk/knowledge-bank/cf27-reconnecting-random-stone-walls-barrel-pinning/): 1. Mark lines for pins onto underside of arch at required spacing.2. Drill clearance holes (13 mm-16 mm diameter depending upon material and length of tie to beused) to required depth and at required spacing along the lines already marked on the underside of the arch. The holes to be angled at approximately 60° to the left or right of the marked lines. Alternate holes to go in opposite directions.3. Vacuum out holes and thoroughly flush with water. Mix Bond Flex cementitious grout and load into gun with required length of correct size extension nozzle already attached.4. Pump cementitious grout to outlet of nozzle. Insert nozzle to the full depth of drilled hole and pump grout to fill hole. Keep light pressure on gun to ensure that all voids are filled with grout.5. Wind correct length Cem Flex into the hole using the Cem Flex insertion tool. Make good at surface of all holes and leave ready for any decoration.6. If there is a lot of movement in the arch then the ties will have to be installed in phases. After each phase the ties should be left for 24 hours for the grout to achieve an initial set. After 24 hours continue with the next phase.
- [HP13](https://targetfixings.co.uk/knowledge-bank/hp13-capping-heli-piles-cavity-wall-onto-footings/): Download pdf
- [HP11](https://targetfixings.co.uk/knowledge-bank/hp11-capping-heli-piles-solid-wall-on-strip-footings/): Download pdf
- [HP10](https://targetfixings.co.uk/knowledge-bank/hp10-capping-heli-piles-solid-wall-stepped-footings/): Download pdf
- [HP09](https://targetfixings.co.uk/knowledge-bank/hp09-capping-heli-piles-through-or-under-cavity-wall/): Download pdf
- [HP08](https://targetfixings.co.uk/knowledge-bank/hp08-capping-heli-piles-through-or-under-solid-wall/): Download pdf
- [HP07](https://targetfixings.co.uk/knowledge-bank/hp07-capping-heli-piles-using-existing-wall/): Download pdf
- [HP06](https://targetfixings.co.uk/knowledge-bank/hp06-capping-heli-piles-using-existing-wall/): Download pdf
- [HP05](https://targetfixings.co.uk/knowledge-bank/hp05-capping-heli-piles/): Download pdf
- [HP04](https://targetfixings.co.uk/knowledge-bank/hp04-supporting-concrete-footings-single-heli-pile/): Download pdf
- [HP03](https://targetfixings.co.uk/knowledge-bank/hp03-support-concrete-strip-footings/): Download pdf
- [HP02](https://targetfixings.co.uk/knowledge-bank/hp02-repairing-brick-retaining-walls-homogenous-unit/): Download pdf
- [FF09](https://targetfixings.co.uk/knowledge-bank/ff09-fixing-vertical-battens-to-insulation-clad-timber/): 1. Mark the location of the entry point and angle of the Fast Flex on the timber batten.2. Hold timber batten in correct position against the wall.3. Pre drill through batten, insulation and into wall using a pilot drill of specified size to a depth of 10 mm more than the length of the fixing to be used.4. Install the Fast Flex by using the Fast Flex power support tool in a hammer drill.5. Spacing of fixings and minimum penetration into composite timber will depend upon the loading required and the batten spacing.6. Make good at the surface of all holes and leave ready for any decoration
- [FF08](https://targetfixings.co.uk/knowledge-bank/ff08-fixing-vertical-battens-to-insulation-clad-masonry/): 1. Mark the location of the entry point and angle of the Fast Flex on the timber batten2. Hold timber batten in correct position against the wall.3. Pre drill through batten, insulation and into wall using a pilot drill of specified size to a depth of 10 mm more than the length of the fixing to be used.4. Install the Fast Flex by using the Fast Flex power support tool in a hammer drill.5. Spacing of fixings and minimum penetration into masonry will depend upon the loading required and the batten spacing.6. Make good at the surface of all holes and leave ready for any decoration
- [FF07](https://targetfixings.co.uk/knowledge-bank/ff07-securing-wall-plate-to-top-of-wall/): 1. Mark the location of the entry point and angle of the Fast Flex on timber.2. If required pre drill using a pilot drill of specified size to aid penetration.3. Install the Fast Flex by using the Fast Flex power support tool in a hammer drill.4. Number of fixings per joint and minimum penetration into timber will depend upon the loading required.5. Make good at the surface of all holes and leave ready for any decoration.
- [FF06](https://targetfixings.co.uk/knowledge-bank/ff06-strengthening-timber-truss-joints/): 1. Mark the location of the entry point and angle of the Fast Flex on timber.2. If required pre drill using a pilot drill of specified size to aid penetration.3. Install the Fast Flex by using the Fast Flex power support tool in a hammer drill.4. Number of fixings per joint and minimum penetration into timber will depend upon the loading required.5. Make good at the surface of all holes and leave ready for any decoration.
- [FF05](https://targetfixings.co.uk/knowledge-bank/ff05-strengthening-timber-truss-joints/): 1. Mark the location of the entry point and angle of the Fast Flex on timber.2. If required pre drill using a pilot drill of specified size to aid penetration.3. Install the Fast Flex by using the Fast Flex power support tool in a hammer drill.4. Number of fixings per joint and minimum penetration into timber will depend upon the loading required.5. Make good at the surface of all holes and leave ready for any decoration.
- [FF04](https://targetfixings.co.uk/knowledge-bank/ff04-securing-wall-plate-to-an-upright-post/): 1. Mark the location of the entry point and angle of the Fast Flex on timber.2. If required pre drill using a pilot drill of specified size to aid penetration.3. Install the Fast Flex by using the Fast Flex power support tool in a hammer drill.4. Number of fixings per joint and minimum penetration into timber will depend upon the loading required.5. Make good at the surface of all holes and leave ready for any decoration.
- [FF03](https://targetfixings.co.uk/knowledge-bank/ff03-securing-an-upright-post-to-wall-plate/): 1. Mark the location of the entry point and angle of the Fast Flex on timber.2. If required pre-drill using a pilot drill of specified size to aid penetration.3. Install the Fast Flex by using the Fast Flex power support tool in a hammer drill.4. Number of fixings per joint and minimum penetration into timber will depend upon the loading required.5. Make good at the surface of all holes and leave ready for any decoration.
- [FF02](https://targetfixings.co.uk/knowledge-bank/ff02-securing-angle-timbers/): 1. Mark the location of the entry point and angle of the Fast Flex on timber.2. If required pre drill using a pilot drill of specified size to aid penetration.3. Install the Fast Flex by using the Fast Flex power support tool in a hammer drill.4. Number of fixings per joint and minimum penetration into timber will depend upon the loading required.5. Make good at the surface of all holes and leave ready for any decoration.
- [FF01](https://targetfixings.co.uk/knowledge-bank/ff01-securing-timbers-to-wall-plate/): 1. Mark the location of the entry point and angle of the Fast Flex on timber.2. If required pre-drill using a pilot drill of specified size to aid penetration3. Install the Fast Flex by using the Fast Flex power support tool in a hammer drill.4. Number of fixings per joint and minimum penetration into timber will depend upon the loading required5. Make good at the surface of all holes and leave ready for any decoration
- [CF26](https://targetfixings.co.uk/knowledge-bank/cf26-repairing-stone-arch-structures-spandrel-pinning/): 1. Mark lines for pins onto the underside of the arch2. Drill a clearance hole to the required depth. The holes to be angled at approximately 60° to the left or right of the marked lines. Alternate holes to go in opposite directions.3. Blow out the hole and thoroughly flush with water.4. Fix the Cem Flex nozzle to the Bond Flex gun kit5. Mix Bond Flex and load into Bond Flex gun kit6. Pump Bond Flex to the outlet of the nozzle. Insert the nozzle to the full depth of the drilled hole and pump Bond Flex to fill the hole. Keep light pressure on the gun toensure that all voids are filled with Bond Flex7. Wind the correct length Cem Flex into the hole using the Cem Flex insertion tool8. Make good at the surface of all holes and leave ready for any decoration9. If there is a lot of movement in the arch then the ties will have to be installed in phases. After each phase the ties should be left for 24 hours for the grout to achieve an initial set. After 24 hours continue with the next phase.
- [CF25](https://targetfixings.co.uk/knowledge-bank/cf25-strengthening-random-stone-walls-beaming-ties/): 1. Install Bar Flex beam as per standard detail BF26.2. Locate and mark positions of holes on the outer side of the wall3. Drill a clearance hole through the outer wall and to the required depth4. Blow out the hole and thoroughly flush with water.5. Fix the Cem Flex nozzle to the Bond Flex gun kit6. Mix Bond Flex and load into Bond Flex gun kit7. Pump Bond Flex to the outlet of the nozzle. Insert the nozzle to the full depth of the drilled hole and pump Bond Flex to fill the hole. Keep light pressure on the gun to ensure that all voids are filled with Bond Flex8. Wind the correct length Cem Flex into the hole using the Cem Flex insertion tool9. Make good at the surface of all holes and leave ready for any decoration
- [CF24](https://targetfixings.co.uk/knowledge-bank/cf24-reconnecting-random-stone-walls/): 1. Locate and mark positions of holes on outer side of wall.2. Drill a clearance hole through the outer wall and to the required depth3. Blow out the hole and thoroughly flush with water.4. Fix the Cem Flex nozzle to the Bond Flex gun kit5. Mix Bond Flex and load into Bond Flex gun kit6. Pump Bond Flex to the outlet of the nozzle. Insert the nozzle to the full depth of the drilled hole and pump Bond Flex to fill the hole. Keep light pressure on the gun toensure that all voids are filled with Bond Flex7. Wind the correct length Cem Flex into the hole using the Cem Flex insertion tool8. Make good at the surface of all holes and leave ready for any decoration
- [CF23](https://targetfixings.co.uk/knowledge-bank/cf23-repairing-cracks-near-corners-random-stone-walls/): 1. Locate and mark positions of holes on outer side of wall.2. Drill a clearance hole through the outer wall and to the required depth3. Blow out the hole and thoroughly flush with water.4. Fix the Cem Flex nozzle to the Bond Flex gun kit5. Mix Bond Flex and load into Bond Flex gun kit6. Pump Bond Flex to the outlet of the nozzle. Insert the nozzle to the full depth of the drilled hole and pump Bond Flex to fill the hole. Keep light pressure on the gun to ensure that all voids are filled with Bond Flex.7. Wind the correct length Cem Flex into the hole using the Cem Flex insertion tool8. Make good at the surface of all holes and leave ready for any decoration
- [CF22](https://targetfixings.co.uk/knowledge-bank/cf22-repairing-stone-quoins-on-stone-walls/): 1. Locate and mark positions of holes on the outer side of the wall through stone quoin and to the required depth into the back-up material at positions already marked2. Drill a clearance hole through the outer wall and to the required depth3. Blow out the hole and thoroughly flush with water.4. Fix the Cem Flex nozzle to the Bond Flex gun kit5. Mix Bond Flex and load into Bond Flex gun kit6. Pump Bond Flex to the outlet of the nozzle. Insert the nozzle to the full depth of the drilled hole and pump Bond Flex to fill the hole. Keep light pressure on the gun toensure that all voids are filled with Bond Flex7. Wind the correct length Cem Flex into the hole using the Cem Flex insertion tool8. Make good at the surface of all holes and leave ready for any decoration
- [CF21](https://targetfixings.co.uk/knowledge-bank/cf21-repairing-brick-quoins-on-stone-walls/): 1. Locate and mark positions of holes on outer side of wall.2. Drill a clearance hole through the outer wall and to the required depth3. Blow out the hole and thoroughly flush with water4. Fix the Cem Flex nozzle to the Bond Flex gun kit5. Mix Bond Flex and load into Bond Flex gun kit6. Pump Bond Flex to the outlet of the nozzle. Insert the nozzle to the full depth of the drilled hole and pump Bond Flex to fill the hole. Keep light pressure on the gun toensure that all voids are filled with Bond Flex7. Wind the correct length Cem Flex into the hole using the Cem Flex insertion tool8. Make good at the surface of all holes and leave ready for any decoration
- [CF20](https://targetfixings.co.uk/knowledge-bank/cf20-repairing-stone-faced-stone-walls-hidden-fix/): 1. Drill a clearance hole (13 mm-16 mm diameter depending upon material and the length of tie to be used) through stone facing of wall and to required depth into the back-up material. To save marking the face of the stones the hole should be drilled through theperpendicular joint between two adjacent stones. The hole should be angled downwards to pass through the lower stone and then continue into the back-up material.2. Blow out hole and thoroughly flush with water.3. Mix Bond Flex cementitious grout and load into gun (correct length of extension nozzle already attached).4. Pump cementitious grout to outlet of nozzle. Insert nozzle to the full depth of drilled hole and pump grout to fill hole. Keep light pressure on gun to ensure that all voids are filled with grout.5. Wind correct length Cem Flex into the hole using the Cem Flex insertion tool.6. Make good at the surface of all holes and leave ready for any decoration.
- [CF19](https://targetfixings.co.uk/knowledge-bank/cf19-repairing-stone-faced-stone-walls-through-face/): 1. Drill a clearance hole (13 mm-16 mm diameter depending upon material and the length of tie to be used) through stone facing of wall and to required depth into the back-up material.2. Blow out hole and thoroughly flush with water.3. Mix Bond Flex cementitious grout and load into gun (correct length of extension nozzle already attached).4. Pump cementitious grout to outlet of nozzle. Insert nozzle to the full depth of drilled hole and pump grout to fill hole. Keep light pressure on gun to ensure that all voids are filled with grout.5. Wind correct length Cem Flex into the hole using the Cem Flex insertion tool.6. Make good at surface of all holes and leave ready for any decoration.
- [CF18](https://targetfixings.co.uk/knowledge-bank/cf18-repairing-brick-faced-stone-walls-hidden-fix/): 1. Drill a clearance hole (13 mm-16 mm diameter depending upon material and the length of tie to be used) through brick facing of wall and to required depth into the back-up material. To save marking the face of the bricks the hole should be drilled through theperpendicular joint between two adjacent bricks. The hole should be angled downwards to pass through the lower brick and then continue into the back-up material.2. Blow out hole and thoroughly flush with water.3. Mix Bond Flex cementitious grout and load into gun (correct length of extension nozzle already attached).4. Pump cementitious grout to outlet of nozzle. Insert nozzle to the full depth of drilled hole and pump grout to fill hole. Keep light pressure on gun to ensure that all voids are filled with grout.5. Wind correct length Cem Flex into the hole using the Cem Flex insertion tool.6. Make good at surface of all holes and leave ready for any decoration.
- [CF17](https://targetfixings.co.uk/knowledge-bank/cf17-repairing-brick-faced-stone-walls-through-face/): 1. Drill a clearance hole (13 mm-16 mm diameter depending upon material and the length of tie to be used) through brick facing of wall and to required depth into the back-up material.2. Blow out hole and thoroughly flush with water.3. Mix Bond Flex cementitious grout and load into gun (correct length of extension nozzle already attached).4. Pump cementitious grout to outlet of nozzle. Insert nozzle to the full depth of drilled hole and pump grout to fill hole. Keep light pressure on gun to ensure that all voids are filled with grout.5. Wind correct length Cem Flex into the hole using the Cem Flex insertion tool.6. Make good at the surface of all holes and leave ready for any decoration.
- [CF16](https://targetfixings.co.uk/knowledge-bank/cf16-repairing-brick-arch-structures-spandrel-pinning/): 1. Mark positions for pins onto face of arch at required spacing.2. Drill clearance holes (13 mm-16 mm diameter depending upon material and length of tie to be used) to required depth at positions already marked.3. Vacuum out holes and thoroughly flush with water.4. Mix Bond Flex cementitious grout and load into gun (correct length of extension nozzle already attached).5. Pump cementitious grout to outlet of nozzle. Insert nozzle to the full depth of drilled hole and pump grout to fill hole. Keep light pressure on gun to ensure that all voids are filled with grout.6. Wind correct length Cem Flex into the hole using the Cem Flex insertion tool. Make good at surface of all holes and leave ready for any decoration.7. If there is a lot of movement in the brickwork then the ties will have to be installed in phases. After each phase the ties should be left for 24 hours for the grout to achieve an initial set. After 24 hours continue with the next phase.
- [CF15](https://targetfixings.co.uk/knowledge-bank/cf15-repairing-brick-arch-structure-brick-replacement/): 1. Locate and mark all loose bricks that need pinning2. Pin the sound bricks surrounding the area of brickwork that needs replacing using Cem Flex as outlined in CF·14. Leave the Cem Flex for a minimum of 24 hours for the Bond Flex to achieve an initial set3. Remove the area of brickwork that needs replacing4. Drill a 6 mm pilot hole into the centre third of the new bricks. Drive a 8 mm Retro Flex tie into each new brick.5. Mark the position for the tie in the arch ring (using a drilled brick as a guide if necessary). Drill a 10 mm hole and fill with Polyester Resin.6. Place new brick and tie combination into position and secure with wedges or props as required until Polyester Resin has started to gel (approx 30 mins). Repeat for the remainder of bricks to be replaced7. Repoint the pinned bricks with Bond Flex by using the Bond Flex gun kit with a Cem Flex nozzle.
- [CF14](https://targetfixings.co.uk/knowledge-bank/cf14-repairing-brick-arch-structures/): 1. Locate and mark positions of holes on the outer side of the wall2. Drill a clearance hole through the outer wall and to the required depth3. Blow out the hole and thoroughly flush with water.4. Fix the Cem Flex nozzle to the Bond Flex gun kit5. Mix Bond Flex and load into Bond Flex gun kit6. Pump Bond Flex to the outlet of the nozzle. Insert the nozzle to the full depth of the drilled hole and pump Bond Flex to fill the hole. Keep light pressure on the gun to ensure that all voids are filled with Bond Flex7. Wind the correct length Cem Flex into the hole using the Cem Flex insertion tool8. Leave Cem Flex for 24 hours for the Bond Flex to achieve an initial set9. Make good at the surface of all holes and leave ready for any decoration10. If there is a lot of movement in the bricks then they should be temporarily restrained with either a steel mesh, props or timber wedges prior to the ties being installed.
- [CF13](https://targetfixings.co.uk/knowledge-bank/cf13-repairing-brick-arch-structures/): 1. Locate and mark positions of holes on the outer side of the wall2. Drill a clearance hole through the outer wall and to the required depth3. Blow out the hole and thoroughly flush with water.4. Fix the Cem Flex nozzle to the Bond Flex gun kit5. Mix Bond Flex and load into Bond Flex gun kit6. Pump Bond Flex to the outlet of the nozzle. Insert the nozzle to the full depth of the drilled hole and pump Bond Flex to fill the hole. Keep light pressure on the gun to ensure that all voids are filled with Bond Flex7. Wind the correct length Cem Flex into the hole using the Cem Flex insertion tool8. Make good at the surface of all holes and leave ready for any decoration9. If there is a lot of movement in the arch then the ties will have to be installed in phases. After each phase the ties should be left for 24 hours for the Bond Flex to achieve an initial set. After 24 hours continue with the next phase.
- [CF12](https://targetfixings.co.uk/knowledge-bank/cf12-repairing-bay-windows/): Method Statement A
- [CF11](https://targetfixings.co.uk/knowledge-bank/cf11-securing-parapets-in-cavity-walls/): 1. Locate and mark positions of holes on the outer side of the wall2. Drill a clearance hole through the outer wall and to the required depth3. Blow out the hole and thoroughly flush with water4. Cut a slot into the horizontal mortar joint using a wall chaser5. Clean the slot with a vacuum and thoroughly flush with water6. Fix the Cem Flex nozzle to the Bond Flex gun kit7. Mix Bond Flex and load into Bond Flex gun kit8. Pump Bond Flex to the outlet of the nozzle. Insert the nozzle to the full depth of the drilled hole and pump Bond Flex to fill the hole. Keep light pressure on the gun to ensure that all voids are filled with Bond Flex9. Wind the correct length Cem Flex into the hole using the Cem Flex insertion tool10. Remove the Cem Flex nozzle from the Bond Flex gun kit11. Insert a bead of Bond Flex into the back of the slot using a Bond Flex gun kit12. Push the Bar Flex into the Bond Flex at the back of the slot13. Insert a bead of Bond Flex over the exposed Bar Flex and iron into the slot using a finger trowel14. Point or fill the joint and leave ready for any decoration
- [CF10](https://targetfixings.co.uk/knowledge-bank/cf10-securing-curved-parapet-walls/): 1. Locate and mark positions of holes on the outer side of the wall2. Drill a clearance hole through the outer wall and to the required depth3. Blow out the hole and thoroughly flush with water4. Cut a slot into the horizontal mortar joint using a wall chaser5. Clean the slot with a vacuum and thoroughly flush with water6. Fix the Cem Flex nozzle to the Bond Flex gun kit7. Mix Bond Flex and load into Bond Flex gun kit8. Pump Bond Flex to the outlet of the nozzle. Insert the nozzle to the full depth of the drilled hole and pump Bond Flex to fill the hole. Keep light pressure on the gun to ensure that all voids are filled with Bond Flex9. Wind the correct length Cem Flex into the hole using the Cem Flex insertion tool10. Remove the Cem Flex nozzle from the Bond Flex gun kit11. Insert a bead of Bond Flex into the back of the slot using a Bond Flex gun kit12. Push the Bar Flex into the Bond Flex at the back of the slot13. Insert a bead of Bond Flex over the exposed Bar Flex and iron into the slot using a finger trowel14. Point or fill the joint and leave ready for any decoration
- [CF09](https://targetfixings.co.uk/knowledge-bank/cf09-securing-straight-parapet-walls/): 1. Locate and mark positions of holes on the outer side of the wall2. Drill a clearance hole through the outer wall and to the required depth3. Blow out the hole and thoroughly flush with water.4. Fix the Cem Flex nozzle to the Bond Flex gun kit5. Mix Bond Flex and load into Bond Flex gun kit6. Pump Bond Flex to the outlet of the nozzle. Insert the nozzle to the full depth of the drilled hole and pump Bond Flex to fill the hole. Keep light pressure on the gun to ensure that all voids are filled with Bond Flex7. Wind the correct length Cem Flex into the hole using the Cem Flex insertion tool8. Make good at the surface of all holes and leave ready for any decoration
- [CF08](https://targetfixings.co.uk/knowledge-bank/cf08-repairing-failed-brick-arch-lintels/): 1. Complete the upper chord of the lintel repair as in BF·02 (solid wall) or BF·03 (cavity wall)2. Locate and mark positions of holes on undersides of the arch.3. Drill a clearance hole at required angle and to required depth. The angle of drilling should be such that the hole will pass behind the lower chord of the lintel repair when installed, and penetrate at least 50 mm into the course of masonry above the reinforcing.4. Blow out the hole and thoroughly flush with water5. Fix the Cem Flex nozzle to the Bond Flex gun kit6. Mix Bond Flex and load into Bond Flex gun kit7. Pump Bond Flex to the outlet of the nozzle. Insert the nozzle to the full depth of the drilled hole and pump Bond Flex to fill the hole. Keep light pressure on the gun to ensure that all voids are filled with Bond Flex8. Wind correct length Cem Flex into the hole using the Cem Flex insertion tool. Make good at the surface of all holes.9. Complete the lower chord of the lintel repair as in BF·02 (solid wall) or BF·03 (cavity wall)10. Point up or fill the joint and leave ready for any decoration.
- [CF07](https://targetfixings.co.uk/knowledge-bank/cf07-repairing-cracks-near-the-corners-of-cavity-walls/): 1. Locate and mark positions of holes on the outer side of the wall2. Drill a clearance hole through the outer wall and to the required depth3. Blow out the hole and thoroughly flush with water.4. Fix the Cem Flex nozzle to the Bond Flex gun kit5. Mix Bond Flex and load into Bond Flex gun kit6. Pump Bond Flex to the outlet of the nozzle. Insert the nozzle to the full depth of the drilled hole and pump Bond Flex to fill the hole. Keep light pressure on the gun to ensure that all voids are filled with Bond Flex7. Wind the correct length Cem Flex into the hole using the Cem Flex insertion tool8. Make good at the surface of all holes and leave ready for any decoration

## Projects
- [Bay Window Repair: Successful 4-Point Breakthrough Against Subsidence](https://targetfixings.co.uk/projects/bay-window-repair-subsidence/): Bay Window repair in Wiltshire dealing with subsidence, underpinning, wall crack and moving masonry!
- [Historical Repair: Excellent Landmark Restoration of Apollo Cinema using 100 metres of Bar Flex](https://targetfixings.co.uk/projects/historical-repair-apollo-poznan/): Historical Repair in Poland’s architectural heritage represents a profound connection to the past, and preserving these structures requires a delicate balance of respect for history and the application of cutting-edge technology. Our Polish Branch is dedicated to providing specialized structural repair solutions that ensure the longevity of national landmarks. We were immensely proud to have supported APP PROJEKT in critical repair works at the iconic Apollo Cinema in Poznań, demonstrating how non-invasive Masonry Reinforcement techniques can deliver powerful, permanent stability without sacrificing historical integrity.
- [Historic Building Repair – Brilliant 3-Step Masonry Reinforcement](https://targetfixings.co.uk/projects/historic-building-repair/): This month, our Warsaw team had the privilege of undertaking a significant structural project on a stunning historic property near the city. This case study highlights our expertise in historic building repair and preserving the architectural heritage construction of Poland.
- [Restricted Access Balcony Reinforcement :1 Excellent Structural Solution with Heli Pile](https://targetfixings.co.uk/projects/restricted-access-balcony-reinforcement/): At Target Fixings, we thrive on the structural challenges in restricted access that others deem impossible. We’re not just selling a product; we’re delivering structural solutions in the most demanding environments. This case study—a complex foundation reinforcement project on a steep Scottish incline—demonstrates exactly how our Heli Pile system overcomes extreme access obstacles.
- [Lintel Replacement in Sidmouth : Brilliant 7-Day Structural Revolution](https://targetfixings.co.uk/projects/lintel-replacement-in-sidmouth/): Watch an incredible transformation unfold in fast-forward with this Lintel Replacement!
- [Retaining Wall – Brighton, East Sussex](https://targetfixings.co.uk/projects/retaining-walls-brighton-east-sussex-2/): We can provide a lasting solution for your failing retaining wall with our Heli Pile system, which offers a reliable method for retaining wall repair without extensive excavation. Our specialized Heli Piles are installed to stabilize the wall and prevent further wall cracking, providing a permanent structural fix against future movement and subsidence. This non-invasive process ensures a durable and strong foundation, securing your retaining wall and restoring its integrity for years to come.
- [Lateral Restraint – Ilfracombe, Devon](https://targetfixings.co.uk/projects/lateral-restraint-ilfracombe-devon-2/): When faced with bulging walls or bowing walls, our Bow Flex system provides a discreet and permanent structural repair from the outside. The ties work as an effective form of lateral restraint, securing the masonry to internal floor joists to prevent further movement and wall cracking. This solution offers a non-disruptive alternative to traditional repairs, ensuring a lasting structural fix against subsidence and instability.
- [Subsidence on a residential property – Swindon, Wiltshire](https://targetfixings.co.uk/projects/subsidence-on-a-residential-property-swindon-wiltshire-2/): When a building suffers from subsidence, our combined structural repair system of Heli Piles and Bar Flex offers a comprehensive and lasting solution. The Heli Piles are installed to provide deep, stable underpinning, creating a new foundation that supports the building and prevents further movement. Simultaneously, Bar Flex masonry reinforcement is used to stitch and repair cracks in walls, restoring the integrity of the brickwork and providing a complete fix for house subsidence.
- [Wall Tie Replacement – Plymouth, Devon](https://targetfixings.co.uk/projects/wall-tie-replacement-plymouth-devon-2/): For damaged or failed wall ties, our Dri Flex system provides a precise and lasting structural repair by replacing them with new. This process directly addresses cavity wall tie failure and prevents further wall tie corrosion that can lead to horizontal cracks in mortar and cracks in brick walls. As a trusted masonry repair specialist, our solution helps stabilize the structure and is a key part of how to fix a bowing wall, restoring the wall's integrity and strength
- [Subsidence repair on an 18th Century house – Penzance Cornwall](https://targetfixings.co.uk/projects/subsidence-repair-penzance-cornwall-2/): For a challenging structural repair on a listed or historic building, our combination of Heli Piles and Bar Flex offers a sympathetic and permanent solution for subsidence repair. The Heli Piles provide deep underpinning, discreetly stabilizing the original foundations without invasive excavation, while our masonry repair specialist team uses Bar Flex to stitch and repair cracks in stone walls and fix a bowing wall. This method expertly restores structural integrity, preserving the historic character of the building, including features like granite stone repair.
- [Installing New Foundations near protected trees – Farnborough Hampshire](https://targetfixings.co.uk/projects/new-foundations-farnborough-hampshire-2/): Our Heli Pile system is the perfect solution for creating new foundations near protected trees, as it provides a stable base without the need for extensive excavation that could damage sensitive root systems. This no-dig foundation method allows us to build safely within the tree root protection zone and around TPO piling areas, ensuring compliance with regulations and preserving the health of the trees. It’s the ideal way to build foundations without damaging tree roots, providing a permanent structural solution that protects both your new building and the natural environment.
- [Bowing Walls – Newbury, Berkshire](https://targetfixings.co.uk/projects/bowing-walls-newbury-berkshire/): Located in Newbury, this project showcases our expertise as a masonry repair specialist near me, using a combination of our Bow Flex Type 2 and Dri Flex systems to address a severe bulging wall. The Bow Flex ties were discreetly installed to provide essential structural repair, acting as a cavity wall tie replacement and securely connecting the bulging brickwork to the floor joists to prevent future movement. Simultaneously, our Dri Flex system was used for crack stitching, sealing and reinforcing the extensive cracks in brick walls to restore the wall's integrity and aesthetic.
- [Bay Window Repair in Middelstum](https://targetfixings.co.uk/projects/funderingsherstel-in-middelstum/): Addressing bay window subsidence and the resulting cracks in a bay window requires a dual-action approach. Our Heli-Pile foundation system provides permanent bay window underpinning and stabilization, arresting the vertical sinking that causes diagonal cracks in a bay window. Simultaneously, our Bar Flex reinforcement is used for crack stitching to restore the integrity of the brickwork and fix the cracks where the bay window meets the house, ensuring a durable and seamless structural repair.
- [Crack repair at apartment complex in Ruinerwold](https://targetfixings.co.uk/projects/scheurherstel-appartementencomplex-in-ruinerwold/): In a residential complex in Ruinerwold, we addressed widespread cracks in brick walls caused by a combination of building settlement and the absence of expansion joints. As a leading masonry repair specialist, our team provided a comprehensive structural repair plan to fix the various horizontal cracks in mortar. We successfully resolved the issue, preventing further damage and ensuring the long-term stability of the building with minimal disruption to the residents.
- [Foundation repair of extension – Steggerda](https://targetfixings.co.uk/projects/funderingsherstel-aanbouw-steggerda/): We used Heli Pile foundation piles to stabilize a sinking extension, reinforcing the walls to prevent further damage. Pile tests can often determine if they have sufficient load-bearing capacity.
- [Limited Access Foundations London](https://targetfixings.co.uk/projects/limited-access-foundations-london/): We successfully completed a challenging subsidence repair project by installing our Heli Pile system in a tightly confined space, avoiding the environmental damage of traditional excavation. This innovative approach provided a permanent and environmentally friendly solution for building new foundations and protecting the home from future structural movement. Our specialized team skillfully performed the necessary structure repairs with minimal disruption, proving our Heli Piles are the ideal solution for complex and sensitive projects.

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## Project Categories
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