WAVIN LAUNCHES NEW SEDIMENT SEPARATOR TO IMPROVE WATER QUALITY

Building Products Index Ltd Drainage, Surface water drainage Leave a Comment

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Leading surface water management expert Wavin has launched the Certaro Lamella HDS, a new sediment separation system designed to support the treatment of surface water runoff in urban drainage applications.

Developed for use within surface water networks, the system combines hydrodynamic separation with advanced lamella settling technology to remove fine sediment from runoff before it enters downstream drainage or infiltration systems. This supports improved water quality and helps protect the long-term performance of drainage infrastructure.

As rainfall patterns become more intense and urban areas continue to densify, managing runoff at source is becoming an increasingly important consideration. Surface water flowing over hard landscapes can carry fine sediments containing pollutants such as heavy metals, hydrocarbons and microplastics, placing added pressure on urban drainage systems,

The Certaro Lamella HDS is designed to operate within catchment areas of up to 6,000 m² and can remove up to 80% of total suspended solids from surface water runoff, providing a measurable level of treatment within a single compact chamber.

The system is housed within a minimum DN1000 manhole, making it suitable for installation in space-constrained environments such as roads, car parks and public spaces. Its compact design, combined with an integrated conical sump, supports straightforward installation, inspection and sediment removal, helping to minimise excavation requirements and maintain consistent performance in operation.

Blair McDonald, Commercial Manager for Urban Climate Resilience at Wavin said: “Sediment is the primary transport mechanism for many of the pollutants found in urban runoff. If left untreated, it can degrade the quality of our surface and groundwater, harm ecosystems, and reduce the effectiveness and lifespan of downstream drainage and infiltration systems.

“In line with SuDS expectations around water quality, amenity and biodiversity, early sediment removal is a key step in the long-term management of surface water. Solutions such as Certaro Lamella HDS are designed to address this challenge at source, supporting more effective and maintainable drainage systems.”

The launch of the Certaro Lamella HDS expands Wavin’s wider surface water management portfolio, which includes attenuation, infiltration, filtration and separation systems. The range is designed to support specifiers, engineers and contractors in delivering integrated drainage strategies across residential, commercial and public sector developments.

For more information on Wavin’s Certaro Lamella HDS, please visit: wavin.co.uk/certarolamella

Honeywell Gent Self-Test Revolutionising Fire Detection

Building Products Index Ltd Fire detectors, Fire Protection Leave a Comment

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Honeywell Gent Self-Test brings a smarter, safer way to test fire detection systems. By automating both smoke and heat sensor testing, it helps reduce the need for manual access while supporting more consistent maintenance, stronger compliance, and greater confidence that detectors are ready to respond when needed. Designed to make routine testing simpler and more efficient, Self-Test helps engineers save time on site while maintaining high standards of life safety protection.

KEY SELF-TEST & CLSS FEATURES

  1. Anti-masking/blockage check – Confirms that smoke entry points are not obstructed as part of the same automated cycle. Gent S-QUAD Sensor with Audio and Visual Warning includes self-test functionality, automating the functional test of both the smoke and heat sensors while checking that the smoke entry points are clear from blockage with an anti-masking test.

  1. Access to hard-to-reach detectors – Removes the need for ladders, poles, or physical access in voids, high ceilings, and locked rooms. The Self-Test range of detectors eliminates many of the physical barriers associated with testing and maintenance, such as locked rooms, voids, high ceilings, and other hard-to-access spaces. These are all areas that may go untested and can ultimately put buildings at risk.

  1. Bluetooth-verified visual inspection – Still meets BS 5839-1 visual check requirements by confirming that a technician was in range via a Bluetooth beacon, even where full manual access is not possible. Visual inspections are completed by verifying that the technician has been within visual inspection range of the Bluetooth beacon placed within the device.

  1. CLSS integration for remote diagnostics – Self-Test devices connect to the Connected Life Safety Services cloud platform, providing real-time visibility and enabling engineers to test and troubleshoot remotely via the CLSS app. The award-winning Self-Test feature allows both the heat and optical sensors within the device to be tested using the CLSS app, and the CLSS platform gives technicians and facility managers real-time insights into the fire system. This enables maintenance engineers to proactively identify and address potential issues, leading to enhanced first-time fix rates and minimising time spent on site.

  1. Compliance and efficiency gains – A single engineer can run a building-wide test with a full electronic audit trail, improving compliance and reducing time spent on site. With the ability to test both optical and heat sensors and verify that the smoke entry points are free from obstruction, a single maintenance engineer can initiate a building-wide test, improving compliance with an end-to-end electronic audit trail and saving much-needed time.

Historic Whitby Abbey facilities benefit from lift modernisation

Building Products Index Ltd Lift Leave a Comment

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One of England’s most famous historic monasteries, Grade I Whitby Abbey, has invested in a lift modernisation by Stannah to offer reliable step-free access to visitors.

Originally founded in AD 657 and occupied by the Anglian community, Whitby Abbey was later rebuilt as a Benedictine monastery. Today, the 7th-century ruins remain a popular heritage landmark in North Yorkshire, now housing an award-winning visitor centre repurposed from a 17th-century banqueting hall.

Whitby Abbey House Visitor Centre, developed in the early 2000s beside the abbey ruins, includes a souvenir shop, museum and café. The passenger lift is located on the ground floor, providing access to the museum and exhibition area on the first floor.

Due to the age of the existing lift, modernisation work was needed to maintain smooth and reliable operations for visitors who require step-free access.

Whitby Abbey is managed and maintained by English Heritage, who issued a tender for the lift works. Following a rigorous tendering process, Stannah, acting as the lift supplier, worked with Cundall consultants to determine the best approach for this modernisation project.

The challenge

Whitby Abbey attracts over 150,000 visitors each year, so keeping the visitor centre open was important to fulfil the customer experience. The shop’s closure was kept to a minimum to ensure the safe transportation of equipment and initial start of works. This also allowed the on-site team to establish a safety perimeter, prioritising visitor safety. Following this, the shop remained open for the duration of the project.

As this was the only functioning lift in the building, it was important to complete the modernisation as quickly as possible to avoid long disruptions to shop operations and visitors.

The solution

Working collaboratively with Cundall, lift modernisation was proposed in place of full replacement, a recommendation supported by Stannah Lifts to achieve a cost‑effective outcome with minimal impact on day‑to‑day operations.

By upgrading key mechanical and control components, the lift’s reliability, performance and long-term serviceability are improved while shortening installation time and minimising downtime.

The lift modernisation solution included a new Hydroware control panel to improve reliability and lift response times, a hydraulic tank unit for more efficient system operation, and a borehole ram to provide safer and smoother travel.

A new stainless steel car operating panel (COP) and landing push stations were installed to improve passenger usability, accessibility and lift reliability.

The installation of a variable voltage variable frequency (VVVF) electronic drive improves ride comfort by delivering smoother acceleration and deceleration, reducing any jerking movements and mechanical wear, while also improving energy efficiency. The shaft lighting was also upgraded to LED to improve visibility for engineers during future maintenance work.

New vinyl flooring was chosen to enhance the interior appearance while providing a durable, hard-wearing, and easy-to-maintain surface suitable for high-traffic use.

The modernisation package covered all major components, offering a practical solution that optimised performance and restored reliability.

Results

The lift modernisation was completed within five weeks. Overall, these modernisation upgrades successfully enhanced the lift’s reliability, operational efficiency, ride comfort, safety and energy performance, while reducing the risk of breakdowns frequently associated with ageing components.

The new stainless steel COP, updated indicators and vinyl car flooring also modernised the appearance of the lift car, providing a more durable, accessible, and user-friendly experience for passengers.

Upgraded lift components, such as the VVVF drive, help to deliver a smoother ride while also reducing operating costs by more efficient motor control and reduced energy consumption.

Ryan Smith, Field Repair Manager at Stannah North & North East England Service Branch in Gateshead, said: “Working within a heritage site required careful planning and consideration, so we worked closely with on-site teams throughout to ensure the lift modernisation was delivered safely and successfully. Through the upgrade of key lift components, we were able to significantly enhance the lift’s reliability, efficiency, and passenger experience, while also helping to reduce ongoing operational costs for our customer.”

Matt Bishop, National Project Manager at English Heritage, adds: “We are pleased with how all the teams involved came together throughout the lift upgrade. Stannah Lifts kept in consistent communication at every stage, particularly around delivery schedules and installation timelines, which helped everyone to stay aligned and manage our expectations. As a result, visitors were able to regain step-free access to upper floors as quickly as possible once the project was completed.”

Visitors can now enjoy reliable transportation from the only lift on site to the museum, where they can explore the heritage of one of the UK’s iconic landmarks through its exhibits and displays.

Lift modernisations are particularly effective for systems experiencing frequent callouts, breakdowns, repeated repairs, high running costs from outdated systems that consume a lot of power and worn finishes. For more information on lift modernisations, visit: https://www.stannahlifts.co.uk

Image credits: Ben Harrison Photography

www.benharrisonphotography.co.uk

Axis Case Study: Development of the new state-of-the-art Surgical Centre at Musgrove Park Hospital

Building Products Index Ltd Doors, Sliding Leave a Comment

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INDUSTRY: Healthcare

CLIENT: Somerset NHS Foundation Trust

CONTRACTOR: Kier Construction

ARCHITECT: BDP (Building Design Partnership)

 

PROJECT:

The £87 million development of the new state-of-the-art Surgical Centre at Musgrove Park Hospital, in Taunton, for Somerset NHS Foundation Trust.

The stunning new build Surgical Centre will be not only be used for operations and endoscopies but will also replace the old critical care unit. It comprises six endoscopy rooms, patient recovery and clinical support areas, eight operating theatres and 22 critical care beds for level two and three critical care patients.

Our brief from the architects BDP and main contractor Kier Construction was for 24 door sets and multiple fixed glazed screens – with all door sets specified from our multi-award- winning Flo-motion® range of low-friction manual sliding doors.

CHALLENGES:

As the innovators and manufacturers of Flo-Motion® doors, developed specifically for healthcare settings and first installed at Alder Hey Children’s Hospital in 2015, our experience and technical ability to adapt hybrid versions of each door type ensured all aspects of our brief could be fulfilled.

Overall, we manufactured, supplied and installed the following door sets:

SOLUTION:

Overall, we supplied and installed::

  • 2 x Flo-Motion® E32 (single door, sliding over a wall) with a clear opening width of 1895mm
  • 5 x Flo-Motion® F12 (single door, sliding over a glazed screen) with a clear opening of 1550mm
  • 8 x Flo-Motion® F11 (single door, sliding over a glazed screen) with a clear opening width of 1550mm
  • 1 x Flo-Motion® F11 (single door, sliding over a glazed screen) with a clear opening width of 1745mm
  • 5 x Flo-Motion® F01 (single door, sliding over a glazed screen and a wall) with a clear opening width of 1550mm
  • 3 x Flo-Motion® F01 (single door, sliding over a glazed screen and a wall) with a clear opening width of 1745mm

Finishes:

  • Frames: RAL 9003 White
  • Sliding Doors: RAL 7004 Signal Grey Satin
  • Handles: Hoppe (RAL 7016 Anthracite Grey) back-to-back

    600mm x 34mm nylon handles

  • Glazing – 31.6mm Double glazed units with clear laminated glass

FORCE TESTING:

All doors were force tested three times and certificates produced with the mean average reading for 24no doors being 10.74N. Notably, the E32 doors with 1895mm clear opening width were tested at 8.3N and 11.8N.

OUTCOME:

Our Flo-Motion® door sets and our glazed panels provide many significant benefits for patients, staff and visitors to the new Surgical Centre at Musgrove Park Hospital, including:

• Large sliding doors that are easy to open and close for users of all strengths and abilities

• Excellent light transfer that also maximises the feeling of spaciousness

• An attractive, efficient & effective environment for staff, patients & visitors.

Dani-Alu Barrial Freestanding specified for rooftop safety at Base Building, Manchester Science Park

Building Products Index Ltd Guardrail Leave a Comment

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Non-penetrating freestanding guardrail solution supporting safe maintenance access around rooftop solar infrastructure

Dani Alu UK is pleased to highlight the installation of our Barrial Freestanding guardrail system at the Base Building in Manchester Science Park, a flagship innovation led commercial development.

The rooftop level required a safe access solution for maintenance personnel servicing plant equipment and a substantial solar panel array. A key requirement was to provide compliant collective fall protection without penetrating the roof surface.

Our Barrial Freestanding system was selected for its innovative design, allowing the guardrail to remain securely in place without mechanical fixings into the roof membrane. This non-penetrating approach helps preserve waterproofing integrity and reduces disruption to the roof build up.

To ensure visual consistency with the wider architecture, the system was powder coated in RAL 8000 Green Brown, carefully chosen to complement the building’s external detailing.

The completed installation demonstrates how rooftop edge protection can combine safety, practicality and architectural sensitivity – particularly on modern commercial developments where roof performance, sustainability infrastructure and long-term maintenance access must all be considered.

To discuss non-penetrating rooftop edge protection solutions for your next project, contact the Dani Alu technical team

Phone: +44 (0) 1865 595160

Email: contact@danialu.co.uk

Web: danialu.co.uk

Project summary:

  • Location: Base Building, Manchester Science Park
  • Building type: Flagship innovation-led commercial development
  • Application: Rooftop edge protection for maintenance access
  • Roof usage: Access restricted to maintenance personnel
  • Key requirement: Non-penetrating fall protection system
  • Installed system: Barrial Freestanding guardrail
  • Fixing method: Weighted freestanding system (no roof penetration)
  • Finish: Powder coated in RAL 8000 Green Brown
  • Design intent: Visual integration with building’s external detailing
  • Additional rooftop features: Large solar photovoltaic (PV) array
  • Primary objective: Safe access while preserving roof membrane integrity

Naylor launches 2026 Product Guide for merchants and contractors

Building Products Index Ltd Drainage Leave a Comment

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Naylor has launched its new 2026 Product Guide, providing builders’ merchants, contractors and specifiers with a compact reference covering the company’s drain, duct, sewer and storm product ranges. The guide is available to download free of charge from the Naylor website.

Designed as a practical day-to-day resource, the booklet brings together product information and technical guidance in a portable format, making it suitable for use at trade counters, in sales and specification offices, and on construction sites.

The guide includes details across Naylor’s extensive civils portfolio, helping users quickly identify products and access the information needed to support infrastructure, utilities, highways, housing and commercial projects. Its compact size also makes it a useful reference for engineers and installers working on site.

Free copies of the 2026 Naylor Product Guide can be downloaded via the Naylor website.

Marley launches Edgemere 2.0, the first UK roof tile to use carbon-capture cement technology

Building Products Index Ltd Roofing, Tiles Leave a Comment

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In a first for UK roofing, Edgemere 2.0 combines Marley’s familiar concrete roof tile specification with carbon-capture cement technology and Carbon Bank evidence supplied for every order.

The carbon reduction story behind Edgemere 2.0* begins with the cement. CO₂ from cement production is captured at source, before it enters the atmosphere, and permanently stored beneath the seabed. The carbon reduction is then recorded in the publicly available Carbon Bank, which allocates captured and stored CO₂ reductions to specific Edgemere 2.0 orders, with full end-to-end traceability through an Environmental Attribute Certificate (EAC).

The launch responds to a market in which embodied-carbon evidence is moving from optional to expected. For the public sector and increasingly housing providers, product-level carbon evidence is becoming part of the specification process.

Sustainability leads, along with quantity surveyors and architects, are frequently asked to produce verifiable, product-level carbon evidence and do so without redrawing details or rewriting specifications.

Edgemere 2.0 expands the Edgemere range by offering a low carbon option with a Global Warming Potential (GWP Fossil) of just 1.86kg CO2e per m² from cradle to gate, whilst retaining the familiar thin leading edge, technical performance and dimensions of Edgemere together with a Green Guide A+ rating and BES 6001 Excellent certification.

The change is behind the tile: in the cement production process and the addition of verified, order-specific documentation. The Carbon Bank allocates reductions from actual captured and stored CO₂, to specific Edgemere 2.0 orders, with ownership of the EAC transferring to the final customer.

“Edgemere 2.0 is a significant step forward for Marley and for the roofing industry,” said Stuart Nicholson, Managing Director at Marley. “By introducing the UK’s first concrete roof tile to use carbon-capture cement technology, we’re supporting the industry’s transition to lower-carbon construction, with a documented carbon-evidence trail supplied for every Edgemere 2.0 order.”

Edgemere 2.0 is available in Smooth Grey. For more information, or to discuss your next project with one of our specification experts, visit www.marley.co.uk/Edgemere2

About the carbon evidence and end-to-end traceability

*Edgemere 2.0 is supported by Heidelberg Materials’ evoZero® carbon captured near-zero cement, enabled through the first carbon capture facility at its cement works in Brevik, Norway. To avoid the transport emissions that would be incurred by shipping from Brevik, Edgemere 2.0 CO₂ reduction can be transferred and attributed to locally sourced Heidelberg Materials cement.

A Carbon Bank withdrawal is made to reduce the corresponding Global Warming Potential (GWP Fossil) of the locally produced UK cement to zero.  The carbon reduction is recorded in Heidelberg Materials’ publicly available Carbon Bank, which allocates captured and stored CO₂ reductions to each specific Edgemere 2.0 order, with full end-to-end traceability through an Environmental Attribute Certificate (EAC).

Why More Architects Are Choosing the ProWall Helping Hand Steel Frame System

Building Products Index Ltd Render, Render Systems Leave a Comment

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Finding a  that ticks every box isn’t easy. Fire compliance, thermal performance, moisture management, durability, aesthetics and technical support all need to come together in one solution.

That’s exactly why more architects, façade consultants and contractors are specifying the ProWall Helping Hand Steel Frame System.

Developed by SAS Europe, ProWall combines the clean, contemporary appearance of a rendered façade with the proven performance of a fully ventilated rainscreen system. The result is a façade that’s built to perform for decades while meeting the demands of modern construction. Unlike any other manufacturer, SAS provides every single component along with hands-on technical support from start to finish.

Designed for Today’s Buildings

As Building Regulations continue to evolve, specifying the right external wall system has never been more important.

The ProWall Helping Hand System has been designed with compliance in mind. The complete system achieves an A2-s1,d0 reaction to fire classification, providing specifiers with a non-combustible rendered façade solution suitable for a wide range of residential, commercial and public sector projects.

Unlike many traditional render systems that rely on combustible insulation or direct-fixed construction methods, ProWall is built around ventilated rainscreen principles, helping to deliver both improved fire performance and long-term durability.

The Benefits of a Ventilated Rainscreen

One of the biggest advantages of the ProWall system is what you don’t see.

Behind the finished render sits a continuous ventilated cavity created using an aluminium Helping Hand support system. This allows any moisture that finds its way behind the façade to drain and evaporate naturally, reducing the risk of trapped moisture and helping to protect the building structure over the long term.

For architects and developers, that means greater confidence in the overall performance of the building envelope.

Built Around Proven Helping Hand Technology

Helping Hand bracket systems have become the preferred choice for many modern façade projects, particularly on steel frame construction.

The adjustable aluminium brackets make it easier to achieve perfectly aligned façades, even where the substrate isn’t completely true. They also minimise thermal bridging through thermally isolated fixing points while allowing insulation to be installed continuously across the building.

The result is a system that’s quicker to install, easier to detail and designed to deliver excellent thermal performance.

Fire Performance Without Compromise

Fire safety is no longer simply a design consideration – it’s a project requirement.

ProWall has been developed using carefully selected non-combustible components to achieve an A2-s1,d0 fire classification in accordance with EN 13501-1.

For architects working on schools, apartment buildings, hotels or commercial developments, this provides reassurance that the façade system has been designed with modern fire performance standards at its core.

A Render Finish That Lasts

Performance doesn’t stop beneath the surface.

The ProWall system is finished with high-performance silicone render, offering outstanding weather resistance, excellent vapour permeability and long-lasting colour stability.

Its hydrophobic finish helps rainwater wash dirt from the surface naturally, reducing staining and keeping façades looking cleaner for longer with minimal maintenance.

More Than Just a Product

Choosing a façade system is about more than selecting materials.

At SAS Europe, every ProWall project is backed by a dedicated technical team that supports customers from initial specification through to project completion.

Whether it’s U-value calculations, CAD details, installer guidance or on-site inspections, we’re there to help at every stage.

It’s this level of support that gives architects and contractors the confidence to specify ProWall time and time again.

Why ProWall?

There are plenty of render systems on the market, but very few combine the appearance of a premium rendered façade with the proven principles of a ventilated rainscreen system.

With an A2-s1,d0 fire classification, excellent thermal performance, effective moisture management and compatibility with industry-leading Helping Hand support systems, ProWall offers a complete solution for modern steel frame construction.

Add in expert technical support, comprehensive project assistance and the quality that SAS Europe is known for, and it’s easy to see why ProWall is becoming the preferred choice for architects across the UK.

When performance matters just as much as appearance, ProWall delivers both. The ProWall system has a BBA-assessed service life in excess of 30 years, which can be extended to up to 60 years where an appropriate inspection and maintenance programme is followed. The system has also achieved approval with major warranty providers, including Premier Guarantee and LABC Warranty, providing additional confidence for developers and homeowners.

Ready to Specify ProWall?

Whether you’re designing a new steel frame development, refurbishing an existing building or looking for a fully compliant rendered rainscreen solution, our technical team is here to help.

We’ll work with you from concept through to completion.

Get in touch today to discuss your next project or request a copy of the ProWall Technical Manual.

Call: 01647 24620
Email: sales@sas-europe.com

New FreeDeck Pro supports specifiers with A15 load rating for projects with public-access

Building Products Index Ltd Building Drainage, Drainage, Uncategorized Leave a Comment

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To help specifiers and architects working on buildings with balconies, roof terraces or walkways, ACO Building Drainage has introduced FreeDeck Pro for projects requiring pedestrian load class channels for public-access areas.

Applications include perimeter and threshold installations where drainage needs to direct water away from building edges. These may be balcony and roof-terrace perimeters, walkways using pedestal paving, and transitions including bifold door units. Paving or decking can allow runoff to pass beneath slabs where FreeDeck Pro’s open-sided channel collects it and directs it to a suitable outlet.

Unlike enclosed threshold drains, which receive water through a top grate, FreeDeck Pro takes water from multiple directions, allowing it to guide runoff through slabs and ballast, as well as directing sub-surface water downstream.

FreeDeck Pro has two depths– both of which meet A15 load class requirements suitable for pedestrian areas and is the recognised safety benchmark for specifying channels in public-access settings.

Erik Mul, Product Manager at ACO Building Drainage, said: “The challenge of directing runoff safely while maintaining clean and pleasing settings is a challenge that architects and specifiers have to tackle long before plans are realised. FreeDeck Pro is a significant step forward in balcony and terrace drainage as its A15 rating ensures it is safe for foot traffic as well as wheelchairs and prams, while multiple inlets allow for effective drainage.

“We’ve thoroughly tested FreeDeck Pro to ensure it complies with BS EN 1433 so specifiers and architects can have peace of mind that their projects meet all relevant requirements and uphold high safety standards.”

To find out more on the FreeDeck Pro, see ACO.co.uk.

GEZE UK Shortlisted in 11 Categories at the National Fenestration Awards 2026

Building Products Index Ltd Automated systems, Automatic door system, Automatic Window systems Leave a Comment

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GEZE UK is proud to announce that it has been shortlisted across an impressive range of categories at the prestigious National Fenestration Awards 2026, recognising both individual excellence and product innovation across the business.

GEZE UK has received nominations spanning sales, customer service, leadership, and technical innovation, highlighting the strength and depth of talent within the organisation, as well as our continued commitment to delivering high-quality solutions for the built environment.

The full list of categories GEZE UK has been nominated for are:

  • BDM/Sales Executive of the Year – Andy Iredale, GEZE UK
  • Customer Service / Operations Person Of The Year – Tracey Hickling, GEZE UK
  • Customer Service Company of the Year  – GEZE UK
  • Managing Director/Director Of The Year – Kaz Spiewakowski, GEZE UK
  • Door Component Of The Year – UFO NT, GEZE UK
  • Fire Door Product of the Year – Slimdrive EMD-F, GEZE UK
  • Hardware Company Of The Year – GEZE UK
  • New Product Of The Year – MCRdrive, GEZE UK
  • Office Manager Of The Year – Tracy Mason, GEZE UK
  • Window Component Of The Year  – myGEZE Control, GEZE UK
  • Young Person Of The Year – Hope Kendall, GEZE UK

How to Support GEZE UK

The process is simple, simply visit the official National Fenestration Awards website, enter your details and select the dropdown for each respective award and press submit.

We appreciate all the support.

[VOTE FOR GEZE UK]

About the National Fenestration Awards

The National Fenestration Awards are widely regarded as one of the industry’s most respected accolades, celebrating the very best in the UK’s window, door, and glazing sector. Winners are determined by industry votes, making these shortlistings especially meaningful as they reflect recognition from peers and customers alike.

GEZE UK extends its congratulations to all fellow finalists and looks forward to the awards ceremony later this year.