PR Building systems produced by Emerus meet the most demanding terms of quality and functional requirements, energy efficiency, and design.

PR Building for windows, doors, and curtain wall systems fulfill all requirements of modern architecture and feature innovative construction details.

Produced by Emerus, PR Building has a modern design which expresses functionality and guarantees maximum environmental comfort with outstanding thermal isolation and sound- proof tests. PR Building system is developed with European chamber, including European dimensions and fittings, and with standard chamber, with standard dimensions for original fittings. It is patented and protected while the certificates are obtained on prestigious European institutes. The thermally insulated aluminum profiles with their modern, stylish appearance offer custom solutions suitable for everything, from residential buildings to object construction. Emerus`s PRBuildng windows, doors and facade systems offers the best system properties, numerous installation options and high-quality design.

PR Building Systems (with TBI)


PR50TT

Thermal Break Insulation (TBI)

Dimensions of frame: 50 mm
Dimensions of the wing: 58 mm
Dimension of polyamide insulation strips: 14.8 mm
Glass profile: The fillet with insertion on the thrust or the method of indentation with useful height of 22 mm.

 

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PR58TT

Thermal Break Insulation (TBI)

Dimensions of frame: 50 mm
Dimensions of the wing: 58 mm
Dimension of polyamide insulation strips: 14.6 mm
Glass profile: The fillet with insertion on the thrust or the method of indentation with useful height of 22 mm.

 

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PR65TT

Thermal Break Insulation (TBI)

Dimensions of frame: 65 mm
Dimensions of the wing: 73 mm
Dimension of polyamide insulation strips: 24.5 mm
Glass profile: The fillet with insertion on the thrust or the method of indentation with useful height of 22 mm.

 

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PR66TT

Thermal Break Insulation (TBI)

Dimensions of frame: 58 mm
Dimensions of the wing: 66 mm
Dimension of polyamide insulation strips: 23.5 mm
Glass profile: The fillet with insertion on the thrust or the method of indentation with useful height of 22 mm.

 

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PR75TT

Thermal Break Insulation (TBI)

Dimensions of frame: 67 mm
Dimensions of the wing: 75 mm
Dimension of polyamide insulation strips: 31.6 mm
Glass profile: The fillet with insertion on the thrust or the method of indentation with useful height of 22 mm.

 

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PE66TT

Thermal Break Insulation (TBI)

Dimensions of frame: 58 mm
Dimensions of the wing: 66 mm
Dimension of polyamide insulation strips: 23 mm
Glass profile: The fillet with insertion on the thrust or the method of indentation with useful height of 22 mm.

 

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PE75TT

Thermal Break Insulation (TBI)

Dimensions of frame: 67 mm
Dimensions of the wing: 75 mm
Dimension of polyamide insulation strips: 31,6 mm
Glass profile: The fillet with insertion on the thrust or the method of indentation with a useful height of 22 mm.

 

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PE85TT

Thermal Break Insulation (TBI)

Dimensions of frame: 77 mm
Dimensions of the wing: 85 mm
Dimension of polyamide insulation strips: 31.5 mm
Glass profile: The fillet with insertion on the thrust or the method of indentation with useful height of 22 mm.

 

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PR Building Systems Cold Section (without TBI)

PR50

Without Thermal Break Insulation

Dimensions of frame: 50 mm
Dimensions of the wing: 58mm
Glass profile: The fillet with insertion on the thrust or the method of indentation with useful height of 22 mm.

 

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PR58

Without Thermal Break Insulation

Dimensions of frame: 50 mm
Dimensions of the wing: 58 mm
Glass profile: The fillet with insertion on the thrust or the method of indentation with useful height of 22 mm.

 

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PS50

Without Thermal Break Insulation

Dimensions of frame: 50 mm
Dimensions of the wing: 58 mm
Glass profile: 6-21 mm

 

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PM Systems (R System)

PM40 / Shutter

Dimensions of frame: 77 mm
Dimensions of the wing: 85 mm

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PM50 / Shutter

 

Dimensions of frame: 77 mm
Dimensions of the wing: 85 mm

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PS15 / Shutter

 

Dimensions of frame:
Dimensions of the wing:

 

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Sliding systems

PK150 TT (Integrated Lift & Sliding Door)

With Thermal Break Insulation

Dimensions of frame: 155,7 mm (2 rails - one fix, one sliding)
Dimensions of the wing: 65 mm
Dimension of polyamide insulation strips: 24,5 mm
Glass profile: The fillet with insertion on the thrust or the method of indentation with useful height of  44 mm.

 

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Facade System PR Building

CURTAIN WALLS

Mullion Depth: 83 - 170 mm
Mullion Width: 50 mm
View Width: 50 mm
Glass filling strength: 55mm

 

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FXX / STRUCTURAL FACADE

Mullion Depth: 
Mullion Width: 
View Width: 
Glass filling strength: 

Max weight of filling element (kg)

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VXX/ VENTILATED FACADE

Mullion Depth: 
Mullion Width: 
View Width: 
Glass filling strength: 

Max weight of filling element (kg)

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BRISE - SOLEIL / SUNBREAKERS

Vertical or horizontal assembly of slats

Dimension of slats: 

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Aluminium Fences

OP100 / GLASS FENCE

Max High: 1200 mm 
Max Structure Width: Unlimited
Glazing Type: tempered laminated glass 
Glass Thickness: 10mm+10mm
Linear Horizontal Load: up to 3,0 KN/m
End covers: coated aluminium

Lighting: with 8+8 glass thickness
Pre-drill profiles: yes 

Use: outdoor, indoor, seaside
Additional features: possibility of  installing LED lighting in aluminium profile

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SOLAR SYSTEMS

High-standard surface treatments ensure that our solar frame profiles with extreme surface requirements and profiles used for solar power plant substructures can be simply and quickly fitted onsite. This includes being sawn, drilled and cut to length according to precise specifications.

Solari / Ready to use

Frames and supports generated by aluminum extrusion are lighter than other metals, making them easier to transport and assemble in remote locations that are common for major solar power stations. This lightweight characteristic is also useful for rooftop solar installations where building specifications have limited capacities for supporting the additional weight of the panels and their substructure.

Aluminium frames for precision positioning and stability

Emerus extrusion is helping to convert sunlight to green power with strong and lightweight state of the art frames and structures for the solar energy industry with components that allow for precision positioning and stability for improved productivity. Solar energy is an environmentally friendly form of renewable energy. This energy is harnessed using photovoltaic or solar cells in solar panels of varying sizes, which are used to convert solar energy into electricity for residential and commercial applications. Aluminum trusses offer a strength that is comparable to heavier steel options so it can maintain the stability needed to resist shifting caused by wind and other stresses on a solar panel array.

Aluminum is corrosion-resistant, adding to the weather-resistant advantages of these solar panel architectures. The malleability of aluminum permits flexibility in the design of supports and frames for solar panels. Extruded aluminum tubing can be connected at atypical and exact angles while requiring fewer parts and connections. This provides the necessary accuracy in the alignment of the solar panels for maximum energy yield.

These beneficial properties have made aluminum extrusion the preferred choice of solar energy initiatives all over the world. The ease of transport and assembly make aluminum infrastructure a cost-effective choice while the design potential contributes to greater efficiency in solar power generation.

Aluminium profiles make it easy to turn photovoltaic arrays and solar panels into lucrative sources of electrical and thermal energy. Whether used as part of a simple roof-mounted system or a large-scale solar park covering many square kilometers, solar cells and panels framed in aluminium profiles are now an important part of the landscape.

AUTOMOTIVE

Automotive aluminium profiles for lighter cars and vehicles without compromising quality and performance.

We design and manufacture aluminium components for your passenger cars

The automotive industry is under pressure to satisfy emission standards, and a critical element of this goal is to reduce the weight of vehicles.The aim is to shed weight, thereby boosting fuel economy and reducing carbon emissions, and to design for disassembly. Last years there was a major switch from the use of traditional steel to aluminium in automobile production, including the replacement of advanced high strength steel with aluminium. This is a trend that will only increase in the coming years.

Roof railing systems

Extruded aluminium roof rails are growing more popular. These are fastened on top of the vehicle and used to carry additional luggage and equipment. We use aluminium extrusions because they enable attractive, low weight and high-strength designs.
Emerus delivers aluminium components that meet the highest demands for corrosion resistance and finish. Our range includes specialized coatings that we developed to meet the problem of damage from the aggressive alkali chemicals being used more frequently in high-pressure car cleaning.

Other common exterior trim items that are manufactured with aluminium include:

  • Decorative profiles with special finishes
  • Door components

TRANSPORTATION

Aluminium is true all-rounder.

Aluminium profiles for commercial vehicle

Specifically designed profiles, cost effective production and a range of size and weight variables mean Emerus can help transport market clients to new levels of performance and efficiency.

The oar blades manufactured

Using aluminium alloys in commercial vehicles delivers a 40 – 60% weight saving, as compared to other materials. This, in turn, translates to an increase in payload and fuel savings. Aluminium also performs exceptionally well in terms of corrosion resistance, an obvious advantage when it comes to the need for durability and lower maintenance costs in the road transport sector.

At Emerus we are pleased to be a supplier to a number of well-known trailer manufacturers with custom designed extruded profiles in 6060, 6063, 6005A, 6082 and 1050 alloys, used for various types of trailer superstructures.

Specifically designed profiles, cost-effective production and a range of size and weight variables mean Emerus can help transport market clients to new levels of performance and efficiency.

Our expertise also includes:

BICYCLES (Production of aluminium profiles for frames and rims) 

SUBSTRUCTURES, SUPERSTRUCTURES AND TRAILERS

In all of these uses, the lightweight and durable nature of aluminium has made it an obvious choice for heavy loads in challenging environments for businesses looking to get ahead.

ELECTRICAL ENGINEERING

Suitable for applications where weight and heat transfer are a concern

Aluminium profiles for numerous engineering application

We offer enclosures, cabinets, and busbars to house your cables and other electrical equipment.

Aluminium is the perfect alternative to copper when it comes to applications requiring electrical conductivity. Both metals have excellent heat transfer properties, but aluminium is much less expensive and far lighter.

This is suitable for applications where weight is a concern. In fact, aluminium is up to 70 percent lighter than copper.

Our competence in aluminium extrusion is crucial in meeting the ever-growing demands of electrical engineering. The in-house know-how for extrusion tools allows us to produce high-performance heat sinks. As a further specialty, we offer highly conductive materials for power systems. Furthermore, our products are also used in lamps and lights, for cable ducts or electronic housings. Particular attention is also paid to a decorative surface. Here again, we strive to offer our customers ideal solutions.

Emerus designs and produces aluminium products for numerous engineering applications. Come to us for these products:

  • Profiles for lamps and lights
  • Equipment enclosers
  • Heat sinks and heat exchangers
  • Transformer guides

FURNITURE PROFILES

Endless possibilities for industrial designers

Household fittings to furniture

You can call on us for support with your office applications, sporting goods, furniture, household fittings. Even for your art.

Technical solutions that save you money

Extrusion technology and aluminium attract industrial designers because the material and the manufacturing method provide the ability to create. The possibilities are endless.

We offer support with the creative designs and technical solutions that simplify things and save you money. Inviting us in the initial phase of your project is the best way we can help you develop the best products and reduce costs.
A wide range of products allows you to create a completely new design of door or wardrobe with a minimum change of raw materials for production, increases the number of options for the Assembly of the finished structures, which ultimately gives the interior personality.

STANDARD PROFILES

Commercial profiles for every industry

Commercial profiles

Emerus supplies manufacturers of transportation, shower doors, bath enclosures, office furniture, office partitions, high-end window & doors, showcases and displays, automotive OEM & after-markets, interior lighting, picture frames, glazing, ladders, high strength custom shapes, and flooring.

TAILOR MADE PROFILES

Tailor customer’s drawings

If you have a product that requires more attention to detail than a standard product, we have experts in all fields and can bring an enormous amount of know-how in developing systems that create lasting solutions.

Our modern equipment allows Emerus to develop high-technology and precise profiles based on customer’s drawings with the following characteristics:

  • Length: Max. 14 m
  • Min. thickness of the wall: 0.85 mm
  • Max. dimensions of the section:
  • Square tubes: 150 mm × 150 mm
  • Rectangular tubes: 300 mm × 50 mm
  • Round tubes: φ200 mm
  • Orthogonal bars: 70 mm × 70 mm
  • Round bars: φ80 mm
  • Max. weight: 15 kg/m