DERELICT WAREHOUSE TRANSFORMED INTO MODERN APARTMENTS USING LOGIK 70MM SYSTEM

Building Products Index Ltd Doors, PVC-U, PVC-U, Windows Leave a Comment

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  • Redevelopment in Leicester transforms a derelict warehouse into new apartments.
  • The Logik 70mm chamfered system in Black Ash specified as a sustainable alternative to aluminium.
  • With a U-value of 1.2, the Logik 70mm system met the aesthetic and acoustic standards required.
  • Logik, which contains 32% recycled PVC-U, helped reduce the project’s environmental footprint.

Challenges Encountered in Redeveloping a Derelict Site

The redevelopment of a derelict warehouse, alongside the construction of three new apartment blocks in Leicester city centre, presented several significant challenges. Initially, brown aluminium was specified to align with the area’s aesthetic. However, the project’s primary goal was to transform the neglected site into modern, high-quality apartments that would contribute to the wider regeneration efforts in the city centre. In response, Nu Openings proposed the Eurocell PVC-U 70mm Logik Chamfered system in Black Ash and Syncro sliding doors as a more cost-effective and sustainable alternative to aluminium.

This specification change introduced the need for careful adherence to local planning protocols, collaboration with architects, and compliance with Building Regulations. Additionally, the derelict state of the warehouse added complexity to the project. On-site safety during the measurement of every window was paramount, and the team also had to contend with structural irregularities and environmental factors, such as the presence of pigeons.

Innovative Solutions for Modern Apartment Design

Nu Openings, contracted to install the windows and doors, worked closely with Padmore Construction and Eurocell’s Commercial team to overcome these challenges. The choice of the Logik 70mm system was driven by its exceptional thermal performance, achieving a U-value of 1.2, while offering significant cost savings compared to aluminium. Eurocell’s foiled Black Ash finish provided the ideal solution, balancing the need to match local architectural aesthetics with energy efficiency goals.

Steve Carvell from Nu Openings, who spearheaded the specification change, noted the challenge of ensuring that PVC-U could meet both the aesthetic and functional requirements of the project. Eurocell’s Technical team collaborated closely with architects, providing detailed technical drawings and support to secure planning approval, ensuring the project’s success.

Steve shared:

“Convincing the planners and architects to switch from aluminium to PVC-U wasn’t easy. It wasn’t a straight swap – we had to make sure the new material met all the aesthetic, structural, and thermal requirements.

“Eurocell’s Technical team played a crucial role in this process, providing detailed drawings and performance data to demonstrate how Logik 70mm could deliver on energy efficiency, durability, and design. The team’s expertise helped us navigate complex planning approvals and ensured that the new specifications not only met, but exceeded expectations, ultimately securing the confidence of all stakeholders involved.”

Despite the derelict state of the existing building, which required creating new structural openings for window installations and precise on-site measurements, the installation of over 220 frames has been successfully completed. The project involves more than 1,000 frames, with 90% of the installation carried out internally. This approach has minimised the need for external scaffolding, streamlining the process and reducing the impact on pedestrian safety around the site.

Delivering Cost Savings and Sustainability

Although the project is ongoing, the decision to shift from the originally specified aluminium to the Logik 70mm system has already yielded significant cost savings, while delivering high-performance, energy-efficient windows. The chosen design seamlessly integrates with the surrounding architecture, preserving the city’s identity while offering a modern, sustainable solution.

Kelly Hibbert, Head of Commercial at Eurocell, highlighted the critical role of acoustic performance in the project, with bespoke glazing solutions designed to meet rigorous noise reduction standards:

“This project extended far beyond aesthetics – the windows needed to comply with strict acoustic requirements. The successful collaboration between planners, architects, and Nu Openings enabled us to meet every aspect of the design brief, transforming a derelict site into modern, energy-efficient apartments.”

“In addition to the performance benefits that the Logik 70mm system brought to this development, Eurocell’s sustainability credentials were also a key advantage. Our products, containing an average of 32% recycled PVC-U, contribute to the construction sector’s increasing focus on environmental responsibility and the complex journey towards achieving Net Zero.”

The redevelopment of the derelict warehouse, along with the construction of three new buildings as part of this project, aligns seamlessly with the broader initiative to enhance both the functionality and aesthetics of the city.

For more information on how Eurocell can assist you in delivering your next project, please contact the team commercialsales.profiles@eurocell.co.uk.

Clement Conservation Rooflights chosen for Jools Holland music venue!

Building Products Index Ltd Steel, Windows Leave a Comment

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Clement Windows Group has supplied rooflights from its Clement Conservation Rooflights range for 1-5 St Paul’s Square in Birmingham.

This historic Georgian building is home to multiple office units and a landmark venue known as The Jam House.  Opened in 1999 by Jools Holland designer and Neil Tibbat, the multi award winning venue offers live music and fine dining.

Eleven rooflights from the Clement 3, Clement 4 and Clement side hung ranges, all in a slate profile, were installed at the venue.

Richard Clews from Jubb Clews Ltd, who were the architects working on the project, said:

“1-5 St Paul’s Square is a Grade II Listed Building in Central Birmingham that was constructed in c1780 as town houses around a classic Georgian Square.

The project included repairing the traditional slate roofs and lead-lined parapet gutters.  Key design considerations included improving thermal performance and increasing the capacity of rainwater disposal to accommodate modern storm surges whilst remaining sympathetic to the traditional architectural details.  The works were funded from the planned maintenance budget.

Clement Conservation Rooflights were perfectly suited to this application.  Several of the top hung windows were used for the upper floors whilst the side hung windows were used for the roof maintenance access.”

Manufactured for either a slate or a tile profile and available in eight standard sizes, Clement Conservation Rooflights are constructed from strong mild steel sheet for extra strength, and coated in polyzinc and polyester powder paint for durability.

The rooflights comprise high performance, argon filled, 24mm insulated glass units and come with a revolutionary warm T bar system.  Available with several glazing options, including self-cleaning glass as standard, Clement’s rooflights are manufactured to EN ISO 9001 standards and rigorously tested against air, wind and rain to BS6375.  They have achieved a BFRC Window Energy Rating of A+.

Clement Windows Group offers an innovative range of steel windows, doors, screens and rooflights, specialising in conservation work for both private residences and commercial projects.

01428 643393              info@clementwg.co.uk                      www.clementwindows.co.uk

Briza Net Zero to heat and cool the first delivery of homes at Hampshire’s new sustainable garden village

Building Products Index Ltd Heating, Radiators Leave a Comment

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Jaga UK’s state-of-the-art Briza Net Zero heat pump radiator has been selected to heat and cool some of the first new homes at Welborne, a new generation sustainable garden village near Fareham, Hampshire.

Designed by Buckland Group, Welborne, one of the largest new community projects in the UK, is under construction and will become a place for 15,000 people to live, work and play, consisting of connected and energy efficient homes integrated with extensive publicly accessible green space. This latest announcement reinforces Welborne’s commitment to embedding sustainable solutions throughout the development.

Jaga’s Briza S Net Zero model was chosen for its slimline, elegant design and exceptional energy performance. The compact yet powerful unit provides efficient heating and cooling via Welborne’s ambient water-source heat network – the largest of its kind in the UK.

Developed by Last Mile Heat in collaboration with Rendesco, the sustainable energy network supplies low-carbon heating, cooling, and hot water, helping to significantly reduce the community’s carbon footprint and deliver long-term energy savings for residents.

At the heart of the network is Portsmouth Water’s underground Hoads Hill Reservoir, which provides water at a stable temperature of approximately 10–12ºC. This water is pumped into each home’s heat pump system, where it is warmed to 45ºC before circulating through Jaga’s Briza Net Zero emitters. During the summer, the same system delivers cooling by channelling cooler water through the Briza Net Zero units, providing an efficient, climate-friendly alternative to air conditioning.

The initial phase of the project will supply heating and cooling to 700 new homes, along with commercial premises and community buildings, gradually expanding to serve all planned 6,000 homes and 15,000 residents. Notably, this sustainable energy network is projected to cut CO₂ emissions by 90% compared to gas boilers, saving over 272,000 tonnes of carbon in the first 25 years of operation and providing residents with ongoing energy savings. Recently, the Green Heat Network Fund awarded £2 million to support the network’s development, further reinforcing its positive impact on the environment and local community.

Phil Mangnall, Managing Director of Jaga UK, commented, “We’re incredibly proud to be part of this forward-thinking development that prioritises sustainability and energy efficiency. Our Briza Net Zero emitters are specifically designed to work seamlessly with renewable energy systems, delivering high heat output at lower flow temperatures. This means less energy is needed to heat the water from the reservoir, creating a highly efficient system. Their slimline, sleek design also complements the timeless architecture of the homes, adding both style and functionality. It’s exciting to see these emitters play a key role in the UK’s largest water-source heating and cooling network.”

In delivering this ambitious project, Jaga UK is collaborating with Welborne’s housebuilder partners, including Thakeham, Pye Homes and CG Fry. These developers are creating sustainable and high-quality homes to meet the needs of future generations. Jaga is also working closely with the developers’ chosen heat pump partners, NIBE and others, to provide a cohesive heating and cooling system for each development.

Welborne Garden Village is an ongoing development, and prospective residents will benefit from new schools, healthcare, sports and leisure facilities, along with a range of retailers, and a science and technology park. Taking a nature-led design approach, more than 50% of Welborne will be accessible green space woven throughout, and the garden village will be biodiversity positive with wildlife and natural habitats restored from previously intensively farmed agricultural land.

Construction on the first phase began in 2024, and Welborne will welcome its first residents early this year.

 

Dulux Trade Introduces 99.9% VOC free Paints range for Healthier Indoor Environments

Building Products Index Ltd Paint Leave a Comment

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Dulux Trade has announced the launch of its latest range of low VOC (Volatile Organic Compounds) paints, aimed at promoting healthier indoor air quality. The new formulations for Dulux Trade Diamond Matt, Vinyl Matt, and Super Matt are now 99.9% VOC-free, setting a new standard in the industry.

Dulux Trade Diamond Matt is celebrated for its durability and superior finish. This water-based paint can withstand up to 10,000 scrubs, ensuring long-lasting beauty for walls. Its low VOC content significantly reduces the emission of harmful chemicals, contributing to a healthier living environment.

Dulux Trade Vinyl Matt offers excellent opacity and coverage, ensuring a uniform finish. The reformulated paint is also 99.9% VOC-free, making it a safer choice for both residential and commercial spaces. It meets stringent sustainability standards such as BREEAM and LEED, which are crucial for green building certifications.

Dulux Trade Super Matt is designed for new plaster and surfaces prone to imperfections. Like the other two products, it is also 99.9% VOC-free. This paint is ideal for creating a smooth, even finish while maintaining a low environmental impact.

The benefits of using low VOC paints are numerous, including improved indoor air quality, healthier living spaces, reduced environmental impact, and compliance with various environmental standards and certifications.

Dulux Trade’s commitment to sustainability and innovation ensures that customers can achieve a beautiful finish without compromising on air quality or environmental impact.

For more information, visit the Dulux Trade website: https://www.duluxtradepaintexpert.co.uk/en

MARLEY ACHIEVES BBA CERTIFICATION FOR ITS SOLARTILE® RANGE

Building Products Index Ltd Roofing, Tiles Leave a Comment

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Leading roof systems manufacturer, Marley has been awarded with a British Board of Agrément (BBA) certification for its innovative SolarTile® 410W range, which includes flashing kits and integrated solar panels. This certification uniquely confirms that Marley SolarTile® meets stringent standards for electricity generation from sunlight on pitched roofs between 20° and 60° on both domestic and non-domestic buildings.

The BBA certification validates the performance, safety and sustainability of Marley’s SolarTile®, confirming its full compliance with building regulations, technical specifications and design considerations. It also reflects the outcome of rigorous assessment in areas such as mechanical resistance, fire safety, hygiene, environmental impact, energy efficiency, and durability.

Assessment criteria

In response to a significant uplift in the use of solar PV, the NHBC announced more stringent requirements in the 2024 Technical Standards update. As roof integrated solar systems are classified as products that perform critical fire-resistance and weatherproofing functions. The new standards now include the requirement to demonstrate an acceptable level of durability, and that the life expectancy should be confirmed by an independent technical approvals authority.

This BBA certification included an assessment of the durability of the complete solar system and confirms the lifetime of the product is equivalent to the roof structure with which it is applied.

Key areas evaluated included:

  • Mechanical resistance and stability: Ensuring the system can withstand wind loads, physical impacts and other stresses.
  • Safety in case of fire: Verifying the system’s fire resistance, to protect building occupants.
  • Hygiene, health and environmental safety: Ensuring the range has no harmful impact on building occupants or the environment.
  • Energy economy and heat retention: Demonstrating the system’s ability to generate energy efficiently and contribute to heat retention.
  • Durability: Assessing the system’s long-term performance and lifespan.

In addition to product evaluation, the BBA’s review also included an assessment of Marley’s manufacturing processes, delivery, handling, storage, and maintenance protocols. The company’s commitment to regular production assessments and formal 3-yearly reviews ensures quality controls remain consistent throughout the system’s lifecycle.

Future-ready roofing
The BBA certification provides housebuilders and specifiers with confidence in the performance and reliability of Marley’s SolarTile® system solution for pitched roofing applications. Whether for new builds or roof refurbishments, this solar energy solution is designed to integrate seamlessly within the roof, offering a sleek, unobtrusive aesthetic whilst generating electricity from sunlight.

Marley’s SolarTile® brings together cutting-edge solar technology with a traditional roof aesthetic, whilst a system that is fully compliant with current building regulations.

Daniel Redfern, Head of Marketing Communications at Marley, commented: “Achieving BBA certification for our SolarTile® 410W system further reinforces our commitment to delivering high-performance, durable roofing solutions. The certification assures customers that Marley’s SolarTile® 410 panels and associated fixings and flashings, meets stringent standards for safety, durability and efficiency, providing a reliable choice for those seeking to incorporate solar energy into their building projects.”

For more information, visit Marley’s website.

Farewell to a Pioneer: Roger Critchley Retires from Addagrip

Building Products Index Ltd Resin Bound Surfacing Leave a Comment

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The resin industry bids farewell to one of its most influential figures as Roger Critchley, Managing Director of Addagrip, retires. Roger has been at the forefront of innovation and excellence, not only driving the success of Addagrip but also setting industry benchmarks.

A highlight of Roger’s illustrious career includes collaborating with the British Board of Agrément to establish the BBA certification for resin systems—a testament to his commitment to quality and industry advancement. Additionally, Roger spearheaded the development of the Addagrip 1000 System, a revolutionary concrete repair solution that has transformed the maintenance of airfield pavements and concrete roads worldwide.

His leadership has seen Addagrip through countless achievements, including prestigious projects at Constitution Hill and Kew Gardens. Roger’s departure marks the end of an era, but his legacy will continue to inspire the resin industry for years to come.”

Thermally broken steel windows and doors manufactured by Clement

Building Products Index Ltd Doors, Steel, Steel doors, Windows Leave a Comment

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Clement Windows Group has manufactured new, thermally broken steel windows and steel doors for an office building in Central London.

The existing commercial premises at 22-23 Little Portland Street comprised ground, basement and four upper floors.  Robson Warren Architects were briefed to design a scheme to improve the office facilities and services to enable the building to attract further tenants.

It was important that any proposals took account of the environmental sustainability of the works and their impact on the property which is located in the East Marylebone Conservation Area.

Clement manufactured bespoke steel windows and doors from the Jansen Janisol Arte 2 and Jansen Janisol HI ranges.  The new windows and doors comprised thermally broken steel windows, thermally broken French doors and thermally broken, triple glazed lift and slide doors.

Peter Warren of Robson Warren Architects commented:

“The installation was completed to our satisfaction without any significant issues, and we would not hesitate to return to Clement Windows for enquiries about future steel-framed window projects.”

Clement manufactures slender Jansen steel profile window and doors which meet the highest requirements of thermal insulation, security and fire protection, as well as mechanical strength and longevity.  Suitable for restoration work as well as new build projects, the slim frames can be fitted into all opening types.  Steel doors manufactured from Jansen cold formed steel profiles are very resilient and therefore suitable for areas of high footfall.

Tel: 01428 643393   Email: info@clementwg.co.uk         Web: clementwindows.co.uk

A level playing field for embodied carbon calculations

Building Products Index Ltd Blocks, Concrete Leave a Comment

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The first step to being able to accurately compare the embodied carbon of different building products is to have a level playing field for carbon reporting.

Calculating carbon is complicated. Working out the embodied carbon of a building product is more complex than simply taking one figure from a report. However, the first step to accurately comparing the embodied carbon of different building products is to have a level playing field for carbon reporting.

Embodied carbon guidelines

To determine the carbon embodied in a particular product, the construction industry relies on established guidelines and technical guidance in the form of product category rules (PCRs), and environmental product declarations (EPDs).

PCRs provide the category-specific guidance for estimating and reporting product lifecycle environmental impacts. EPDs disclose the life cycle environmental performance of products using pre-determined parameters.

The quality of the information in the EPD must be verified by a third party before it can be registered and published.

A major challenge for specifiers is that the data found in EPDs can vary significantly.

Inconsistencies in calculation

Comparing EPDs for different products can be complicated as there are elements that may not be consistent from one EPD to another. For example, different methodological approaches may be taken; generic rather than product-specific data may be used, and non-required fields – such as A4 Transport – may be included in some EPDs and not others.

Inconsistencies in information contained in an EPD can have a major impact in terms of product specification. This is particularly true when comparing biogenic products such as timber with products manufactured using other materials, and critically, it will impact the figure for carbon embodied in a building.

This is highlighted in a report published by engineering consultancy LBP SIGHT, which analysed 48 EPDs for wood products[i]. The report Carbon Accounting for Building Materials – An assessment of the Global Warming Potential of biobased construction products, states: “The assessment of PCR and EPDs of wood-based products shows that inconsistencies both at the system level of PCR and the implementation in EPDs exist. Ultimately, this results in skewed declared values for CO2e emissions at the product level, and therefore in comparison with alternative products”.

RICS standardisation of LCAs

The RICS Whole life carbon assessment (WLCA) for the built environment, section 4.7, explains the types of carbon data that should be used in a WLCA[ii]. It recommends the Built Environment Carbon Database as the first point of reference to identify carbon data for construction materials and products. According to RICS, EPDs using EN 15804 and ISO 21930:2017 are preferred.

EN 15804 requires all product EPDs that contain biogenic carbon to be modelled on their full life cycle. The RICS WLCA does allow for Cradle-to-Gate EPDs, but only if biogenic carbon is totally excluded.

It is worth noting that the older version of EN 15804, which dates to 2013, used to allow Cradle-to-Gate for biomass materials. This has allowed some timber products to report carbon credits instead of impacts, which can be misleading where legacy EPDs are referenced.

An EPD produced in accordance with EN 15804 must also comply with the requirements of ISO 14044, the International Life Cycle Assessment (LCA) standard, and ISO 14025, the international standard covering EPDs for construction products.

The standard EN 15804 defines a series of modules covering carbon emissions over a product’s various lifecycle stages:

  • A1-A3 production stage
  • A4-A5 construction stage
  • B1-B5 use stage
  • B6-B7 operational carbon stage
  • C1-C4 end-of-life stage.

At H+H, we have ensured that our product EPDs cover each of these sections to transparently report the full lifecycle, Cradle-to-Grave, of our products. We believe that product manufacturers have a responsibility to report as accurately as possible the environmental impact of their products across their full lifecycle. However, there is still work to be done by regulatory authorities to ensure a level playing field for all embodied carbon reporting in the construction sector.

The continued variation between EPDs only emphasises the importance of standardised methodologies and high-quality data in EPDs to ensure meaningful and accurate comparisons.

[i] LBP Sight. Carbon Accounting for Building Materials: An assessment of Global Warming Potential of biobased construction products. 2022. https://www.ca4bm.eu/CA4BM_Final_Report.pdf

[ii] RICS. Whole life carbon assessment (WLCA) for the built environment. https://www.rics.org/profession-standards/rics-standards-and-guidance/sector-standards/construction-standards/whole-life-carbon-assessment.html)

CLOSING THE LOOP: EUROCELL AND BIFFA SUCCESSFULLY TRIAL NEW PVC-U WASTE MANAGEMENT SCHEME FOR THE TRADE

Building Products Index Ltd Doors, PVC-U, PVC-U, Windows Leave a Comment

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The Environmental Challenge: PVC-U Waste and Its Impact

PVC-U based products, like windows and doors, often end up in landfills when they aren’t recycled, contributing to environmental damage, increasing carbon emissions, and wasting raw materials.

As a leader in PVC-U recycling, Eurocell recognised the need to offer its trade customers a comprehensive recycling solution that would not only reduce waste but also enhance their own sustainability efforts.

With a long-standing commitment to sustainable practices, Eurocell aims to create a closed-loop recycling process that collects used PVC-U directly from customers, recycling it into new products for the construction and fenestration industries.

To achieve this, Eurocell sought a partner with extensive waste management experience and the infrastructure to provide a reliable, scalable solution. There was no better choice than Biffa, which offered the expertise and logistical support to implement a PVC-U collection service tailored for Eurocell’s trade customers, including fabricators and installers.

Strategic Partnerships: Leveraging Biffa’s Expertise

In February 2023, Eurocell and Biffa launched a trial of a domestic PVC-U collection service within a 30-mile radius of NE28 – this covers a large part of the North East.

An innovative model was introduced, where Eurocell worked with smaller traders and collections could be booked alongside new product orders. Collected PVC-U was then consolidated at hubs and transferred to Eurocell’s recycling facility, ensuring that materials were repurposed into new products through a closed-loop process.

Samantha Wood, Corporate Account Manager at Biffa said:

“We’re proud to deliver comprehensive waste management solutions that support our partners in achieving their sustainability goals. Our collaboration with Eurocell is a prime example of how we can support a closed-loop recycling system that keeps valuable materials out of landfills and contributes to a greener future.”

Trial Success: Tangible Impacts on Recycling Efforts

Since the trial began, the Eurocell and Biffa partnership has achieved significant milestones:

  • 195 collections were completed, with zero failed collections—a 100% success rate.
  • A total of 2,568 PVC-U frames were collected and recycled, which would have otherwise ended up in landfill. This equates to over 25 tonnes of PVC-U.
  • Eurocell has enhanced its feeder stock with recycled PVC-U, reinforcing its position as a market leader in sustainable recycling for the construction and fenestration industries.
  • The closed-loop recycling process is actively reducing carbon emissions and supporting a circular economy by reclaiming valuable raw materials that would otherwise end up in landfill.

Sandra Gaspar, Head of Recycling, at Eurocell said:

“Our partnership with Biffa has had a tremendous impact on our sustainability efforts, allowing us to recycle over 2,500 PVC-U frames, keeping our precious plastic feedstock out of landfill. This collaboration perfectly aligns with our commitment to a closed-loop recycling process, reducing waste and supporting a more sustainable future for both our customers and the environment.”

Future Expansion: Scaling Sustainability Solutions

The trial has been so successful that Eurocell and Biffa plan to expand the PVC-U collection service further by January 2025, extending the reach to more customers and locations. This expansion will provide even more trade customers with a sustainable, easy-to-use waste management solution.

Whether you need to discuss your recycling goals or arrange a collection for your PVC-U waste, we’re here to help so contact us, email: recycle@eurocell-recycle.co.uk, phone: 0333 777 3042.

The Platform Lift Company Launches Exclusive Online Parts Portal

Building Products Index Ltd Lift, Platform Leave a Comment

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The Platform Lift Company is proud to announce the launch of its groundbreaking online parts portal, a first-of- its-kind innovation in the platform lift industry. Designed as a comprehensive hub for premium spare parts and accessories, the portal promises to transform the way engineers and trade professionals access and manage their platform lift components.

With an extensive inventory of over 400 products, the platform offers an unrivalled selection from leading brands, including Aritco, Cama, LiftUp, Motala, and Vimec. This collection ensures the perfect match for any platform lift, empowering users to achieve optimal performance and longevity.

Key Features and Benefits:

  • A Centralised Solution: Access a vast range of spare parts and accessories all in one place.
  • Seamless E-Commerce Experience: Purchase products easily through our user-friendly online store.
  • Swift Delivery: Fast turnaround times ensure minimal downtime for your platform lift.
  • Trade Account Perks: Enjoy effortless credit applications, exclusive discounts, and dedicated support.
  • Comprehensive Technical Resources: Unlock access to detailed schematics, blueprints, and video guides for added convenience.
  • Customisable Parts List: Save frequently used items for quicker reordering and personalised efficiency.
  • Expert Assistance: Our team is available to answer enquiries, ensuring a smooth and stress-free experience.

In addition to a wide selection of top-quality brands, Platform Lift Company offers a range of resources to support customers, including schematics, blueprints, detailed instructions, and informative video guides. These video guides include step-by-step instructions on how to fix common faults and perform maintenance tasks, providing invaluable assistance to engineers.

Trade customers will especially benefit from special discounts, easy credit facilities, and exclusive technical insights, making this a one-stop solution for all their spare parts needs. The Platform Lift Company’s online parts store is now live and ready to serve. Experience the convenience, reliability, and innovation that define the future of the platform lift industry.

“We are thrilled to introduce our new spare parts website to the industry,” said Rachel Baker, Marketing Manager at the Platform Lift Company. “With over 20 years of experience in platform lift innovation, we understand the challenges engineers face when sourcing parts. Our goal is to provide a one-stop solution that simplifies the process and ensures consistent, reliable deliveries, while also offering a wide range of resources, including schematics, blueprints, instructions and informative video guides, to support our customers at every step.”