If you need an aluminium commercial door, just ask Jack. Fabricators can find everything they need to create high-quality, secure and thermally efficient commercial doors, in the new TD68 Jack Door brochure from systems specialist Jack Aluminium – available to download at www.jackaluminium.co.uk.
“As part of our marketing support for fabricators, we’ve launched the brochure so they can give their customers a simple, at-a-glance reference to the benefits of the Jack Door system,” says Ash Pearson, Sales Manager at Jack Aluminium.
“The Jack Door gives fabricators an easy route towards meeting PAS 24 and Secured by Design. It’s the ideal choice for schools and colleges, hospitals, local authorities and other commercial buildings where security is essential.”
The brochure covers the most comprehensive range of PAS24 commercial doors available, including controlled access, emergency exit and remote access, and a wide variety of hardware and colour options.
All door profiles have in-built strength, security and thermal efficiency, backed by extensive independent testing. “The Jack Door helps fabricators to meet robust specification guidelines. The TD68 system has passed PAS 24 and is fully Q marked, so it is ready for fabricators to attain Secured by Design status.
“The Jack Door also gives fabricators real design flexibility. It has been tested up to 1300 mm wide by 2480 mm high to comply with DDA (Disability Discrimination Act) clear opening directives and we’re constantly testing new sizes. We have also tested sidelights & fanlights to PAS 24, allowing customers to build SBD compliant screens.
“When it comes to thermal efficiency, we have achieved a U-value of 1.7 W/m2k on a 1230 mm wide door.”
Jack Aluminium maintains extensive aluminium stock holding for fast delivery, and offers expert service & support to fabricators and their customers.
The largest single office development in the Channel Islands utilises multiple aluminium glazing systems from leading provider Reynaers.
Extending to over 200,000 sq ft, Jersey Esplanade contains large, open plan office spaces across six storeys which surround a central atrium and circulation core. Maximising the coastal location, this allows breath-taking panoramic views of St Aubins Bay and creates a striking new gateway to St Helier.
The BREEAM-rated building combines modulated stone cladding with expansive areas of Reynaers aluminium curtain walling and is occupied by blue-chip brands such as Royal Bank of Canada, Deloitte and C5 Alliance.
Architects at Axis Mason have created a modern, innovative co-working space that facilitates collaboration with its open layout. The project is otherwise known as Gaspé House, a name selected to mark cultural links between Jersey and Canada and remember the Jersey fishermen who settled in Gaspé, Quebec, many years ago.
Dave Rees, Consult Project Manager at Reynaers, said: “The conditions of the building location on this development proved a challenge. With seafront projects, timing is everything. Unitised facades therefore provided the perfect solution for Jersey Esplanade due to their speed of build and increased fabricator efficiency, with no compromise on performance or aesthetic quality”.
With high execution speed and available in two glazing variants, elements of curtain walling system CW 86 can be pre-assembled in the workshop to decrease time on the building site. Cassettes can then be hooked onto a traditional stick structure or the façade can be built up element by element according to the modular curtain wall principle.
Rebecca Cope, Marketing Manager at Reynaers, said: “Reynaers prides itself on developing, where required, bespoke solutions to meet all glazing requirements. For Jersey Esplanade, efficient CW 86 unitised facades and CW 50 curtain walling gave the architects design freedom to accommodate large glazed areas, as well as meeting their time constraints.
“The project also spectacularly showcases our CS 68 and CS 77 aluminium windows and doors, helping the build to achieve its BREEAM status with their excellent performance credentials and sustainability benefits.”
Project address: 66-72 Esplanade, St. Helier, JE2 3QA
Architects and interior designers can add an atmospheric touch to their scheme with Neaco’s contemporary balustrade featuring integral LED lighting.
The LED under-lighting can be specified as part of a multitude of modular design options including a comprehensive choice of infills, from toughened glass and rails to mesh, tension wire and perforated panels. Aluminium balustrade is available in a wide variety of solid and metallic finishes and the Spectrum range also includes free-standing structural glass, glass-panelled Juliet balconies and glass-panelled walk-on balconies.
Neaco’s National Sales Manager, Peter Melia, said: “The LED under-lighting is another impressive example of the superior architectural aesthetic which characterises our Spectrum balustrade range. The company boasts a rich pedigree in design innovation. We’ve introduced some exceptionally popular product developments in recent years, including Timberline, a wood-effect aluminium balustrade system with a powder coated finish which reproduces the intricate detailing of natural oak grain, and Neatdek 188 aluminium decking with concealed drainage gaps below the surface to provide an unrivalled combination of privacy, low maintenance and safety underfoot.”
All Neaco products are backed by a class-leading Lifetime Guarantee – further information is available at www.neaco.co.uk
The former Van der Elst cigar factory in Leuven has undergone a metamorphosis into an urban oasis. Where the roar of machinery and the aroma of tobacco used to dominate, Jaspers-Eyers Architects has now created a mix of residential units, offices and
shops around a series of green outdoor areas.
The ‘7Even Gardens’ build makes use of slim line, steel-look aluminium windows from Reynaers, turning an old factory into a pleasant living environment.
The factory complex dates from 1875 and has been expanded many times over the years. A number of buildings have been demolished in order to create space for the gardens. These gardens are constructed around the three renovated buildings and a new-build block. Architect John Eyers made sure that both the business premises and apartments, ranging in size from 50 to 200 square metres, have strikingly high ceilings and an abundance of daylight entering the properties.
From an urban development perspective, Eyers was looking for a new dynamism while still trying to preserve the original character of the building. “We have left the existing column structure and the technical features as visible as possible with the intention of reinforcing the industrial look rather than eliminating it. After all, this is what distinguishes the building from new-build projects, and the reason why people specifically choose this spot.”
The slim line steel-look window product from Reynaers imitates the look of the original window frames. Slim Line 38 is one of the latest additions to Reynaers product range and an advancement of Reynaers’ original CS 38 window system, which is featured on 7Even Gardens. SL 38 has exactly the same aesthetic but benefits from even better performance. It boasts the look and feel of steel, supported by the superior qualities of aluminium.
Rebecca Cope, Marketing Manager at Reynaers, said: “With its highly desirable slender appearance and market-leading energy efficiency, the SL 38 has proved itself to be a truly versatile system.
“A perfect all-rounder, it is ideal for new builds and renovation projects alike, allowing the preservation of a vintage look or the creation of a fresh and modern build.”
A highly insulated system of inward and outward opening windows and doors, SL 38 combines lightweight elegance and comfort with a unique design. Combined with its stability and ease of production, this system offers an ideal solution for both new-build constructions and the renovation of steel-framed windows and doors. Whilst the original design is respected, a vast improvement on thermal insulation is achieved.
SL 38 is available in three unique design variants – Classic, Cubic and Ferro – with its slim lines allowing an abundance of light and large glass panes. This also makes the system ideal for steel replacement, providing a weightless frame whilst retaining its strength and enhancing its performance.
A special modification to the design also means the system is available with hidden hinges, whilst the use of glazing bars will achieve a more traditional design. The minimalistic frame is reinforced by an invisible drainage system, avoiding the use of drainage caps on the exterior of windows and doors.
The windows and doors can be provided with double and triple glazing with a glass thickness of up to 55mm without losing the ultra-slim look. In combination with its superior insulation capabilities, the system provides the perfect harmony between durable material, clean design and demanding architectural challenges.
SL 38 features a highly insulated three-chamber system with ultra-slim profiles for increased thermal characteristics. The solution is available in fixed, turn, and turn-tilt variations with Uw values of 1.4 W/m²K or greater depending on the configuration.
For optimum end user comfort, the SL 38 product offers excellent weather performance with air tightness of Class 4 (600Pa) and water tightness Class 9A (600Pa). This strong performance also extends to safety, with a burglar resistance class of 2 and fire resistance class EW 30.
A new animation from Mitsubishi Electric is highlighting how commercial premises can benefit from reliable, renewable heating to help reduce energy bills whilst also qualifying for 20 years of Renewable Heat Incentive (RHI) payments.
“Over half the emissions from a typical commercial property are due to water and space heating and finding ways to reduce energy here can make a real difference to people bills and the nation’s carbon reduction targets,” explains Graham Temple, marketing manager for the company’s range of Ecodan commercial heating systems.
Heat pumps are recognised by both EU and UK Governments as renewable because they maximise the amount of heating for every kilowatt of electricity consumed.
The short animation focuses on two renewable heat pump products in the market-leading Ecodan range, with the packaged, Monobloc CAHV air source system and the CRHV ground or water-source solution.
Both will connect to radiators or underfloor heating systems and can work independently or in conjunction with other heating systems.
The units are also modular, meaning they can be installed in phases to increase design flexibility and will work in rotation to match demand and prolong equipment life.
The air source is available up to 688kW and the ground/water source will deliver 960kW, making them ideal for many commercial buildings, whether new-build or refurbishments.
“We’ve used a school in the animation, but the principles also apply to almost any commercial building owner who wants to reduce energy bills and receive RHI payments,” adds Temple.
A new brochure from Mitsubishi Electric highlights all of the central plant solutions that the company can offer to help reduce energy consumption in our built environment.
Commercial buildings in the UK remain massive consumers of energy and, at the same time, the nation has to address the need to reduce emissions if we are ever to meet ambitious carbon reduction targets.
“Our occupied spaces have to be made more energy-efficient, less carbon intensive and incorporate renewable energy where possible,” explains Graham Temple, Marketing Manager for the company..
Key drivers, from climate change and fuel poverty to Government legislation and increasing consumer pressure, are leading to changes in how we produce and consume energy.
With our national fossil-fuel supplies dwindling, along with our energy independence, how we provide solutions to address these changes is fundamental.
“The good news is that many of the solutions are affordable, scalable and available now,” adds Temple, “we have created this brochure to highlight examples where the installation of well-designed, energy efficient central plant has really made a difference.”
The brochure looks at both the e-series modular chiller range and the comprehensive NX chiller line up. It details the renewable heating options available with the Ecodan range of air, ground and water source heat pumps and explains how the company’s advanced range of Lossnay (Mechanical Ventilation with Heat Recovery (MVHR) Systems and Air Handling Units (AHU) can reduce energy consumption for almost any building.
The brochure also looks at large VRF air conditioning systems including the company’s award-winning Hybrid VRF which uses water to heat and cool in occupied spaces, removing the need for leak detection.
“The other area we specialise in that can sometimes be overlooked is controls because you can have the best equipment in the world but it simply will not deliver the efficiency levels expected if you don’t add in the advanced controls that help monitor and control energy use,” ends Temple.
Using wood elements allows faster building turnaround. This leads to more profitable construction projects and shorter investment payback times. The pace of construction is kept at the desired level, because prefabrication reduces some of the most common risks at construction sites.
Utilizing prefabricated wood elements is a surprisingly fast option for on-site construction. For example, up to 1500 m2 of Kerto® LVL (Laminated Veneer Lumber) roof panels can be assembled within a single working day.
“An example of rapid building is in the construction of the headquarters of the Diesel-Benelux Company in Amsterdam. An extremely tight building schedule of only nine months resulted in choosing Kerto LVL roof panels – under which the rest of the construction work could be finished in time,” project subcontractor in charge of the wood construction,Lambert van den Bosch from Heko Spanten, mentions.
Clever on-site weather protection with no additional costs
One of the most important construction phases is to get the on-site protection done quickly to eliminate weather-related risks. Today, the alternatives for on-site weather protection include applying fast construction methods, such as prefabrication or building under a tent.
Prefabricated wood elements shield the building site beneath, providing protection that’s superior to temporary options – especially when it comes to snow loads and heavy winds.
“For example, erecting Kerto LVL roof elements used at the logistic centre of DB Schenker, Finland provided a roof over the entire building in just 15 days. This is the same amount of time that erecting a temporary tent would have required. Using prefabricated roof panels ensured that the rest of the work could be completed in a protected environment and without additional costs for temporary protection,” says Matti Kuittinen, architect and researcher from Aalto University.
Minimizing the risk of accidents
When the construction work takes place in controlled indoor conditions at the prefabrication plant, there is less risk of accidents and consequent delays at the building site. This is because some of the dangerous on-site phases are no longer needed.
“Assembling ready-made wood elements can replace the potentially more dangerous process of having to build a roof from beams, panels and bitumen at the heights of an unfinished building. On-site accidents are of course not frequent, but every single one of them should be avoided,” van den Bosch concludes.
Prefabrication “pays off” at the construction site
According to construction professionals interviewed by McGraw-Hill Construction, nearly 70% of projects that used prefabricated elements had shorter schedules and 65% had decreased budgets1. In addition to faster building projects leading to faster revenue, there is also other benefits that become apparent at the construction site.
“Utilizing prefabricated wood elements can help in significantly reducing other inconveniences such as unloading building materials in the neighbourhood, as well as the amount of on-site waste and the need to transport it,” Kuittinen adds.
·Prefabrication pays off: 70% of projects had shorter schedules and 65% decreased budgets.