"lightning protection"

The Martin High School is a coeducational secondary school with academy status, located in the village of Anstey, Leicestershire. The school was founded in 1957 and was named after Sir Robert Martin, Chairman of the Leicester County Council, in honour of his public service.Last year, the school were looking to replace an old, pre-fabricated block of classrooms, with a new modular six-classroom block which consists of a specialist technology-rich IT classroom as well as five other inviting classrooms which are all fitted with Smartboards, making learning more engaging for students.Principal Contractor Wernick approached Twinfix to design, manufacture and install a bespoke entrance canopy for the new building.The new canopy, which takes a pentagon shape incorporates Twinfix’s recently launched Alu-Link-Panel, a solid aluminium roof comprising of 3mm thick powder-coated, pressed aluminium for the roof, soffit and fascia. The structure spans 40 square-metres and scales 7.2 metres in height.Some of the benefits of the Alu-Link-Panel system include:Exceptional Durability: engineered to withstand harsh weather conditions, including heavy rain, snow, and wind. It is also highly resistant to corrosion and rust, making it an ideal roofing solution.Energy Efficiency: designed to reflect heat, which can help reduce your energy bills and improve comfort of your building.Easy Installation: easy to install and requires minimal maintenance, which means you can enjoy your new roof without any hassle.The Alu-Link-Panel system can be powder coated to most colours so can complement the colour scheme of the adjoining building.This innovative solid aluminium roof system will protect students and staff at Martin High School from the elements and is in keeping with the stunning aesthetics of the new Humanities Block.

In a recent project, Twinfix displayed their commitment to excellence through the installation of eight free-standing semi-curved canopies spanning 302 square meters at Cheswick Green Primary School in Solihull. Tailored for functionality and aesthetic appeal, the canopies feature the innovative Multi-Link-Panel Non-Fragile roofing system glazed with 10 mm clear multiwall polycarbonate. The aluminium structure, ensuring both durability and a sleek finish, is meticulously powder coated to RAL 7040, imparting numerous benefits to the canopies.Powder coating enhances the durability of the aluminium, providing a robust protective layer against weathering, corrosion, and UV radiation. This not only ensures a longer lifespan for the canopies but also minimises maintenance requirements, making them a sustainable and cost-effective choice for educational institutions like Cheswick Green Primary School.Beyond their structural integrity, these barrel-vault canopies offer a multitude of benefits. The Non-Fragile roofing system enhances safety, meeting stringent standards. Simultaneously, the 10 mm clear multiwall polycarbonate glazing fosters inviting covered outdoor spaces, flooded with natural light.Their design not only adds a touch of modernity but also elevates the visual appeal of the school. Twinfix’s canopies seamlessly blend functionality with elegance, creating structures that are both safe and aesthetically pleasing.The recent installation at Cheswick Green Primary School exemplifies the company’s commitment to innovation and delivering top-tier solutions. Collaborating effectively with E Manton Ltd, Twinfix has created structures that not only meet the highest standards of functionality but also stand as symbols of excellence in both design and execution. As Twinfix continues to set new standards in canopy solutions, this project stands as a testament to their ability to create transformative and visually captivating spaces.

CLIENT The National Centre for Food Manufacturing at University of Lincoln leads the way for food industry innovation for businesses and employees.PROJECTProcurement of a hand dryer suitable to use within food manufacturing areas. It must be hygienic, dry hands quickly, make minimal noise and limit the creation of slip hazzards.SOLUTION- V7-300Over 300 jets of strategically placed air remove water from both sides of hands simultaniously without needing continuous hand movement. The Veltia V7-300 hand dryer uses patented technology to stop water from your hands ending up on the floor surface. This range uses Microban technology - an antibacterial protection impregnated at the manufacturing stage (that doesn’t wear out) which inhibits the growth and transference of microbes and harmful bacteria. There is also a ZeroSmell feature that neutralises bad odours. If that wasn’t enough, the V7 boasts of low noise and low energy use, too.The National Centre for Food Manufacturing (NCFM) is dedicated to helping food industry employees advance their careers. They understand the demands of working in this fast moving, dynamic industry. V7-300 hand dryers were fitted into NCFM factory areas two years ago, and the units continue to be easy to clean, quiet and perform their task very well. The hand dryer gives a very good first impression to our visitors as they pass through our hand washing systems. Alongside an extensive academic offering the NCFM is also committed to spurring innovation within the sector. An important role of the NCFM is to help food companies see what good looks like within the food industry.“The V7-300 continues to hit the high standards we set out for training and education work.”

Project OverviewBuildtec Acoustics partnered with Sacyr Somague to provide a critical acoustic solution for the new 66,000-square-meter University of Ulster campus in Belfast. Our focus was on the Nanotechnology and Integrated Bio-Engineering Centre (NIBEC) laboratories, which house highly sensitive equipment and apparatus susceptible to vibration.ChallengeThe NIBEC laboratories required a stringent vibration control solution to ensure optimal functionality of the delicate equipment. Traditional structural solutions posed challenges, potentially impacting headroom heights, building usability, and incurring significant costs.SolutionBuildtec Acoustics identified Highmat 50, a high-performance acoustic flooring system, as the ideal solution. A total of 2,000 square meters of Highmat 50 was installed beneath a 200mm screed throughout the laboratories.BenefitsSuperior Vibration Control: Highmat 50 effectively isolates structure-borne vibrations, creating a stable and vibration-free environment for sensitive equipment within the NIBEC laboratories.Preserved Functionality: The installed solution ensures the optimal performance of the laboratories' equipment, safeguarding critical research activities.Cost-Effective Approach: Highmat 50 provided a practical and cost-effective alternative to traditional structural solutions, optimizing project efficiency.Project TeamArchitect: HJ LyonsEngineer: Design IDMain Contractor: Sacyr SomagueFlooring Contractor: MastercraftProduct: Highmat 50Quantity: 2,000m²ConclusionThe University of Ulster project showcases Buildtec Acoustics' expertise in delivering innovative solutions for complex vibration control challenges. Highmat 50's exceptional performance ensured a vibration-free environment within the NIBEC laboratories, fostering optimal research conditions and protecting vital equipment.We are committed to providing tailored acoustic solutions for your project. Contact Buildtec Acoustics today to discuss your specific requirements.