Компонент разработан для конкурс Зимний GDL-креатив Универсальный элемент для рабочего проектирования раздела ДЕРЕВЯННЫЕ КОНСТРУКЦИИ. Данный элемент является сборочной единицей для деревянного каркаса, при строительстве дома по каркасно-щитовой технологии. Автор: Владислав Казанин, Россия, г. Санкт-Петербург, 2013 г.

An object for simple pony wall framing

Kooltherm is an insulation board made of phenolic foam. Phenolic foam has excellent insulating and fire safe properties. It has an almost fully closed cell structure. Furthermore it’s characterized by its high vapour permeability. The Kingspan Kooltherm products achieve an A+ rating, the highest achievable score according to the GreenGuide to Specifications used in BREEAM. Kingspan Kooltherm is easy-to-install and has a fibre-free core.

#http://www.molok.com Version Date Modified by Info ---------------------------------------------------------------------------------------------- 1.0 26.02.2010 JH Ready for use 1.1 24.09.2010 JH Simplier materials, Margins 2d / 3d, Margin hotspots 1.2 13.10.2010 JH Works together with all Molok-objects 1.3 21.10.2010 JH Modifications on volyme of biowaste / Composite framing option 1.4 16.12.2013 JH Fixed Lithera, updated usability 1.5 05.02.2015 JH UI-update compatible AC18, Lifting hook & Container 3D Käyttäjävastuu --------------------------------------------------------------------------------- GDL Factory tai Molok Oy eivät takaa objektien virheetöntä toimintaa. Objektien käyttäminen tapahtuu käyttäjän omalla vastuulla. GDL Factory tai Molok Oy eivät ole vastuussa, jos objektien käytöstä aiheutuu suoraa tai välillistä taloudellista tai muuta vahinkoa. Objektikirjasto tarjotaan käyttöön sellaisenaan ja sen muokkaaminen on kielletty.

#http://www.molok.com Version Date Modified by Info ---------------------------------------------------------------------------------------------- 1.0 26.02.2010 JH Ready for use 1.1 24.09.2010 JH Simplier materials, Margins 2d / 3d, Margin hotspots 1.2 13.10.2010 JH Works together with all Molok-objects 1.3 21.10.2010 JH Modifications on volyme of biowaste / Composite framing option 1.4 16.12.2013 JH Fixed Lithera, updated usability 1.5 05.02.2015 JH UI-update compatible AC18, Lifting hook & Container 3D Käyttäjävastuu --------------------------------------------------------------------------------- GDL Factory tai Molok Oy eivät takaa objektien virheetöntä toimintaa. Objektien käyttäminen tapahtuu käyttäjän omalla vastuulla. GDL Factory tai Molok Oy eivät ole vastuussa, jos objektien käytöstä aiheutuu suoraa tai välillistä taloudellista tai muuta vahinkoa. Objektikirjasto tarjotaan käyttöön sellaisenaan ja sen muokkaaminen on kielletty.

#http://www.molok.com Version Date Modified by Info ---------------------------------------------------------------------------------------------- 1.0 26.02.2010 JH Ready for use 1.1 24.09.2010 JH Simplier materials, Margins 2d / 3d, Margin hotspots 1.2 13.10.2010 JH Works together with all Molok-objects 1.3 21.10.2010 JH Modifications on volyme of biowaste / Composite framing option 1.4 16.12.2013 JH Fixed Lithera, updated usability 1.5 05.02.2015 JH UI-update compatible AC18, Lifting hook & Container 3D Käyttäjävastuu --------------------------------------------------------------------------------- GDL Factory tai Molok Oy eivät takaa objektien virheetöntä toimintaa. Objektien käyttäminen tapahtuu käyttäjän omalla vastuulla. GDL Factory tai Molok Oy eivät ole vastuussa, jos objektien käytöstä aiheutuu suoraa tai välillistä taloudellista tai muuta vahinkoa. Objektikirjasto tarjotaan käyttöön sellaisenaan ja sen muokkaaminen on kielletty.

[LIST] Revolving doors with 3 or 4 leafs The KTV revolving door range is designed for installation in entrance areas where interior environmental control coupled with elegant aesthetics are desired. Available as Manual, Automatic, Positional or Servomatic, the KTV range offers flexibility in design and function. Operation Modes Manual, Automatic, Positional and Servomatic operation Diamater any from 2000 mm to 3400 mm. Standard fixed diameters of 3600 mm and 3800 mm are also available. Floor mounted or ceiling mounted drive units for powered doors Glazed or solid canopy Robust framing or fine frame option Optional: Night shields for additional protection Integrated with DORMA CODIC MasterCard or MATRIX Professional Access Control solutions Certification BS EN 16005 Benefits are flexible design options to meet project specific requirments, DORMA KTV revolving doors effectively reduce noise, dust and dirt as well as greatly contributing to a reduction in building climate control when compared with conventional automatic doors. [/LIST]

[LIST] Revolving doors with 3 leafs The KTV revolving door range is designed for installation in entrance areas where interior environmental control coupled with elegant aesthetics are desired. Available as Manual, Automatic, Positional or Servomatic, the KTV range offers flexibility in design and function. Operation Modes Manual, Automatic, Positional and Servomatic operation Diamater any from 2000 mm to 3400 mm. Standard fixed diameters of 3600 mm and 3800 mm are also available. Floor mounted or ceiling mounted drive units for powered doors Glazed or solid canopy Robust framing or fine frame option Optional: Night shields for additional protection Integrated with DORMA CODIC MasterCard or MATRIX Professional Access Control solutions Certification BS EN 16005 Benefits are flexible design options to meet project specific requirments, DORMA KTV revolving doors effectively reduce noise, dust and dirt as well as greatly contributing to a reduction in building climate control when compared with conventional automatic doors [/LIST]

[LIST] Revolving doors with 4 leafs The KTV revolving door range is designed for installation in entrance areas where interior environmental control coupled with elegant aesthetics are desired. Available as Manual, Automatic, Positional or Servomatic, the KTV range offers flexibility in design and function. Operation Modes Manual, Automatic, Positional and Servomatic operation Diamater any from 2000 mm to 3400 mm. Standard fixed diameters of 3600 mm and 3800 mm are also available. Floor mounted or ceiling mounted drive units for powered doors Glazed or solid canopy Robust framing or fine frame option Optional: Night shields for additional protection Integrated with DORMA CODIC MasterCard or MATRIX Professional Access Control solutions Certification BS EN 16005 Benefits are flexible design options to meet project specific requirments, DORMA KTV revolving doors effectively reduce noise, dust and dirt as well as greatly contributing to a reduction in building climate control when compared with conventional automatic doors. [/LIST]

Hufcor Type 100 Moveable Wall is available in a single point or double point configuration and can offer an acoustic sound rating performance of up to 57 dB, laboratory tested to latest European standards. Choice of panel face finish is endless including melamine, laminate, and lacquered wood veneers and vinyl’s. Additional features can include acoustic sound absorption boards, magnetic display boards, dry wipe marker, pin boards and display rails. Aluminum framing profiles protect the facing boards for durability and long partition life. Alternatively, the panels can be constructed with concealed trims in order to achieve a ‘plain faced’ wall appearance. The aluminum frames and tracks may be powder-coated or color-anodized to coordinate with panel faces, ceiling grids etc. Single point panels are an ideal solution because they set up or stack using just a single length of track across a room. Panels can then be moved quickly, quietly and effortlessly to a stacking position at one or both sides of the room. ESS models have all the features and benefits of Type 100 range with the added benefit of electrically operated panel seals. Suitable for a wide variety of applications including: hotels and conference centers, corporate offices, hospitals, schools, colleges and universities, churches and religious establishments and sports and leisure facilities.

Standard is an economical system characterized by a straight narrow profile providing the door with delicate framing which gives the front an impression of lightness. This popular system is often chosen by our clients. The wardrobes which use the Standard system work very well in narrow halls and in the attic. It is a good solution for minimalist interiors in classic, retro or Scandinavian styles. The wood-like version of the profile suits interiors in Provençal style. Unlike in the Lux system, the profile is characterized by a narrow frame and delicate form of the handle. Main advantage: • The unique in the market, proven and very durable system. • Profiles: powder coating or finished with wood-look PVC coating, corrosion resistant. • The biggest range of door height adjustments among all systems. • The special anti-jumping function which prevents the door from falling out of the track. • Smooth sliding of the door thanks to bottom rollers equipped for bearings. • The buffer strips with long and short hair protecting from dust and damping sounds. • The pneumatic closing mechanisms provide for gentle door closing. • Mechanical lock option is available. Available options: • sliding doors • pivoting doors Contact details: Phone: +48 48 332-17-05 e-mail: komandor@komandor.pl

Sahara System contains 2 profiles. Sahara 1 is an economical narrow aluminum profile characterized by a refined but simple shape which makes light framing for door filling. Its subtlety and slender line cause that it perfectly emphasizes the materials of fillings, in other words, their colour, structure and surface beauty without dominating the door. It is ideal for interiors arranged in minimalist, marine, or even boho or vintage styles. Sahara 2 is an economical narrow aluminum profile having a rounded handle. Its subtle and simple shape creates light framing for door filling, while its slender and elongated line curiosly emphasizes the filling of the doors providing only a delicate complement to them. The system is ideal for minimalist, marine, boho, vintage, retro or classic interiors. Main advantage: • Popular, light and quiet sliding door system. • Door options: with uniform panel, combined of various materials or with an imitated partition with a decorative batten. • The buffer strips with short and long hair protecting from dust and damping sounds. . • The special anti-jumping function which prevents the door from falling out of the bottom track. • The pneumatic closing mechanisms provide for gentle door closing. • Mechanical lock and electronic lock options are available. Available options: • sliding doors • sliding door with divisions • pivoting doors • pivoting doors with divisions • slanted doors Contact details: Phone: +48 48 332-17-05 e-mail: komandor@komandor.pl

The Heliodor system is characterized by a subtle finish and invisible frames. The doors equipped with the Comfort Touch function work on the basis of the “push and open” principle. For this reason they are silent and safe for your fingers. Heliodor is a unique solution on a global scale which owing to invisible framing fits into the latest trends in interior arrangement and modern design. The system is dedicated to demanding customers who seek elegance and uncommon solutions. Used for the doors, they provide the fronts with a delicate look and as a result the wardrobe is not only a piece of furniture but a discreet and unobtrusive accent which determines the climate and the style of the interior. Main advantage: • Innovative system enabling door assembly with the invisible or very thin frame. • Possibility of using polished glass as a filling. • Comfort Touch air-spring closing the door softly and quietly. • “Push and Open” mechanism opening the door after touching. • No handles or frames, concealed sliding mechanism. • Perfect for people appreciating a modern minimalist look. Available options: • sliding doors – glued glass • sliding doors – assembled glass • sliding door with divisions Contact details: Phone: +48 48 332-17-05 e-mail: komandor@komandor.pl

Suspended ceiling made up of a frame of galvanised sheet steel profiles over a base of Pladur® T-47/T-45 profiles hung from the framing by means of Pladur® T-47/T-45 clips + Ø 6 mm threaded rod, and supported by Pladur® profiles mechanically attached around the whole perimeter. One or two Pladur® plasterboards are screwed to this frame. Commensurate amounts of Pladur® materials: screws, compounds, joint tape, resilient joints, etc. Completely finished with Quality Level 2 (Q2), Level 3 (Q3), Level 4 (Q4), according to the surface finish (to be determined by the design). Installed according to Pladur® recommendations, UNE 102043 Standard and CTE requirements.

Suspended ceiling made up of a frame of galvanised sheet steel profiles over a base of Pladur® T-47/T-45 profiles or mullions hung from the framing by means of Pladur® standard reach brackets + Ø 6 mm threaded rod, and supported by Pladur® profiles attached mechanically along the whole perimeter. One or two Pladur® plasterboards are screwed to this frame. Commensurate amounts of Pladur® materials: screws, compounds, joint tape, resilient joints, etc. Completely finished with Quality Level 2 (Q2), Level 3 (Q3), Level 4 (Q4), according to the surface finish (to be determined by the design). Installed according to Pladur® recommendations, UNE 102043 Standard and CTE requirements.

Suspended ceiling made up of a frame of galvanised sheet steel profiles over a base of Pladur® TF profiles hung from the framing by means of Pladur® hangers + Ø 6 mm threaded rod, and supported on Pladur® profiles mechanically attached to the whole perimeter. One or two Pladur® plasterboards are screwed to this frame. Commensurate amounts of Pladur® materials: screws, compounds, joint tape, resilient joints, etc. Completely finished with Quality Level 2 (Q2), Level 3 (Q3), Level 4 (Q4), according to the surface finish (to be determined by the design). Installed according to Pladur® recommendations, UNE 102043 Standard and CTE requirements.

Suspended ceiling made up of a frame of galvanised sheet steel profiles over a base of Pladur® T-60 profiles hung from the framing by means of Pladur® T60 clips + Ø 6 mm threaded rod, and supported on Pladur® profiles attached mechanically around the whole perimeter. One or more Pladur® plasterboards are screwed to this frame. Commensurate amounts of Pladur® materials: screws, compounds, joint tape, resilient joints, etc. Completely finished with Quality Level 2 (Q2), Level 3 (Q3), Level 4 (Q4), according to the surface finish (to be determined by the design). Installed according to Pladur® recommendations, UNE 102043 Standard and CTE requirements.

Suspended ceiling made up of a frame of galvanised sheet steel profiles over a base of Pladur® hung from the framing by means of Pladur® hanger brackets + Ø 6 mm threaded rod, and supported on Pladur® channels mechanically attached around the whole perimeter. One or more Pladur® plasterboards are screwed to this frame. Commensurate amounts of Pladur® materials: screws, compounds, joint tape, resilient joints, etc. Completely finished with Quality Level 2 (Q2), Level 3 (Q3), Level 4 (Q4), according to the surface finish (to be determined by the design). Installed according to Pladur® recommendations, UNE 102043 Standard and CTE requirements.

Suspended ceiling made up of a twin frame of galvanised sheet steel profiles installed at different levels. The primary frame is made up of Pladur® PH-45 hung from the framing by means of Ø 6 mm threaded rod, nut and locking nut. The secondary frame is made up of Pladur® T-47/T-45 profiles fitted perpendicularly to the lower part of the primary frame by fitting directly on the double, die-cut hangers of the Pladur® PH-45 profile and supported around the perimeter on Pladur® angular profiles or U track Clip, which is attached mechanically along its whole length. One or more Pladur® plasterboards are screwed perpendicularly onto the secondary frame. Commensurate amounts of anchors, hangers, hangers, resilient/acoustic perimeter joints, joint compounds and tapes, etc. Completely finished with Quality Level 2 (Q2), Level 3 (Q3), Level 4 (Q4), according to the surface finish (to be determined by the design.) Installed according to Pladur® recommendations, UNE 102043 and CTE requirements.

Suspended ceiling made up of a twin frame of galvanised sheet steel profiles installed at different levels (D). The primary frame is made up of Pladur® T-60 profiles hung from the framing by means of Pladur® T-60 hanger brackets and Ø 6 mm threaded rod. The secondary frame is made up of Pladur® T-60 profiles hung from the primary one by means of Pladur® channel intersection connector T-60 and supported around the perimeter with angular profiles o U track, which are attached mechanically around its whole length. One or more Pladur® plasterboards are screwed perpendicularly onto the secondary frame. Commensurate amounts of anchors, hangers, screws, resilient/acoustic perimeter joints, joint compounds and tapes, etc. Completely finished with Quality Level 2 (Q2), Level 3 (Q3), Level 4 (Q4), according to the surface finish (to be determined by the design). Installed according to Pladur® recommendations, UNE 102043 Standard and CTE requirements.

Suspended ceiling made up of a twin, primary and secondary, frame of Pladur® T-60 profiles in a "C" shape by means of the Pladur® H T-60 connection placed at the same level and suspended from the framing by means of Pladur® T-60 hanger brackets and Ø 6 mm threaded rod, supported on angular or U track profiles which are attached mechanically along the whole length. One or more Pladur® plasterboards are screwed perpendicularly onto the secondary frame. Commensurate amounts of anchors, hangers, hangers, screws, resilient/acoustic perimeter joints, joint compounds and tapes, etc. Completely finished with Quality Level 2 (Q2), Level 3 (Q3), Level 4 (Q4), according to the surface finish (to be determined by the design). Installed according to Pladur® recommendations, UNE 102043 Standard and CTE requirements.

Suspended ceiling made up of a twin frame of galvanised sheet steel profiles installed at different levels. The primary frame is made up of Pladur® GL U track with a thickness of 1.5 mm, hung from the framing by means of M-50 hangers and Ø 6 mm threaded rod with nut and locking nut. The second frame is made up of Pladur® T-47 profiles fitted to the primary frame by means of Pladur® channel connectors GL and supported around the perimeter on Pladur® angular profiles and U track Clip, which are attached mechanically along its whole length. One or two Pladur® plasterboards are screwed perpendicular to the secondary frame. Commensurate amounts of anchors, hangers, screws, resilient/acoustic perimeter joints, joint compound, etc. Completely finished with Quality Level 2 (Q2), Level 3 (Q3), Level 4 (Q4), according to the surface finish (to be determined by the design). Installed according to Pladur® recommendations, UNE 102043 Standard and CTE requirements.

Suspended ceiling made up of a frame of galvanised sheet steel profiles over a base of Pladur® T-60 profiles set 300 mm apart, properly hung from the framing by means of Pladur® T-60 hanger brackets + Ø 6 mm threaded rod, and supported on Pladur® profiles attached mechanically around the whole perimeter. Pladur® Fon+ plasterboards are screwed to this frame. Commensurate amounts of Pladur® materials: screws, compounds, joint tape, resilient joints, etc. Completely finished with Quality Level 2 (Q2), Level 3 (Q3), Level 4 (Q4), according to the surface finish (to be determined by the design). Installed according to Pladur® recommendations, UNE 102043 Standard and CTE requirements.

Suspended ceiling made up of a twin frame of galvanised sheet steel profiles installed at different levels (D). The primary frame is made up of Pladur® T-60 profiles hung from the framing by means of Pladur® T-60 hanger brackets and Ø 6 mm threaded rod. The secondary frame is made up of Pladur® T-60 profiles spaced 300 mm apart, hung from the primary frame by means of Pladur® T-60 hanger brackets supported around the perimeter on angular or U track profiles which are attached mechanically along their whole length. Pladur® Fon+ plasterboards are screwed perpendicularly onto the secondary frame. Commensurate amounts of anchors, hangers, hangers, screws, resilient/acoustic perimeter joints, joint compounds and tapes, etc. Completely finished with Quality Level 2 (Q2), Level 3 (Q3), Level 4 (Q4), according to the surface finish (to be determined by the design). Installed according to Pladur® recommendations, UNE 102043 Standard and CTE requirements.

Suspended ceiling made up of a frame of galvanised sheet steel profiles covered with a pre-lacquered laminate on its face side. This frame forms a square 600 mm x 600 mm composed of primary, secondary and angular Pladur® galvanised sheet steel profiles attached mechanically around the whole perimeter. The frame is hung from the framing by means of anchors, threaded bar and pieces of Pladur® TR, on which the Pladur® Fon+ Decor plasterboards are supported. Commensurate amounts of anchors, hangers, hangers, etc. Installed according to Pladur® recommendations, UNE 102043 Standard and CTE requirements.

ASSA ABLOY Blast Enhanced Sliding door system features the UniSlide operator and a high performance framing system, providing better hazard protection than any comparable systems without loss of door speed or reliability. Certificated automatic blast protection doors to EXV25. Besam

ASSA ABLOY Blast Enhanced Sliding door system features the UniSlide operator and a high performance framing system, providing better hazard protection than any comparable systems without loss of door speed or reliability. Certificated automatic blast protection doors to EXV25. Besam

ASSA ABLOY Blast Enhanced Sliding door system features the UniSlide operator and a high performance framing system, providing better hazard protection than any comparable systems without loss of door speed or reliability. Certificated automatic blast protection doors to EXV25. Besam

ASSA ABLOY Blast Enhanced Sliding door system features the UniSlide operator and a high performance framing system, providing better hazard protection than any comparable systems without loss of door speed or reliability. Certificated automatic blast protection doors to EXV25. Besam

The PROTEKTOR U-connection profile serves to mount and connect stud profiles to the floor as well as to frame C-beam profiles. Dowelling at regular centres of 50.0 cm to the floor. There is also the possibility to mount the C-beam profiles to an existing wall. The material thickness of 1.5 or 2.0 mm of the U-connection profile is chosen depending on the supporting loads of the beam. For further questions regarding steel framing constructions feel free to contact one of our technical consultants of PROTEKTOR.

The PROTEKTOR U-connection profile serves to mount and connect stud profiles to the floor as well as to frame C-beam profiles. Dowelling at regular centres of 50.0 cm to the floor. There is also the possibility to mount the C-beam profiles to an existing wall. The material thickness of 1.5 or 2.0 mm of the U-connection profile is chosen depending on the supporting loads of the beam. For further questions regarding steel framing constructions feel free to contact one of our technical consultants of PROTEKTOR.

The PROTEKTOR U-connection profile serves to mount and connect stud profiles to the floor as well as to frame C-beam profiles. Dowelling at regular centres of 50.0 cm to the floor. There is also the possibility to mount the C-beam profiles to an existing wall. The material thickness of 1.5 or 2.0 mm of the U-connection profile is chosen depending on the supporting loads of the beam. For further questions regarding steel framing constructions feel free to contact one of our technical consultants of PROTEKTOR.

The PROTEKTOR U-connection profile serves to mount and connect stud profiles to the floor as well as to frame C-beam profiles. Dowelling at regular centres of 50.0 cm to the floor. There is also the possibility to mount the C-beam profiles to an existing wall. The material thickness of 1.5 or 2.0 mm of the U-connection profile is chosen depending on the supporting loads of the beam. For further questions regarding steel framing constructions feel free to contact one of our technical consultants of PROTEKTOR.

The PROTEKTOR U-connection profile serves to mount and connect stud profiles to the floor as well as to frame C-beam profiles. Dowelling at regular centres of 50.0 cm to the floor. There is also the possibility to mount the C-beam profiles to an existing wall. The material thickness of 1.5 or 2.0 mm of the U-connection profile is chosen depending on the supporting loads of the beam. For further questions regarding steel framing constructions feel free to contact one of our technical consultants of PROTEKTOR.

The PROTEKTOR U-connection profile serves to mount and connect stud profiles to the floor as well as to frame C-beam profiles. Dowelling at regular centres of 50.0 cm to the floor. There is also the possibility to mount the C-beam profiles to an existing wall. The material thickness of 1.5 or 2.0 mm of the U-connection profile is chosen depending on the supporting loads of the beam. For further questions regarding steel framing constructions feel free to contact one of our technical consultants of PROTEKTOR.

The PROTEKTOR U-connection profile serves to mount and connect stud profiles to the floor as well as to frame C-beam profiles. Dowelling at regular centres of 50.0 cm to the floor. There is also the possibility to mount the C-beam profiles to an existing wall. The material thickness of 1.5 or 2.0 mm of the U-connection profile is chosen depending on the supporting loads of the beam. For further questions regarding steel framing constructions feel free to contact one of our technical consultants of PROTEKTOR.

The PROTEKTOR U-connection profile serves to mount and connect stud profiles to the floor as well as to frame C-beam profiles. Dowelling at regular centres of 50.0 cm to the floor. There is also the possibility to mount the C-beam profiles to an existing wall. The material thickness of 1.5 or 2.0 mm of the U-connection profile is chosen depending on the supporting loads of the beam. For further questions regarding steel framing constructions feel free to contact one of our technical consultants of PROTEKTOR.

The PROTEKTOR U-connection profile serves to mount and connect stud profiles to the floor as well as to frame C-beam profiles. Dowelling at regular centres of 50.0 cm to the floor. There is also the possibility to mount the C-beam profiles to an existing wall. The material thickness of 1.5 or 2.0 mm of the U-connection profile is chosen depending on the supporting loads of the beam. For further questions regarding steel framing constructions feel free to contact one of our technical consultants of PROTEKTOR.

The PROTEKTOR U-connection profile serves to mount and connect stud profiles to the floor as well as to frame C-beam profiles. Dowelling at regular centres of 50.0 cm to the floor. There is also the possibility to mount the C-beam profiles to an existing wall. The material thickness of 1.5 or 2.0 mm of the U-connection profile is chosen depending on the supporting loads of the beam. For further questions regarding steel framing constructions feel free to contact one of our technical consultants of PROTEKTOR.

The PROTEKTOR U-connection profile serves to mount and connect stud profiles to the floor as well as to frame C-beam profiles. Dowelling at regular centres of 50.0 cm to the floor. There is also the possibility to mount the C-beam profiles to an existing wall. The material thickness of 1.5 or 2.0 mm of the U-connection profile is chosen depending on the supporting loads of the beam. For further questions regarding steel framing constructions feel free to contact one of our technical consultants of PROTEKTOR.

The PROTEKTOR U-connection profile serves to mount and connect stud profiles to the floor as well as to frame C-beam profiles. Dowelling at regular centres of 50.0 cm to the floor. There is also the possibility to mount the C-beam profiles to an existing wall. The material thickness of 1.5 or 2.0 mm of the U-connection profile is chosen depending on the supporting loads of the beam. For further questions regarding steel framing constructions feel free to contact one of our technical consultants of PROTEKTOR.

The PROTEKTOR U-connection profile serves to mount and connect stud profiles to the floor as well as to frame C-beam profiles. Dowelling at regular centres of 50.0 cm to the floor. There is also the possibility to mount the C-beam profiles to an existing wall. The material thickness of 1.5 or 2.0 mm of the U-connection profile is chosen depending on the supporting loads of the beam. For further questions regarding steel framing constructions feel free to contact one of our technical consultants of PROTEKTOR.

The PROTEKTOR U-connection profile serves to mount and connect stud profiles to the floor as well as to frame C-beam profiles. Dowelling at regular centres of 50.0 cm to the floor. There is also the possibility to mount the C-beam profiles to an existing wall. The material thickness of 1.5 or 2.0 mm of the U-connection profile is chosen depending on the supporting loads of the beam. For further questions regarding steel framing constructions feel free to contact one of our technical consultants of PROTEKTOR.

The PROTEKTOR U-connection profile serves to mount and connect stud profiles to the floor as well as to frame C-beam profiles. Dowelling at regular centres of 50.0 cm to the floor. There is also the possibility to mount the C-beam profiles to an existing wall. The material thickness of 1.5 or 2.0 mm of the U-connection profile is chosen depending on the supporting loads of the beam. For further questions regarding steel framing constructions feel free to contact one of our technical consultants of PROTEKTOR.

The PROTEKTOR U-connection profile serves to mount and connect stud profiles to the floor as well as to frame C-beam profiles. Dowelling at regular centres of 50.0 cm to the floor. There is also the possibility to mount the C-beam profiles to an existing wall. The material thickness of 1.5 or 2.0 mm of the U-connection profile is chosen depending on the supporting loads of the beam. For further questions regarding steel framing constructions feel free to contact one of our technical consultants of PROTEKTOR.

The PROTEKTOR U-connection profile serves to mount and connect stud profiles to the floor as well as to frame C-beam profiles. Dowelling at regular centres of 50.0 cm to the floor. There is also the possibility to mount the C-beam profiles to an existing wall. The material thickness of 1.5 or 2.0 mm of the U-connection profile is chosen depending on the supporting loads of the beam. For further questions regarding steel framing constructions feel free to contact one of our technical consultants of PROTEKTOR.

The PROTEKTOR U-connection profile serves to mount and connect stud profiles to the floor as well as to frame C-beam profiles. Dowelling at regular centres of 50.0 cm to the floor. There is also the possibility to mount the C-beam profiles to an existing wall. The material thickness of 1.5 or 2.0 mm of the U-connection profile is chosen depending on the supporting loads of the beam. For further questions regarding steel framing constructions feel free to contact one of our technical consultants of PROTEKTOR.

The PROTEKTOR U-connection profile serves to mount and connect stud profiles to the floor as well as to frame C-beam profiles. Dowelling at regular centres of 50.0 cm to the floor. There is also the possibility to mount the C-beam profiles to an existing wall. The material thickness of 1.5 or 2.0 mm of the U-connection profile is chosen depending on the supporting loads of the beam. For further questions regarding steel framing constructions feel free to contact one of our technical consultants of PROTEKTOR.

The PROTEKTOR U-connection profile serves to mount and connect stud profiles to the floor as well as to frame C-beam profiles. Dowelling at regular centres of 50.0 cm to the floor. There is also the possibility to mount the C-beam profiles to an existing wall. The material thickness of 1.5 or 2.0 mm of the U-connection profile is chosen depending on the supporting loads of the beam. For further questions regarding steel framing constructions feel free to contact one of our technical consultants of PROTEKTOR.

The U-ring tie profile of PROTEKTOR serves as load transfer of the beams onto the wall profiles, whereas the beams can also be arranged between the wall profiles. It is slid over the wall profiles and thus has the function of the upper connection of the wall to the ceiling. With the U-ring tie profile you can also span bigger window and door openings without any additional reinforcement. For further questions regarding steel framing constructions feel free to contact one of our technical consultants of PROTEKTOR.

The U-ring tie profile of PROTEKTOR serves as load transfer of the beams onto the wall profiles, whereas the beams can also be arranged between the wall profiles. It is slid over the wall profiles and thus has the function of the upper connection of the wall to the ceiling. With the U-ring tie profile you can also span bigger window and door openings without any additional reinforcement. For further questions regarding steel framing constructions feel free to contact one of our technical consultants of PROTEKTOR.

The U-ring tie profile of PROTEKTOR serves as load transfer of the beams onto the wall profiles, whereas the beams can also be arranged between the wall profiles. It is slid over the wall profiles and thus has the function of the upper connection of the wall to the ceiling. With the U-ring tie profile you can also span bigger window and door openings without any additional reinforcement. For further questions regarding steel framing constructions feel free to contact one of our technical consultants of PROTEKTOR.

The U-ring tie profile of PROTEKTOR serves as load transfer of the beams onto the wall profiles, whereas the beams can also be arranged between the wall profiles. It is slid over the wall profiles and thus has the function of the upper connection of the wall to the ceiling. With the U-ring tie profile you can also span bigger window and door openings without any additional reinforcement. For further questions regarding steel framing constructions feel free to contact one of our technical consultants of PROTEKTOR.

The C-stud profile of PROTEKTOR is used as a wall profile in a regular centre distances of 625.0 mm. The material thickness of 1.5 or 2.0 mm is chosen depending on the ceiling load. When required the centre distances of the wall profiles can be reduced. For further questions regarding steel framing constructions feel free to contact one of our technical consultants of PROTEKTOR

The C-stud profile of PROTEKTOR is used as a wall profile in a regular centre distances of 625.0 mm. The material thickness of 1.5 or 2.0 mm is chosen depending on the ceiling load. When required the centre distances of the wall profiles can be reduced. For further questions regarding steel framing constructions feel free to contact one of our technical consultants of PROTEKTOR

The C-stud profile of PROTEKTOR is used as a wall profile in a regular centre distances of 625.0 mm. The material thickness of 1.5 or 2.0 mm is chosen depending on the ceiling load. When required the centre distances of the wall profiles can be reduced. For further questions regarding steel framing constructions feel free to contact one of our technical consultants of PROTEKTOR

The C-stud profile of PROTEKTOR is used as a wall profile in a regular centre distances of 625.0 mm. The material thickness of 1.5 or 2.0 mm is chosen depending on the ceiling load. When required the centre distances of the wall profiles can be reduced. For further questions regarding steel framing constructions feel free to contact one of our technical consultants of PROTEKTOR

The C-stud profile of PROTEKTOR is used as a wall profile in a regular centre distances of 625.0 mm. The material thickness of 1.5 or 2.0 mm is chosen depending on the ceiling load. When required the centre distances of the wall profiles can be reduced. For further questions regarding steel framing constructions feel free to contact one of our technical consultants of PROTEKTOR

The C-stud profile of PROTEKTOR is used as a wall profile in a regular centre distances of 625.0 mm. The material thickness of 1.5 or 2.0 mm is chosen depending on the ceiling load. When required the centre distances of the wall profiles can be reduced. For further questions regarding steel framing constructions feel free to contact one of our technical consultants of PROTEKTOR

The PROTEKTOR C-beam serves to bridge large span widths and can take high surface loads. The wide span beams are edged by U-Connection profiles either direct to an existing wall or to a bearing wall. The centre distances of the beams is flexible depending on the requirements. For further questions regarding steel framing constructions feel free to contact one of our technical consultants of PROTEKTOR.

The PROTEKTOR C-beam serves to bridge large span widths and can take high surface loads. The wide span beams are edged by U-Connection profiles either direct to an existing wall or to a bearing wall. The centre distances of the beams is flexible depending on the requirements. For further questions regarding steel framing constructions feel free to contact one of our technical consultants of PROTEKTOR.

The PROTEKTOR C-beam serves to bridge large span widths and can take high surface loads. The wide span beams are edged by U-Connection profiles either direct to an existing wall or to a bearing wall. The centre distances of the beams is flexible depending on the requirements. For further questions regarding steel framing constructions feel free to contact one of our technical consultants of PROTEKTOR.

The PROTEKTOR C-beam serves to bridge large span widths and can take high surface loads. The wide span beams are edged by U-Connection profiles either direct to an existing wall or to a bearing wall. The centre distances of the beams is flexible depending on the requirements. For further questions regarding steel framing constructions feel free to contact one of our technical consultants of PROTEKTOR.

The PROTEKTOR C-beam serves to bridge large span widths and can take high surface loads. The wide span beams are edged by U-Connection profiles either direct to an existing wall or to a bearing wall. The centre distances of the beams is flexible depending on the requirements. For further questions regarding steel framing constructions feel free to contact one of our technical consultants of PROTEKTOR.

The PROTEKTOR C-beam serves to bridge large span widths and can take high surface loads. The wide span beams are edged by U-Connection profiles either direct to an existing wall or to a bearing wall. The centre distances of the beams is flexible depending on the requirements. For further questions regarding steel framing constructions feel free to contact one of our technical consultants of PROTEKTOR.

The PROTEKTOR C-beam serves to bridge large span widths and can take high surface loads. The wide span beams are edged by U-Connection profiles either direct to an existing wall or to a bearing wall. The centre distances of the beams is flexible depending on the requirements. For further questions regarding steel framing constructions feel free to contact one of our technical consultants of PROTEKTOR.

The PROTEKTOR C-beam serves to bridge large span widths and can take high surface loads. The wide span beams are edged by U-Connection profiles either direct to an existing wall or to a bearing wall. The centre distances of the beams is flexible depending on the requirements. For further questions regarding steel framing constructions feel free to contact one of our technical consultants of PROTEKTOR.

The PROTEKTOR C-beam serves to bridge large span widths and can take high surface loads. The wide span beams are edged by U-Connection profiles either direct to an existing wall or to a bearing wall. The centre distances of the beams is flexible depending on the requirements. For further questions regarding steel framing constructions feel free to contact one of our technical consultants of PROTEKTOR.

The PROTEKTOR C-beam serves to bridge large span widths and can take high surface loads. The wide span beams are edged by U-Connection profiles either direct to an existing wall or to a bearing wall. The centre distances of the beams is flexible depending on the requirements. For further questions regarding steel framing constructions feel free to contact one of our technical consultants of PROTEKTOR.

The PROTEKTOR C-beam serves to bridge large span widths and can take high surface loads. The wide span beams are edged by U-Connection profiles either direct to an existing wall or to a bearing wall. The centre distances of the beams is flexible depending on the requirements. For further questions regarding steel framing constructions feel free to contact one of our technical consultants of PROTEKTOR.

The PROTEKTOR C-beam serves to bridge large span widths and can take high surface loads. The wide span beams are edged by U-Connection profiles either direct to an existing wall or to a bearing wall. The centre distances of the beams is flexible depending on the requirements. For further questions regarding steel framing constructions feel free to contact one of our technical consultants of PROTEKTOR.

The PROTEKTOR C-beam serves to bridge large span widths and can take high surface loads. The wide span beams are edged by U-Connection profiles either direct to an existing wall or to a bearing wall. The centre distances of the beams is flexible depending on the requirements. For further questions regarding steel framing constructions feel free to contact one of our technical consultants of PROTEKTOR.

The PROTEKTOR C-beam serves to bridge large span widths and can take high surface loads. The wide span beams are edged by U-Connection profiles either direct to an existing wall or to a bearing wall. The centre distances of the beams is flexible depending on the requirements. For further questions regarding steel framing constructions feel free to contact one of our technical consultants of PROTEKTOR.

The PROTEKTOR C-beam serves to bridge large span widths and can take high surface loads. The wide span beams are edged by U-Connection profiles either direct to an existing wall or to a bearing wall. The centre distances of the beams is flexible depending on the requirements. For further questions regarding steel framing constructions feel free to contact one of our technical consultants of PROTEKTOR.

The PROTEKTOR C-beam serves to bridge large span widths and can take high surface loads. The wide span beams are edged by U-Connection profiles either direct to an existing wall or to a bearing wall. The centre distances of the beams is flexible depending on the requirements. For further questions regarding steel framing constructions feel free to contact one of our technical consultants of PROTEKTOR.

The PROTEKTOR C-beam serves to bridge large span widths and can take high surface loads. The wide span beams are edged by U-Connection profiles either direct to an existing wall or to a bearing wall. The centre distances of the beams is flexible depending on the requirements. For further questions regarding steel framing constructions feel free to contact one of our technical consultants of PROTEKTOR.

The PROTEKTOR C-beam serves to bridge large span widths and can take high surface loads. The wide span beams are edged by U-Connection profiles either direct to an existing wall or to a bearing wall. The centre distances of the beams is flexible depending on the requirements. For further questions regarding steel framing constructions feel free to contact one of our technical consultants of PROTEKTOR.

The PROTEKTOR C-beam serves to bridge large span widths and can take high surface loads. The wide span beams are edged by U-Connection profiles either direct to an existing wall or to a bearing wall. The centre distances of the beams is flexible depending on the requirements. For further questions regarding steel framing constructions feel free to contact one of our technical consultants of PROTEKTOR.

The PROTEKTOR C-beam serves to bridge large span widths and can take high surface loads. The wide span beams are edged by U-Connection profiles either direct to an existing wall or to a bearing wall. The centre distances of the beams is flexible depending on the requirements. For further questions regarding steel framing constructions feel free to contact one of our technical consultants of PROTEKTOR.

The PROTEKTOR C-beam serves to bridge large span widths and can take high surface loads. The wide span beams are edged by U-Connection profiles either direct to an existing wall or to a bearing wall. The centre distances of the beams is flexible depending on the requirements. For further questions regarding steel framing constructions feel free to contact one of our technical consultants of PROTEKTOR.

The PROTEKTOR C-beam serves to bridge large span widths and can take high surface loads. The wide span beams are edged by U-Connection profiles either direct to an existing wall or to a bearing wall. The centre distances of the beams is flexible depending on the requirements. For further questions regarding steel framing constructions feel free to contact one of our technical consultants of PROTEKTOR.

The PROTEKTOR C-beam serves to bridge large span widths and can take high surface loads. The wide span beams are edged by U-Connection profiles either direct to an existing wall or to a bearing wall. The centre distances of the beams is flexible depending on the requirements. For further questions regarding steel framing constructions feel free to contact one of our technical consultants of PROTEKTOR.

The PROTEKTOR C-beam serves to bridge large span widths and can take high surface loads. The wide span beams are edged by U-Connection profiles either direct to an existing wall or to a bearing wall. The centre distances of the beams is flexible depending on the requirements. For further questions regarding steel framing constructions feel free to contact one of our technical consultants of PROTEKTOR.

The PROTEKTOR ceiling consists of C and U beams and U-connection profiles. The beams are chosen depending on the load and the span. The load bearing of the ceiling profiles can be increased by screwing back to back. For further questions regarding steel framing constructions feel free to contact one of our technical consultants of PROTEKTOR.

The PROTEKTOR ceiling consists of C and U beams and U-connection profiles. The beams are chosen depending on the load and the span. The load bearing of the ceiling profiles can be increased by screwing back to back. For further questions regarding steel framing constructions feel free to contact one of our technical consultants of PROTEKTOR.

The PROTEKTOR ceiling consists of C and U beams and U-connection profiles. The beams are chosen depending on the load and the span. The load bearing of the ceiling profiles can be increased by screwing back to back. For further questions regarding steel framing constructions feel free to contact one of our technical consultants of PROTEKTOR.

The PROTEKTOR ceiling consists of C and U beams and U-connection profiles. The beams are chosen depending on the load and the span. The load bearing of the ceiling profiles can be increased by screwing back to back. For further questions regarding steel framing constructions feel free to contact one of our technical consultants of PROTEKTOR.

The PROTEKTOR ceiling consists of C and U beams and U-connection profiles. The beams are chosen depending on the load and the span. The load bearing of the ceiling profiles can be increased by screwing back to back. For further questions regarding steel framing constructions feel free to contact one of our technical consultants of PROTEKTOR.

The PROTEKTOR ceiling consists of C and U beams and U-connection profiles. The beams are chosen depending on the load and the span. The load bearing of the ceiling profiles can be increased by screwing back to back. For further questions regarding steel framing constructions feel free to contact one of our technical consultants of PROTEKTOR.

The PROTEKTOR ceiling consists of C and U beams and U-connection profiles. The beams are chosen depending on the load and the span. The load bearing of the ceiling profiles can be increased by screwing back to back. For further questions regarding steel framing constructions feel free to contact one of our technical consultants of PROTEKTOR.

The PROTEKTOR ceiling consists of C and U beams and U-connection profiles. The beams are chosen depending on the load and the span. The load bearing of the ceiling profiles can be increased by screwing back to back. For further questions regarding steel framing constructions feel free to contact one of our technical consultants of PROTEKTOR.

The PROTEKTOR ceiling consists of C and U beams and U-connection profiles. The beams are chosen depending on the load and the span. The load bearing of the ceiling profiles can be increased by screwing back to back. For further questions regarding steel framing constructions feel free to contact one of our technical consultants of PROTEKTOR.

The PROTEKTOR ceiling consists of C and U beams and U-connection profiles. The beams are chosen depending on the load and the span. The load bearing of the ceiling profiles can be increased by screwing back to back. For further questions regarding steel framing constructions feel free to contact one of our technical consultants of PROTEKTOR.

The PROTEKTOR ceiling consists of C and U beams and U-connection profiles. The beams are chosen depending on the load and the span. The load bearing of the ceiling profiles can be increased by screwing back to back. For further questions regarding steel framing constructions feel free to contact one of our technical consultants of PROTEKTOR.

The PROTEKTOR ceiling consists of C and U beams and U-connection profiles. The beams are chosen depending on the load and the span. The load bearing of the ceiling profiles can be increased by screwing back to back. For further questions regarding steel framing constructions feel free to contact one of our technical consultants of PROTEKTOR.

The PROTEKTOR ceiling consists of C and U beams and U-connection profiles. The beams are chosen depending on the load and the span. The load bearing of the ceiling profiles can be increased by screwing back to back. For further questions regarding steel framing constructions feel free to contact one of our technical consultants of PROTEKTOR.

The PROTEKTOR ceiling consists of C and U beams and U-connection profiles. The beams are chosen depending on the load and the span. The load bearing of the ceiling profiles can be increased by screwing back to back. For further questions regarding steel framing constructions feel free to contact one of our technical consultants of PROTEKTOR.

The PROTEKTOR ceiling consists of C and U beams and U-connection profiles. The beams are chosen depending on the load and the span. The load bearing of the ceiling profiles can be increased by screwing back to back. For further questions regarding steel framing constructions feel free to contact one of our technical consultants of PROTEKTOR.

The PROTEKTOR ceiling consists of C and U beams and U-connection profiles. The beams are chosen depending on the load and the span. The load bearing of the ceiling profiles can be increased by screwing back to back. For further questions regarding steel framing constructions feel free to contact one of our technical consultants of PROTEKTOR.

The PROTEKTOR ceiling consists of C and U beams and U-connection profiles. The beams are chosen depending on the load and the span. The load bearing of the ceiling profiles can be increased by screwing back to back. For further questions regarding steel framing constructions feel free to contact one of our technical consultants of PROTEKTOR.

The PROTEKTOR ceiling consists of C and U beams and U-connection profiles. The beams are chosen depending on the load and the span. The load bearing of the ceiling profiles can be increased by screwing back to back. For further questions regarding steel framing constructions feel free to contact one of our technical consultants of PROTEKTOR.

The PROTEKTOR ceiling consists of C and U beams and U-connection profiles. The beams are chosen depending on the load and the span. The load bearing of the ceiling profiles can be increased by screwing back to back. For further questions regarding steel framing constructions feel free to contact one of our technical consultants of PROTEKTOR.

The PROTEKTOR ceiling consists of C and U beams and U-connection profiles. The beams are chosen depending on the load and the span. The load bearing of the ceiling profiles can be increased by screwing back to back. For further questions regarding steel framing constructions feel free to contact one of our technical consultants of PROTEKTOR.

The PROTEKTOR ceiling consists of C and U beams and U-connection profiles. The beams are chosen depending on the load and the span. The load bearing of the ceiling profiles can be increased by screwing back to back. For further questions regarding steel framing constructions feel free to contact one of our technical consultants of PROTEKTOR.

The PROTEKTOR ceiling consists of C and U beams and U-connection profiles. The beams are chosen depending on the load and the span. The load bearing of the ceiling profiles can be increased by screwing back to back. For further questions regarding steel framing constructions feel free to contact one of our technical consultants of PROTEKTOR.

The PROTEKTOR ceiling consists of C and U beams and U-connection profiles. The beams are chosen depending on the load and the span. The load bearing of the ceiling profiles can be increased by screwing back to back. For further questions regarding steel framing constructions feel free to contact one of our technical consultants of PROTEKTOR.

The PROTEKTOR ceiling consists of C and U beams and U-connection profiles. The beams are chosen depending on the load and the span. The load bearing of the ceiling profiles can be increased by screwing back to back. For further questions regarding steel framing constructions feel free to contact one of our technical consultants of PROTEKTOR.

The PROTEKTOR wall consists of a U-connection profile on the floor, C-studs with a regular centre distance of 625.0 mm and the upper U-ring tie profile. The choice of the wall profiles depends on both statical and building physical requirements. For further questions regarding steel framing constructions feel free to contact one of our technical consultants of PROTEKTOR.

The PROTEKTOR wall consists of a U-connection profile on the floor, C-studs with a regular centre distance of 625.0 mm and the upper U-ring tie profile. The choice of the wall profiles depends on both statical and building physical requirements. For further questions regarding steel framing constructions feel free to contact one of our technical consultants of PROTEKTOR.

The PROTEKTOR wall consists of a U-connection profile on the floor, C-studs with a regular centre distance of 625.0 mm and the upper U-ring tie profile. The choice of the wall profiles depends on both statical and building physical requirements. For further questions regarding steel framing constructions feel free to contact one of our technical consultants of PROTEKTOR.

The PROTEKTOR wall consists of a U-connection profile on the floor, C-studs with a regular centre distance of 625.0 mm and the upper U-ring tie profile. The choice of the wall profiles depends on both statical and building physical requirements. For further questions regarding steel framing constructions feel free to contact one of our technical consultants of PROTEKTOR.

The PROTEKTOR wall consists of a U-connection profile on the floor, C-studs with a regular centre distance of 625.0 mm and the upper U-ring tie profile. The choice of the wall profiles depends on both statical and building physical requirements. For further questions regarding steel framing constructions feel free to contact one of our technical consultants of PROTEKTOR.

The PROTEKTOR wall consists of a U-connection profile on the floor, C-studs with a regular centre distance of 625.0 mm and the upper U-ring tie profile. The choice of the wall profiles depends on both statical and building physical requirements. For further questions regarding steel framing constructions feel free to contact one of our technical consultants of PROTEKTOR.

The window cut-out is structured similar to the wall with U-connection profiles, C-beams and U-ring tie profiles from PROTEKTOR and can be adjusted individually to the required window size. To make the window lintel you need to use U-connection profiles – similar to the lower floor connection. In case of big window openings the load bearing of the U-ring tie profile has to be checked regarding statics. For further questions regarding steel framing constructions feel free to contact one of our technical consultants of PROTEKTOR.

The window cut-out is structured similar to the wall with U-connection profiles, C-beams and U-ring tie profiles from PROTEKTOR and can be adjusted individually to the required window size. To make the window lintel you need to use U-connection profiles – similar to the lower floor connection. In case of big window openings the load bearing of the U-ring tie profile has to be checked regarding statics. For further questions regarding steel framing constructions feel free to contact one of our technical consultants of PROTEKTOR.

The window cut-out is structured similar to the wall with U-connection profiles, C-beams and U-ring tie profiles from PROTEKTOR and can be adjusted individually to the required window size. To make the window lintel you need to use U-connection profiles – similar to the lower floor connection. In case of big window openings the load bearing of the U-ring tie profile has to be checked regarding statics. For further questions regarding steel framing constructions feel free to contact one of our technical consultants of PROTEKTOR.

The window cut-out is structured similar to the wall with U-connection profiles, C-beams and U-ring tie profiles from PROTEKTOR and can be adjusted individually to the required window size. To make the window lintel you need to use U-connection profiles – similar to the lower floor connection. In case of big window openings the load bearing of the U-ring tie profile has to be checked regarding statics. For further questions regarding steel framing constructions feel free to contact one of our technical consultants of PROTEKTOR.

The window cut-out is structured similar to the wall with U-connection profiles, C-beams and U-ring tie profiles from PROTEKTOR and can be adjusted individually to the required window size. To make the window lintel you need to use U-connection profiles – similar to the lower floor connection. In case of big window openings the load bearing of the U-ring tie profile has to be checked regarding statics. For further questions regarding steel framing constructions feel free to contact one of our technical consultants of PROTEKTOR.

The window cut-out is structured similar to the wall with U-connection profiles, C-beams and U-ring tie profiles from PROTEKTOR and can be adjusted individually to the required window size. To make the window lintel you need to use U-connection profiles – similar to the lower floor connection. In case of big window openings the load bearing of the U-ring tie profile has to be checked regarding statics. For further questions regarding steel framing constructions feel free to contact one of our technical consultants of PROTEKTOR.

The door cut-out is structured similar to the wall with U-connection profiles, C-beams and U-ring tie profiles from PROTEKTOR and can be adjusted individually to the required door size. To make the door lintel you need to use U-connection profiles – similar to the lower floor connection. In case of big door openings the load bearing of the U-ring tie profile has to be checked regarding statics. For further questions regarding steel framing constructions feel free to contact one of our technical consultants of PROTEKTOR.

The door cut-out is structured similar to the wall with U-connection profiles, C-beams and U-ring tie profiles from PROTEKTOR and can be adjusted individually to the required door size. To make the door lintel you need to use U-connection profiles – similar to the lower floor connection. In case of big door openings the load bearing of the U-ring tie profile has to be checked regarding statics. For further questions regarding steel framing constructions feel free to contact one of our technical consultants of PROTEKTOR.

The door cut-out is structured similar to the wall with U-connection profiles, C-beams and U-ring tie profiles from PROTEKTOR and can be adjusted individually to the required door size. To make the door lintel you need to use U-connection profiles – similar to the lower floor connection. In case of big door openings the load bearing of the U-ring tie profile has to be checked regarding statics. For further questions regarding steel framing constructions feel free to contact one of our technical consultants of PROTEKTOR.

The door cut-out is structured similar to the wall with U-connection profiles, C-beams and U-ring tie profiles from PROTEKTOR and can be adjusted individually to the required door size. To make the door lintel you need to use U-connection profiles – similar to the lower floor connection. In case of big door openings the load bearing of the U-ring tie profile has to be checked regarding statics. For further questions regarding steel framing constructions feel free to contact one of our technical consultants of PROTEKTOR.

The door cut-out is structured similar to the wall with U-connection profiles, C-beams and U-ring tie profiles from PROTEKTOR and can be adjusted individually to the required door size. To make the door lintel you need to use U-connection profiles – similar to the lower floor connection. In case of big door openings the load bearing of the U-ring tie profile has to be checked regarding statics. For further questions regarding steel framing constructions feel free to contact one of our technical consultants of PROTEKTOR.

The door cut-out is structured similar to the wall with U-connection profiles, C-beams and U-ring tie profiles from PROTEKTOR and can be adjusted individually to the required door size. To make the door lintel you need to use U-connection profiles – similar to the lower floor connection. In case of big door openings the load bearing of the U-ring tie profile has to be checked regarding statics. For further questions regarding steel framing constructions feel free to contact one of our technical consultants of PROTEKTOR.