Profile bars - Import export

Our pro fi les represent a major advance in the field of plexi-faced box letter signs. This innovative process , combining productivity and irreproachable fi nish, makes it possible to produce box letters with luminous plexiglass faces without having to resort to the listel for the faces or to the fixing screws for the backs. The edge and the plexiglass face are assembled by gluing (translucent glue) or implemented with the resin machine. The assembly can then be simply clipped onto the bottom using the stainless steel EasyClip clipsspecially designed for effective and discreet grip. The aluminum profiles, of different heights, have been specially designed to adapt to Domino Sign LED lighting modules. 3m bars Prepainted in 6 colors 4 different heights (35, 50, 60 and 80 mm)

The ECO SYSTEM units are linear actuators made of a self-sustaining extruded aluminum frame and are driven by a polyurethane belt with AT metric profile steel inserts. Three different sizes available: 60mm, 80mm, 100mm Version available with recirculating ball bearing or roller rails Reduced weight ensured by the light frame and the aluminum sliders High sliding speed The ECO SYSTEM series actuators are offered with two motion systems: ECO SYSTEM – SP Featuring a maintenance free recirculating linear guide rail fitted inside the profile. ECO SYSTEM – CI Featuring four rollers with a Gothic arch outer profile sliding on hardened steel bars placed inside the profile. Main fields of application for Eco System linear units: Automation Packaging Industrial machinery

Frame made of aluminium profile bars connected by "Tox" connections - Intumescent gas, smoke and flame tight seal in case of fire - Restraint security - Hidden latches - Screwed GKF gypsum plasterboards - Quick and easy installation The 60-minute ceiling fire dampers are designed for installation in false ceilings for self-contained fire protection, one of the requirements being "combustible load only on the room side" and the fire resistance class being EI 60. They provide effective protection against fire progression from the room into the false ceiling area. The integrated aluminium frame is equipped with a fire stop. The cover of the inspection hatch is fitted with a DF fire protection plate and protected against smoke entry by a versatile all-round seal. The cover is secured on both sides by automatic safety hooking arms. The safety catching arms ensure that the lid is intercepted every time the hatch is opened. The lid is easy to remove and replace.

Frame made of aluminium profile bars connected by "Tox" connections - All-round EPDM lip seal - Restraint security - Hidden latches - Screwed GKF gypsum plasterboards Tested for fire resistance from underneath (room side) NF EN 1634-1 : +A1 : 2018 Fire dampers EI 30 are designed to be installed in false ceilings for self-contained fire protection, one of the requirements being "combustible load only on the room side" and the fire resistance class being EI 30. They provide effective protection against the progression of fire from the room into the false ceiling area. The integrated aluminium frame is equipped with a fire stop. The cover of the inspection hatch is fitted with a DF fire protection plate and protected against smoke entry by a versatile all-round seal. The cover is secured on both sides by automatic safety hooking arms.

Frame made of aluminium profile bars connected by "Tox" connections - All-round EPDM lip seal - Restraint security - Hidden latches - Screwed GKF gypsum plasterboard Tested for fire resistance from underneath (room side) NF EN 1634-1: +A1: 2018EN 1634-1: +A1: 2018 Fire dampers EI 60 are designed to be installed in false ceilings for self-contained fire protection, one of the requirements being "combustible load only on the room side" and the fire resistance class being EI 60. They provide effective protection against the progression of fire from the room into the false ceiling area. The integrated aluminium frame is equipped with a fire stop. The cover of the inspection hatch is fitted with a DF fire protection plate and protected against smoke entry by a versatile all-round seal. The cover is secured on both sides by automatic safety hooking arms.

Frame made of aluminium profile bars connected by "Tox" connections - All-round EPDM lip seal - Restraint security - Hidden latches - Screwed GKF gypsum plasterboards Tested for fire resistance from underneath (room side) NF EN 1634-1 : +A1 : 2018 Fire dampers EI 90 are designed to be installed in false ceilings for self-contained fire protection, one of the requirements being "combustible load only on the room side" and the fire resistance class being EI 90. They provide effective protection against the progression of fire from the room into the false ceiling area. The integrated aluminium frame is equipped with a fire stop. The cover of the inspection hatch is fitted with a DF fire protection plate and protected against smoke entry by a versatile all-round seal. The cover is secured on both sides by automatic safety hooking arms.

Frame made of aluminium profile bars connected by "Tox" connections - All-round EPDM lip seal - Restraint security - Hidden latches - Screwed GKF gypsum plasterboards Tested for fire resistance from underneath (room side) NF EN 1634-1: +A1: 2018 Fire dampers EI 120 are designed to be installed in false ceilings for self-contained fire protection, one of the requirements being "combustible load only on the room side" and the fire resistance class being EI 120. They provide effective protection against the progression of fire from the room into the false ceiling area. The integrated aluminium frame is equipped with a fire stop. The cover of the inspection hatch is fitted with a DF fire protection plate and protected against smoke entry by a versatile all-round seal. The cover is secured on both sides by automatic safety hooking arms.

With the unique extrusion process, ALUnna has the capability to produce continuous lengths of extruded profiles. Unlike the conventional extrusion process, the continuous extrusion process does not use billets. Instead, raw material is fed into the process from a coil. This process is especially useful for the production of small extrusion profiles used as spacer bars in alloys EN AW-1050A / 1350A or EN AW-3103/3003. If necessary, there is an option to apply a draw pass to the spacer bar profile using an in-line Schumag continuous drawing machine in order to achieve the final dimension and the most demanding of tolerances.

Advantages of Heating Plates with Square Cartridge Heaters: -> Simple plate manufacture due to rectangular groove geometry, no deep-hole boring -> Simple heater installation by bending and pressing along the plate surface -> Complex plate geometries with bores and openings -> Optimal heat transfer due to 75% surface contact -> No casting with heat conductive compound -> Uniform temperature profiles due to thermally optimized groove layouts/power distribution and utilization of insulation plates -> high process temperatures (up to 450°C in aluminium, up to 700°C in stainless steel) Example "Heated Stamp": D=100 mm out of tempered tool steel up to max. 700°C continuous temperature. Fitted with 2 Square Cartridge Heaters 1500 W/ 230 V, 4,5 x 4,5 mm x 600 mm, with 50 mm unheated at the termination end. Annealed and formable with a nickel sheath, resistant up to 850°C surface temperature. Connection by fibreglass insulated pure nickel high-temperature leads (max. 500°C)

ar feeder for special profiles wanted ? To extend the MULTI 3000 to the bar feeder for special profiles, the Uni-erector can be mounted optionally. It enables the erection of rectangular profiles and special profiles for further transport to connected machine tools. Thus a smooth reloading process is possible. By simply setting a parameter, the erector can be selected or deselected. This enables a quick changeover from round material to a special profile. By deactivating it, the bar loader can load round or hexagonal material as normal. While with activated parameter the bar feeder will load the special or rectangular profile while the reloader is erecting. The use of square material is also optionally possible. The erector consists of two opposite rollers. To erect the material, these rollers move together during reloading. When the bar is threaded into the machine tool, the rollers open again. The distance between the rollers can be easily adjusted.

Helping hand: Lifter for placing profiles on roller tracks or loading magazines. Pneumatic lifting and feeding of profile bars by conveyor belt Adjustable stops to place the bar to correct position. Function: The bar is pushed against a contact surface – the bar lift up automatically and feed to load. Automatic lowering when position is reached. Belt speed: 9m/min Belt dimension: width 50mm, length 1400mm Lifting stroke: 250 – 1350mm adjustable Max. Profile weight: 90 kg

The spindle extension SamSpindle, has been specially designed for the extension of lathe spindles. Together with the bar feeder Multi 3000 it forms a safe, clean and efficient solution. The SamSpindle operates oil and air free. There is no mechanical connection to the lathe. Only a minimum of moving parts and masses. These are: the rotating bar, the guide rings and the inner cage of the ball bearings. The guide rings mounted in the roller bearings keep the bars in the centre of the SamSpindle cartridge. Thanks to this technique, round or test bars can be rotated at high speed, ensuring remarkably smooth running. You can turn drawn, round or profile bars, with correct straightness, at the maximum spindle speed of the lathe. This allows us to guarantee workpieces with high precision. The SamSpindle spindle extension offers maximum safety. It does not allow access to parts in motion. The moving parts are all enclosed in the SamSpindle cartridge, which is closed by a safety nut.

high accuracy for feed repeat of +/ 0,05 mm high clamping force to serve even large material crosssections serving a wide variety of materials, such as coil, band, bar or profile stocks or even wires, cardboards, papers and fabrics operation in push or pull mode or combined in pushpull mode special air cylinder design for reduced air consumption feed length adjustment via finethreaded spindle

As semi-automatic and fully automatic machines in a well thought-out robust construction, easy to operate and virtually maintenance-free, they economically pack single, collective and multiple packages (with and without tray support) in shrink film, e.g. cans, bottles, bundles, cartons, as well as long objects such as boards, doors, bars, profiles, etc. The welding width ranges from 600 – 1500 mm and other formats are possible for special constructions. The film web formed by two rolls wraps around the package in the form of a banderole. After the welding process, a discharge belt transfers the banded product into a shrink tunnel.

Around installation technology, cable clamps for the fastening of HF cables to telecommunication masts are our speciality. These cable clamps consist of a C frame including retaining feet (for installation on to a C-profile or flat bar) and a fastening screw with grouted thrust washer. In addition, the corresponding number of cable trays (inlays) are supplied. C frame The C frames are stamped bent parts which – depending on their size – have lateral pieces to provide rigidity and stability. The fixing screws have a uniform hexagon head. Due to the construction and material selection, after tightening, a secure hold is ensured even without a lock nut. A torque of 1.5 Nm is recommended here. Installation to flat bars is possible up to a material thickness of 9.3 mm. Inlay The cable troughs are chamfered for side installation or simple setting into the C frame. The wide overlap protects against falling through before tightening the fastening screw.

It is the quality with the best malleability feature among the austenitics. Its malleability capability is around 78% and it is named as the automat of stainless steel. Although the sulfur (S) addition improves its malleability, it also reduces corrosion resistance (lower than 304) and weakens its formability, it is especially not suitable for straight bending. Despite sulfur, its toughness degree is the same as 304.

It is the quality with the best malleability feature among the austenitics. Its malleability capability is around 78% and it is named as the automat of stainless steel. Although the sulfur (S) addition improves its malleability, it also reduces corrosion resistance (lower than 304) and weakens its formability, it is especially not suitable for straight bending. Despite sulfur, its toughness degree is the same as 304.

Heel depth 80/70 mm Sash depth 80/70 mm Profile thickness 2 mm Polyamide bar length 32/24 mm Door Maximum sash width (L) 1800 mm Maximum sash height (H) 3000 mm Door with hidden hinges Maximum sash width (L) 1500 mm Maximum sash height (H) 2700 mm Maximum depth of glazing 54 mm Maximum sash weight Door 220 Kg Door with hidden hinges 120 Kg

Thanks to the materials specially designed for safety and comfort, they can withstand high temperatures for a long time and impose a new standard of precaution against unforeseen situations. Heel depth 80 mm Sash depth 80 mm Profile thickness 2.2 mm Polyamide bar length 35 mm Maximum sash width (L) 1450 mm Maximum sash height (H) 2600 mm Maximum depth of glazing 54 mm Maximum sash weight 240 kg Opening possibilities inner Swing with 1 and 2 leaves outside Swing with 1 and 2 leaves

It ensures maximum comfort by reducing heat transfer, managing to keep heat in the house and reduce costs. The complex design offers the possibility of using hidden hinges, offering a minimalist look. Heel depth 80 mm Sash depth 80 mm Profile thickness 2 mm Polyamide bar length 34 mm Door Maximum sash width (L) 1800 mm Maximum sash height (H) 3000 mm Door with hidden hinges Maximum sash width (L) 1500 mm Maximum sash height (H) 2700 mm Maximum glazing depth 64 mm Maximum sash weight Door 220 Kg Door with hidden hinges 120 Kg Opening possibilities inner Swing with 1 and 2 leaves outside Swing with 1 and 2 leaves Automatic opening Exterior with 1 sheet

Right 70 mm pedestrian door system with Thermal Barrier for commercial spaces and buildings. Heel depth 70 mm Sash depth 70 mm Profile thickness 2 mm Polyamide bar length 34 mm Door Maximum sash width (L) 1800 mm Maximum sash height (H) 3000 mm Door with hidden hinges Maximum sash width (L) 1500 mm Maximum sash height (H) 2700 mm Maximum depth of glazing 54 mm Maximum sash weight Door 220 Kg Door with hidden hinges 120 Kg Opening possibilities inner Swing with 1 and 2 leaves outside Swing with 1 and 2 leaves Automatic opening Inner and outer hinge with 1 sheet Possibility of meeting at 90º without light switch Coeficient de transfer termic Uw de la 0.9 (W/m²K) Izolare acustica maxima Rw = 38 dB Permeabilitate la aer (UNE-EN 12207) CLASA 4 Etanseitate la apa (UNE-EN 12208:2000) CLASA 6A Rezistenta la vant (UNE-EN 12210) CLASA C4 Rezistenta la impact cu un corp moale (UNE-EN 13049) CLASA 5 (max) Rezistenta la deschideri si inchideri repetate (UNE-EN 1191) 1.000.000 cicluri

The way in which it was thought allows the use of an energy-efficient glass, and the precision of the design gives it excellent thermal and acoustic characteristics. Heel depth 80 mm Sash depth 88 mm Profile thickness 1.5 mm Polyamide bar length 45 mm Maximum sash width (L) 1500 Maximum sash height (H) 2600 Maximum depth of glazing 65 mm The maximum weight of the sash 160 Kg Opening possibilities Internal opening: Beating, oscillating-beating, oscillating-parallel si oscillating; External opening The swing, the designer

The hinge system was specially developed to meet the needs of residential buildings and to ensure resistance in any type of climate. Due to the simple way of mounting and the reduced need for maintenance, it allows industrialized production with time savings and advantageous from a financial point of view. Heel depth 70 mm Sash depth 78 mm Profile thickness 1.5 mm Polyamide bar length 32-35 mm Maximum sash width (L) 1500 Maximum sash height (H) 2600 Maximum depth of glazing 55 mm The maximum weight of the sash 160 Kg Opening possibilities Internal opening: Swinging, oscillating-swinging, oscillating-parallel and oscillating; External opening Swing, projecting-sliding, pivoting with horizontal and vertical fixing

S560 is the optimal sliding system for large spaces, offers maximum safety and facilitates natural light. Heel depth 136 mm Sash depth 56 mm Profile thickness 2 mm Polyamide bar length 24 mm heel Sash 16-24 mm Maximum glazing depth 43 mm The maximum weight of the sash 300 kg Opening possibilities Slide of 2, 3, 4 and 6 sheets System with 2 or 3 tracks Possibility of a single running path (sheet + fixed) Double glazing with fixed side panels

It presents the option of using sheets with rounded or straight aesthetics, leaving the opportunity for a special personalization. Thus, each installation is unique, each project is a different kind of experience. Heel depth 60, 65, 67 and 80 mm | 106 and 126 mm with three tracks Sash depth 33 and 37 mm Profile thickness 1.5 mm Polyamide bar length 14.6 - 20 mm Maximum sash width (L) 2200 mm Maximum sash height (H) 2600 mm Maximum glazing depth 26 mm The maximum weight of the sash 100 Kg perimeter sheet | sheet per head 200 kg Opening possibilities Slide of 2, 3, 4 and 6 sheets Version with 3 tracks Galandage version with 1 and 2 running ways of 1, 2 and 4 sheets

The avant-garde design allows increased versatility of compositions of up to 14 sheets and various configurations. The door opening mode is optimized to take up as little space as possible. Heel depth 73 mm Sash depth 73 mm Profile thickness 1.8 mm Polyamide bar length 20 mm heel 30 mm sash Maximum sash width (L) 1200 mm Maximum sash height (H) 3000 mm Maximum depth of glazing 45 mm The maximum weight of the sash 120 Kg sheet Opening possibilities inner 1 > 14 sheets outside 1 > 14 sheets Possibility of meeting at 90º without light switch

The mixed aluminium and wood system uses standard triple-adjustable hardware and front fixing. External aluminium profiles containing polyamide bars improve thermal insulation with minimal transfer values. Aluminium outer sheets and wooden inner modules are made in two ways, by independent fixing with clips and by means of gaskets.

Westfälische Drahtindustrie produces cold rolled flat and shaped wires at its Brotterode site. Over the last few decades, the Brotterode plant, with its central location in the heart of Europe, has evolved into an important supplier to the international cold rolling industry. With around 40 employees, we manufacture flat and profile wires in coils or bars for our industrial customers at our site in Brotterode (Thuringia) - on an area of 40,000 m². Our products can be found in the offshore, construction, electrical and automotive industries, among others. The Brotterode plant maintains quality assurance in accordance with ISO 9001 and certified energy management in accordance with ISO 50001. The absence of an environmentally harmful pickling plant also makes us an environmentally friendly high quality flat wire plant

Acoustic Wood Baffle Ceiling is a large format, vertically oriented panels used as decorative ceiling panels or to cover spaces of all sizes. Acoustic wood baffle ceiling panels are hung independently of the structure using a slotted c-profile or T-bar grid. Optional notched supports allow wood baffle panels to be applied to both walls and ceilings. Wooden Baffles are available in solid wood or a wide variety of wood veneers laminated to composite MDF or Particleboard Core. Wooden Baffle Ceiling Panels are considered acoustically reflective, but Microperforated veneer versions are available for improved sound insulation.