Skip to main content

Hexagonal bars

Hexagonal bars
Anticorodal aluminum alloy (AISi1MgMn EN AW 6082) is an alloy with a wide range of use. A very large variety of industrial profiles are made from this material (round, rectangular, drawn or extruded bars, profiles, sheets, etc.), profiles that meet the most demanding quality requirements and European quality standards, to permanently ensure optimal performance in use.
Hexagonal bars from AlSi1MgMn (EN AW 6082)

hexagonal barsAnticorodal aluminum alloy (AISi1MgMn EN AW 6082) is an alloy with a wide range of uses. A very large variety of industrial profiles are made from this material (round, rectangular, drawn or extruded bars, profiles, sheets, etc.), profiles that meet the most demanding quality requirements and European quality standards, to permanently ensure optimal performance in use.

Broad spectrum

The Anticorodal alloy has a wide field of use. The advantages of this universal alloy are highlighted especially when the finished products result from a technological process of chipping, followed by surface treatment.

Areas of use

The Anticorodal alloy has a wide spread in the field of machine constructions, as well as in the field of welded constructions. It corresponds perfectly to the development of component parts subjected to oscillating stresses, rotating parts, being used as base plates of different sub-assemblies. Casings for hydraulic pumps or component parts of hydraulic systems can be manufactured.

Processability

The Anticorodal alloy behaves well when processed by cutting (although it results in a continuous spiral chip), it can be anodized, both natural and colored, and from the point of view of weldability, the MIG/WIG process is recommended.

Corrosion resistance: good in normal environment.

Hexagonal bars for automata in AlCu4PbMgMn alloy (EN AW 2007)

Through a precise manufacturing technology, with strict adherence to standards, an alloy was obtained that satisfies the users' requirements both in terms of quality and the excellent characteristics of the material. Alloys for automata bear the mark of maximum machinability that characterizes aluminum and its component alloys.

Due to the excellent machinability and mechanical characteristics, a 40% saving in machining time is obtained (compared to a steel of the same dimensions and mechanical characteristics)

Alloy with a wide range of use

The alloy ENAW 2007 (AICu4PbMgMn) has a wide range of use especially where the basic condition is good machinability by cutting and the possibility to treat superficial surfaces.

Surface treatment

The finished part can be treated superficially by simple anodization (anodization), (hard anodization, colored anodization - through a special technology - limited application); it can also be excellently polished and polished.

Areas of use

This alloy has a wide range of use, from simple parts obtained by chipping to complex hydraulic parts with high bearing capacity. Due to its good resistance to wear, it can also be used in the field of machine construction equipment (gear wheels, guide shafts, racks, guide rails, etc.), in the field of pneumatic and hydraulic systems for the manufacture of valves.

Continue reading

Round bars

Round bars
Aluminum alloy ENAW 6082 – AISi1MgMn is an alloy with a wide field of use. A very large variety of industrial profiles are made from this material (round, rectangular, drawn or extruded bars, profiles, sheets, etc.), profiles that meet the most demanding quality requirements and European quality standards, to permanently ensure optimal performance in use.

Bare rotunde

Alloyed round bars according to ENAW 6082 – AlSi1MgMn – 3.2315

Aluminum alloy ENAW 6082 – AISi1MgMn is an alloy with a wide field of use. A very large variety of industrial profiles are made from this material (round, rectangular, drawn or extruded bars, profiles, sheets, etc.), profiles that meet the most demanding quality requirements and European quality standards, to permanently ensure optimal performance in use.

Broad spectrum

Alloy ENAW 6082 has a wide field of use. The advantages of this universal alloy are highlighted especially when the finished products result from a technological process of chipping, followed by surface treatment.

Areas of use

The Anticorodal alloy has a wide spread in the field of machine constructions, as well as in the field of welded constructions. It corresponds perfectly to the development of component parts subjected to oscillating stresses, rotating parts, being used as base plates of different sub-assemblies. Casings for hydraulic pumps or component parts of hydraulic systems can be manufactured.

Processability

ENAW 6082 bars behave well when processed by chipping (although it results in a continuous spiral chip), it can be anodized, both natural and colored, and from the point of view of weldability, the MIG/WIG process is recommended.

Corrosion resistance: good in normal environment.

Round bars for automata from the alloy ENAW 2007 – AlCu4PbMgMn – 3.1645

Through a precise manufacturing technology, with strict adherence to standards, an alloy was obtained that satisfies the users' requirements both in terms of quality and the excellent characteristics of the material. Alloys for automata bear the mark of maximum machinability that characterizes aluminum and its component alloys.

Due to the excellent machinability and mechanical characteristics, a 40% saving in machining time is obtained (compared to a steel of the same dimensions and mechanical characteristics)

Alloy with a wide range of use

The alloy ENAW 2007 (AICu4PbMgMn) has a wide range of use especially where the basic condition is good machinability by cutting and the possibility to treat superficial surfaces.

Surface treatment

The finished part can be treated superficially by simple anodization (anodization), (hard anodization, colored anodization - through a special technology - limited application); it can also be excellently polished and polished.

Areas of use

This alloy has a wide range of use, from simple parts obtained by chipping to complex hydraulic parts with high bearing capacity. Due to its good resistance to wear, it can also be used in the field of machine construction equipment (gear wheels, guide shafts, racks, guide rails, etc.), in the field of pneumatic and hydraulic systems for the manufacture of valves.

Rectangular bars from ENAW 7075 – AlZn5.5MgCu – 3.4365

Superior alloy with special machinability - used for the execution of various milestones in the aeronautical, military or general industrial fields, parts where high resistance is required or components subject to high demands.

Other alloys can also be supplied, respectively:

– ENAW 6060, 6061, 6063, 6012, 6262, 2011, 2017, 2024 – etc.

Continue reading

Square bars

Square bars
Aluminum alloy ENAW 6082 – AISi1MgMn is an alloy with a wide field of use. A very large variety of industrial profiles are made from this material (round, rectangular, drawn or extruded bars, profiles, sheets, etc.), profiles that meet the most demanding quality requirements and European quality standards, to permanently ensure optimal performance in use.
Square bars from ENAW 6082 – AlSi1MgMn – 3.2315

bare-patrateAluminum alloy ENAW 6082 – AISi1MgMn is an alloy with a wide field of use. A very large variety of industrial profiles are made from this material (round, rectangular, drawn or extruded bars, profiles, sheets, etc.), profiles that meet the most demanding quality requirements and European quality standards, to permanently ensure optimal performance in use.

Broad spectrum

Alloy ENAW 6082 has a wide field of use. The advantages of this universal alloy are highlighted especially when the finished products result from a technological process of chipping, followed by surface treatment.

Areas of use

ENAW 6082 bars have a wide applicability in the field of machine constructions, as well as in the field of welded constructions. It perfectly corresponds to the requirements necessary for the development of parts / components subject to oscillating stresses, rotating parts, being used as base plates of different sub-assemblies. Casings for hydraulic pumps or component parts of hydraulic systems can be manufactured.

Processability

It behaves well when processed by chipping (although it results in continuous spiral chips), it can be anodized, both natural and colored, and from the point of view of weldability, the MIG/WIG process is recommended.

Corrosion resistance: good in normal environment.

Square bars, alloys according to ENAW 2007 – AlCu4PbMgMn – 3.1645

Through a precise manufacturing technology, with strict adherence to standards, an alloy was obtained that satisfies the users' requirements both in terms of quality and the excellent characteristics of the material. Alloys for automata bear the mark of maximum machinability that characterizes aluminum and its component alloys.

Due to the excellent machinability and mechanical characteristics, a 40% saving in machining time is obtained (compared to a steel of the same dimensions and mechanical characteristics).

Alloy with a wide range of use

The alloy ENAW 2007 (AICu4PbMgMn) has a wide range of use especially there where the basic condition is very good machinability through cutting and the possibility of surface treatment.

Surface treatment

The finished part can be treated superficially by simple anodization (anodization), (hard anodization, colored anodization - through a special technology - limited application); it can also be excellently polished and polished.

Areas of use

This alloy has a wide range of use, from simple parts obtained by chipping to complex hydraulic parts with high bearing capacity. Due to its good resistance to wear, it can also be used in the field of machine construction equipment (gear wheels, guide shafts, racks, guide rails, etc.), in the field of pneumatic and hydraulic systems for the manufacture of valves.

Rectangular bars from ENAW 7075 – AlZn5.5MgCu – 3.4365

Superior alloy with special machinability - used for the execution of various milestones in the aeronautical, military or general industrial fields, parts where high resistance is required or components subject to high demands.

Other alloys can also be supplied, respectively:

– ENAW 6060, 6061, 6063, 6012, 6262, 2011, 2017, 2024 – etc.

Continue reading

Rectangular bars

Rectangular bars
ENAW 6082 alloy has a wide field of use. The advantages of this universal alloy are highlighted especially when the finished products result from a technological process of chipping, followed by surface treatment.

Rectangular bars from ENAW 6082 – AlSi1MgMn – 3.2315

bare dreptunghiulareAluminum alloy ENAW 6082 – AISi1MgMn is an alloy with a wide range of uses. A very large variety of industrial profiles are made from this material (round, rectangular, drawn or extruded bars, profiles, sheets, etc.), profiles that meet the most demanding quality requirements and European quality standards, to permanently ensure optimal performance in use.

Broad spectrum

Alloy ENAW 6082 has a wide field of use. The advantages of this universal alloy are highlighted especially when the finished products result from a technological process of chipping, followed by surface treatment.

Areas of use

ENAW 6082 bars have a wide applicability in the field of machine constructions, as well as in the field of welded constructions. It perfectly corresponds to the requirements necessary for the development of parts / components subject to oscillating stresses, rotating parts, being used as base plates of different sub-assemblies. Casings for hydraulic pumps or component parts of hydraulic systems can be manufactured.

Processability

It behaves well when processed by chipping (although it results in a continuous spiral chip), it can be anodized, both natural and colored, and from the point of view of weldability, the MIG/WIG process is recommended.

Corrosion resistance: good in normal environment.

Rectangular bars according to ENAW 2007 – AlCu4PbMgMn – 3.1645

Through a precise manufacturing technology, with strict compliance with the standards, an alloy was obtained that satisfies the users' requirements both in terms of quality and the excellent characteristics of the material. Alloys for automata bear the mark of maximum machinability that characterizes aluminum and its component alloys.

Due to the excellent machinability and mechanical characteristics, a 40% saving in machining time is obtained (compared to a steel of the same dimensions and mechanical characteristics).

Alloy with a wide range of use

The alloy ENAW 2007 (AICu4PbMgMn) has a wide range of use especially there where the basic condition is very good machinability through cutting and the possibility of surface treatment.

Surface treatment

The finished part can be treated superficially by simple anodization (anodization), (hard anodization, colored anodization - through a special technology - limited application); it can also be excellently polished and polished.

Areas of use

This alloy has a wide range of use, from simple parts obtained by chipping to complex hydraulic parts with high bearing capacity. Due to its good resistance to wear, it can also be used in the field of machine construction equipment (gear wheels, guide shafts, racks, guide rails, etc.), in the field of pneumatic and hydraulic systems for the manufacture of valves.

Rectangular bars from ENAW 7075 – AlZn5.5MgCu – 3.4365

Superior alloy with special machinability - used for the execution of various milestones in the aeronautical, military or general industrial fields, parts where high resistance is required or components subject to high demands.

Continue reading

Thick sheets

Thick sheets
Pure, unalloyed, commercially available aluminum material has high corrosion resistance, and has excellent anodizing and varnishing properties

Thick sheets are very useful in the execution of parts and landmarks in the field of:
  • tools production
  • car construction
  • ship building
  • pressure vessels
  • automotive industry, etc.

Amari România SRL has different alloys that cover most areas of application of thick sheets. If you are not sure which of our alloys meet your requirements, please contact us.

Thick sheets (plates) of ENAW 5754 – AlMg3 – 3.3535

AREAS OF USE: Sheet metal alloy is used for the manufacture of parts of devices and machine tools subject to small stresses. Applications include various supports for electronic equipment, components for packaging machines, medical equipment (artificial respiration equipment) or equipment for the food industry.

PROCESSING METHODS:

– Weldability: excellent with TIG/MIG, filler material AA 5554, AA 5183, AA 5356

– Anodizing: technical – excellent, decorative – good

– Machining by chipping: good

– Corrosion resistance: excellent in normal environment

Thick sheets (plates) from EN AW 5083 – AlMg4.5Mn0.7 – 3.3547

AREAS OF USE:

- Thick sheets of the ENAW 5083 - AlMg4.5Mn0.7 alloy are used for parts of equipment and machines, which are subject to medium loads. Examples include machine parts and welded assemblies, shipbuilding, pressure vessels, low temperature equipment, etc.

PROCESSING METHODS:

– Weldability: excellent with TIG/MIG, filler material, AA 5183, AA 5356

– Anodizing: technical – excellent, decorative – average

– Machining by chipping: good

– Corrosion resistance: excellent in normal environment

AVAILABILITY:

– ENAW 5083 alloy sheets are available in O/H 111 condition (mechanical cold obtained hardness).

– Usual size: 1520 x 3020 mm

– Thickness: 8 – 150 mm and over, on request

– Maximum width: 2000 mm

Precision sheets + protective film GS 27 – EN AW 5083

If the technical prescription or the manufacturing process requires the use of high-precision machined sheets, then the right choice is the GS 27 sheet. From the point of view of processing and use, the lack of internal stresses, offers the possibility that mechanical processing (cutting, drilling, milling, etc.) to be done at increased speed, compared to a steel sheet having the same thickness. Thus, the manufacturing time of the respective device is reduced. Welding is possible by the TIG/MÍG process. Anodizing is excellent for both decorative and technical purposes. The high-precision sheets meet the rigorous requirements of size and shape tolerances, respectively of the norms prescribed by the manufacturer for the mechanical characteristics. Among the thick sheets sold by our company, the GS 27 sheet has the tightest tolerance field both for thickness (+/- 0.1 mm) and for flatness (max 0.15 – 0.35 mm/m), offering a special flatness of the surfaces of the quality material obtained by milling the faces and protecting them with foil.

– They are recommended for the execution of control panels, base plates, parts subjected to medium loads, etc.

– The faces of the sheets are milled and protected with foil, which leads to a decrease in the subsequent costs of finishing the parts made.

Thick sheets (plates) of EN AW 6082 – AlSi1MgMn – 3.2315

Aluminum alloy ENAW 6082 is an alloy with a wide range of uses. A very large variety of industrial profiles are made from this material (round, rectangular, drawn or extruded bars, profiles, sheets, etc.), profiles that meet the most demanding quality requirements and European quality standards, to permanently ensure optimal performance in use. The advantages of this universal alloy are highlighted especially when the finished products result from a technological process of chipping, followed by surface treatment.

Areas of use:

– ENAW 6082 alloy has a wide spread in the field of machine constructions, as well as in the field of welded constructions. It corresponds perfectly to the development of component parts subject to oscillating stresses, rotating parts, being used as base plates of various sub-assemblies. Casings for hydraulic pumps or component parts of hydraulic systems can be manufactured.

Workability:

- perform well at cutting (although the resulting continuous chip spiral) can be anodized, both natural and color, and in terms of weldability is recommended MIG / TIG.

Fairly good corrosion resistance in normal environment

Thick sheets (plates) from ENAW 2017 – AlCu4MgSi – 3.1325
Thick sheets (plates) of ENAW 7075 – AlZn5.5MgCu – 3.4365
Sheets from ENAW 7022 – AlZn5Mg3Cu – 3.4345

The ENAW 7022 alloy is recommended for the manufacture of parts that require stability in shape, machinability by cutting, high mechanical resistance.

AREAS OF USE:

– From this alloy can be made: base plates, guides, molds and tools for plastics, molds for blowing - eg: plastic bottles, component parts subject to high stresses.

BENEFITS:

– 40% higher cutting speed;

– faster heat exchange;

– longer life of cutting tools;

– higher surface quality.

SAVING TIME AND EXPENSES:

– The better machinability of the alloy leads to a higher machining speed compared to steel. This means a shorter manufacturing time, more efficient operation of CNC machines. Many times the finishing is no longer necessary due to the stability in shape.

HIGH PRODUCTIVITY

The increased thermal conductivity of the alloy leads to faster heating/cooling of the tools. Good heat distribution ensures a uniform mold temperature, thus shortening the production cycle. Recommended for the manufacture of parts used in the processing of plastics, where it is necessary that the surface of the tools can be treated by chrome plating or hard anodizing, etc. At the same time, the surfaces can be perfectly polished.

Caracteristici mecanice laminate

Continue reading