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  • 8080 heavy aluminum profile

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  • 2040 industrial aluminum profile

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Online selection guide
 Complete drawing of aluminum profile specification selection
Complete drawing of aluminum profile specification selection
Product description / name
This content mainly introduces the specification and size table of 6063-T5 series aluminum profiles, as well as the specifications, models and physical parameters of aluminum profiles. Users can select the specifications of aluminum profiles according to the table, so as to design various frame structures;
022-87920099

According to the needs of design and processing, provide door-to-door installation services; according to the special needs of aluminum profile opening customization.

* Free selection manual for industrial aluminum profiles Click to consult
Content source: http://huichenglawyer-sy.com written by: General Wu; release date: 10:20, December 09, 2019 Reading times: 7451 times
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Specification selection and application of 20 series (6063-T5) aluminum profiles
20R series, 20R series, 20R series, 20R series, 20R series, 20R series, 20R series, 20R series, 20R series, 20R series, 20R series, 20R series, 20R series, 20R series, 20R series, 20R series, 20R series, 20R series, 20R series, 20R series, 20R series, 20R series, 20R series, 20R series, 20R series, 20R series, 20R series, 20R series, 20R series, 20R series, 20R series, 20R series, 20R series, 20R series, 20R Aluminum profile It is a light frame material with relatively low physical strength and bearing capacity. It is mainly suitable for the design and assembly of some light frame structures, such as equipment protective cover, light equipment frame, scientific research experiment model, etc;
 
 3D model of 2020 industrial aluminum profile    Two dimensional drawing of 2020 aluminum profile  
Aluminum profile specification
texture of material
Unit mass
Moment of inertia IX
20×20
Aluminum al6063 / T5
0.6kg/m
zero point nine four
Moment of inertia IY
Bending moment wx
Bending moment WY
Order number
zero point nine four
zero point nine four
zero point nine four
P6-2020
 
 3D model of 2020r aluminum profile    Two dimensional drawing of 2020r aluminum profile  
Aluminum profile specification
texture of material
Unit mass
Moment of inertia IX
20×20R
Aluminum al6063 / T5
0.56kg/m
zero point seven two
Moment of inertia IY
Bending moment wx
Bending moment WY
Order number
zero point seven two
zero point six six
zero point seven nine
P6-2020R
 
 3D model of 2040 aluminum profile    Two dimensional drawing of 2040 aluminum profile  
Aluminum profile specification
texture of material
Unit mass
Moment of inertia IX
20×40
Aluminum al6063 / T5
1.05kg/m
one point six five
Moment of inertia IY
Bending moment wx
Bending moment WY
Order number
six point two eight
one point six five
three point one five
P6-2040
 
 3D model of 2060 aluminum profile    Two dimensional drawing of 2060 aluminum profile  
Aluminum profile specification
texture of material
Unit mass
Moment of inertia IX
20×60
Aluminum al6063 / T5
1.47kg/m
two point three four
Moment of inertia IY
Bending moment wx
WY bending moment
Order number
nineteen point three two
two point three four
six point four four
P6-2060
 
 Three dimensional model of 2080 aluminum profile    Two dimensional model of 2080 aluminum profile  
Aluminum profile specification
texture of material
Unit mass
Moment of inertia IX
20×80
Aluminum al6063 / T5
1.91kg/m
three point zero six
Moment of inertia IY
Bending moment wx
Bending moment WY
Order number
forty-three point two eight
three point zero four
ten point eight two
P6-2080
 
 Three dimensional model of 4040 (double groove) aluminum profile    Two dimensional drawing of 4040 (double groove) aluminum profile  
Aluminum profile specification
texture of material
Unit mass
Moment of inertia IX
40×40
Aluminum al6063 / T5
1.62kg/m
ten point nine two
Moment of inertia IY
Bending moment wx
Bending moment WY
Order number
ten point nine two
five point four six
five point four six
P6-4040
 
Specification selection and product application of 30 series (6063-T5) aluminum profiles
30 series aluminum profile products mainly include 3030, 3030-2n90, 3030-2n180, 3030r, 3030 heavy-duty aluminum profiles, 3060, 3090, 30150 and 6060 (double groove) specifications. Among them, 6060 double groove aluminum profile belongs to 30 series heavy-duty frame profile, which can be used together with other specifications for the design and assembly of some frame structures with high bearing capacity requirements; 30 series aluminum profiles are of high bearing capacity The groove width is 8mm, and the surface is sandblasted and silvery white anodized. It has high oxidation resistance. It is mainly suitable for some industrial frame structures with relatively high requirements for physical properties, such as assembly line console, equipment protective cover, material rack, material truck, etc;
 
 3D model of 3030 aluminum profile    Two dimensional drawing of 3030 aluminum profile  
Aluminum profile specification
texture of material
Unit mass
Moment of inertia IX
30×30
Aluminum al6063 / T5
1.15kg/m
three point six nine
Moment of inertia IY
Bending moment wx
Bending moment WY
Order number
three point six nine
two point four six
two point four six
P8-3030
 
 3D model of 3030-2n90 aluminum profile    Two dimensional drawing of 3030-2n90 aluminum profile  
Aluminum profile specification
texture of material
Unit mass
Moment of inertia IX
30×30-2N90
Aluminum al6063 / T5
1.17kg/m
three point nine four
Moment of inertia IY
Bending moment wx
Bending moment WY
Order number
three point nine four
two point five zero
two point seven seven
P8-3030-2N90
 
 3D model of 3030-2n180 aluminum profile    Two dimensional drawing of 3030-2n180 aluminum profile  
Aluminum profile specification
texture of material
Unit mass
Moment of inertia IX
30×30-2N180
Aluminum al6063 / T5
1.05kg/m
three point two nine
Moment of inertia IY
Bending moment wx
Bending moment WY
Order number
three point eight two
three point two nine
three point eight two
P8-3030-2N180
 
 3D model of 3030r aluminum profile    Two dimensional drawing of 3030r aluminum profile  
Aluminum profile specification
texture of material
Unit mass
Moment of inertia IX
30×30R
Aluminum al6063 / T5
1.15kg/m
three point three zero
Moment of inertia IY
Bending moment wx
Bending moment WY
Order number
three point three zero
two point three four
two point zero seven
P8-3030R
 
 3D model of 3030 heavy aluminum profile    2D drawing of 3030 heavy aluminum profile  
Aluminum profile specification
texture of material
Unit mass
Moment of inertia IX
30×30W
Aluminum al6063 / T5
1.21kg/m
three point nine nine
Moment of inertia IY
Bending moment wx
Bending moment WY
Order number
three point nine nine
two point six five
two point six five
P8-3030W
 
 3D model of 3060 aluminum profile    Two dimensional drawing of 3060 aluminum profile  
Aluminum profile specification
texture of material
Unit mass
Moment of inertia IX
30×60
Aluminum al6063 / T5
2.09kg/m
seven point zero three
Moment of inertia IY
Bending moment wx
Bending moment WY
Order number
twenty-six point seven two
four point seven zero
eight point nine one
P8-3060
 
 3D model of 3090 aluminum profile    Two dimensional drawing of 3090 aluminum profile  
Aluminum profile specification
texture of material
Unit mass
Moment of inertia IX
30×90
Aluminum al6063 / T5
3.04kg/m
ten point three nine
Iy moment of inertia
Bending moment wx
Bending moment WY
Order number
eighty-five
six point nine three
eighteen point eight nine
P8-3090
 
 3D model of 30150 aluminum profile    Two dimensional aluminum profile 30150  
Aluminum profile specification
texture of material
Unit mass
Moment of inertia IX
30×150
Aluminum al6063 / T5
4.87kg/m
seventeen point zero two
Iy moment of inertia
Bending moment wx
Bending moment WY
Order number
three hundred and sixty-six
eleven point three five
forty-eight point eight zero
P8-30150
 
 Three dimensional model of 4040 double channel aluminum profile    Two dimensional drawing of 4040 double groove aluminum profile  
Aluminum profile specification
texture of material
Unit mass
Moment of inertia IX
60×60
Aluminum al6063 / T5
3.31kg/m
forty-eight point two six
Moment of inertia IY
Bending moment wx
Bending moment WY
Order number
forty-eight point two six
sixteen point zero eight
sixteen point zero eight
P8-6060
 
Specification selection and product application of 40 series (60663-t5) aluminum profiles
40 series aluminum profiles are the most widely used products among 6063-T5 frame profiles, including a variety of large or heavy frame profiles, such as 4080, 4080 light, 4080 heavy, 8080, 8080 light, 8080 heavy, 80120 and other specifications; this specification of aluminum profiles is mainly used for frame structures with high physical properties, strong bearing capacity and strong yield resistance Design and assembly, such as: workshop protective fence, assembly line console, aluminum profile shelf, scientific research and experimental platform, equipment protective cover, etc;
 
 3D model of 4040 aluminum profile    Two dimensional drawing of 4040 aluminum profile  
Aluminum profile specification
texture of material
Unit mass
Moment of inertia IX
40×40
Aluminum al6063 / T5
2.00kg/m
ten point eight eight
Moment of inertia IY
Bending moment wx
Bending moment WY
Order number
ten point eight eight
five point four three
five point four three
P8-4040
 
 3D model of 4040-2n90 aluminum profile    Two dimensional drawing of 4040-2n90 aluminum profile  
Aluminum profile specification
texture of material
Unit mass
Moment of inertia IX
40×40-2N90
Aluminum al6063 / T5
2.17kg/m
eleven point seven nine
Moment of inertia IY
Bending moment wx
Bending moment WY
Order number
eleven point seven nine
five point nine five
five point nine seven
P8-4040-2N90
 
 3D model of 4040-2n180 aluminum profile    Two dimensional drawing of 4040-2n180 aluminum profile  
Aluminum profile specification
texture of material
Unit mass
Moment of inertia IX
40×40-2N180
Alt53aluminum
2.18kg/m
eleven point four eight
Iy moment of inertia
Bending moment wx
Bending moment WY
Order number
twelve point three zero
five point seven three
six point one five
P8-4040-2N180
 
 3D model of 4040 perforated aluminum profile    Two dimensional drawing of 4040 perforated aluminum profile  
Aluminum profile specification
texture of material
Unit mass
Moment of inertia IX
40×40A
Aluminum al6063 / T5
1.97kg/m
eleven point nine nine
Moment of inertia IY
Bending moment wx
Bending moment WY
Order number
eleven point nine nine
five point nine nine
five point nine nine
P8-4040A
 
 3D model of 4040 light aluminum profile    Two dimensional drawing of 4040 light aluminum profile  
Aluminum profile specification
texture of material
Unit mass
Moment of inertia IX
40×40L
Aluminum al6063 / T5
1.56kg/m
nine point one seven
Moment of inertia IY
Bending moment wx
Bending moment WY
Order number
nine point one seven
four point five eight
four point five eight
P8-4040L
 
 3D model of 4040r aluminum profile    Two dimensional drawing of 4040r aluminum profile  
Aluminum profile specification
texture of material
Unit mass
Moment of inertia IX
40×40R
Aluminum al6063 / T5
1.95kg/m
eight point eight nine
Moment of inertia IY
Bending moment wx
Bending moment WY
Order number
eight point eight nine
five point zero seven
three point nine five
P8-4040R
 
 3D model of 4040 heavy aluminum profile    Two dimensional heavy aluminum profile 4040  
Aluminum profile specification
texture of material
Unit mass
Moment of inertia IX
40×40W
Aluminum al6063 / T5
2.41kg/m
thirteen point zero three
Moment of inertia IY
Bending moment wx
Bending moment WY
Order number
thirteen point zero three
six point five one
six point five one
P8-4040W
 
 3D model of 4060 aluminum profile    Two dimensional drawing of 4060 aluminum profile  
Aluminum profile specification
texture of material
Unit mass
Moment of inertia IX
40×60
Aluminum al6063 / T5
3.17kg/m
seventeen point four seven
Iy moment of inertia
Wx bending moment
Bending moment WY
Order number
thirty-five point eight eight
eight point seven four
eleven point nine six
P8-4060
 
 Three dimensional model of 4080 aluminum profile    Two dimensional drawing of 4080 aluminum profile  
Aluminum profile specification
texture of material
Unit mass
Moment of inertia IX
40×80
Aluminum al6063 / T5
3.52kg/m
twenty point two two
Moment of inertia IY
Bending moment wx
Bending moment WY
Order number
eighty-one point seven three
ten point one one
twenty point four four
P8-4080
 
 Three dimensional model of 4080 perforated aluminum profile    Two dimensional drawing of 4080 perforated aluminum profile  
Aluminum profile specification
texture of material
Unit mass
Moment of inertia IX
40×80A
Aluminum al6063 / T5
3.58kg/m
twenty-one point seven eight
Moment of inertia IY
Bending moment wx
Bending moment WY
Order number
eighty-three point eight five
ten point eight nine
twenty point nine seven
P8-4080A
 
 Three dimensional model of 4080 light aluminum profile    Two dimensional drawing of 4080 light aluminum profile  
Aluminum profile specification
texture of material
Unit mass
Moment of inertia IX
40×80L
Aluminum al6063 / T5
2.83kg/m
sixteen point eight six
Moment of inertia IY
Bending moment wx
Bending moment WY
Order number
sixty-seven point six five
eight point four four
sixteen point nine one
P8-4080L
 
 Three dimensional model of 4080 heavy aluminum profile    Two dimensional drawing of 4080 heavy aluminum profile  
Aluminum profile specification
texture of material
Unit mass
Moment of inertia IX
40×80W
Aluminum al6063 / T5
4.25kg/m
twenty-four point eight seven
Moment of inertia IY
Bending moment wx
Bending moment WY
Order number
ninety-five point seven two
twelve point four three
twenty-three point nine three
P8-4080W
 
 3D model of 8080 aluminum profile    Two dimensional drawing of 8080 aluminum profile  
Aluminum profile specification
texture of material
Unit mass
Moment of inertia IX
80×80
Aluminum al6063 / T5
5.93kg/m
one hundred and fifty-three point two six
Moment of inertia IY
Bending moment wx
Bending moment WY
Order number
one hundred and fifty-three point two six
thirty-eight point three one
thirty-eight point three one
P8-8080
 
 3D model of 8080 perforated aluminum profile    Two dimensional drawing of 8080 perforated aluminum profile  
Aluminum profile specification
texture of material
Unit mass
Moment of inertia IX
80×80A
Alt53aluminum
5.32kg/m
one hundred and forty-four point four four
Moment of inertia IY
Bending moment wx
WY bending moment
Order number
one hundred and forty-four point four four
thirty-six point one one
thirty-six point one one
P8-8080A
 
 3D model of 8080 light aluminum profile    Two dimensional drawing of 8080 light aluminum profile  
Aluminum profile specification
texture of material
Unit mass
Moment of inertia IX
80×80L
Aluminum al6063 / T5
4.67kg/m
one hundred and twenty-seven point four seven
Moment of inertia IY
Bending moment wx
Bending moment WY
Order number
one hundred and twenty-seven point four seven
thirty-one point eight six
thirty-one point eight six
P8-8080L
 
 3D model of 8080 heavy aluminum profile    Two dimensional drawing of 8080 heavy aluminum profile  
Aluminum profile specification
texture of material
Unit mass
Moment of inertia IX
80×80W
Aluminum al6063 / T5
6.91kg/m
one hundred and seventy-seven point three seven
Moment of inertia IY
Bending moment wx
Bending moment WY
Order number
one hundred and seventy-seven point three seven
forty-four point three four
forty-four point three four
P8-8080W
 
 3D model of 40120 aluminum profile    Two dimensional drawing of 40120 aluminum profile  
Aluminum profile specification
texture of material
Unit mass
Moment of inertia IX

40×120

Aluminum al6063 / T5
5.64kg/m
thirty-two point six seven
Moment of inertia IY
Bending moment wx
Bending moment WY
Order number
two hundred and eighty-six point six five
sixteen point three three
forty-seven point seven eight
P8-40120
 
 3D model of 40160 aluminum profile    Two dimensional drawing of 40160 aluminum profile  
Aluminum profile specification
texture of material
Unit mass
Moment of inertia IX
40×160
Aluminum al6063 / T5
6.07kg/m
thirty-nine point five nine
Moment of inertia IY
Bending moment wx
Bending moment WY
Order number
five hundred and fifty point eight nine
nineteen point eight
sixty-six point two five
P8-40160
 
 3D model of 80120 aluminum profile    Two dimensional drawing of 80120 aluminum profile  
Aluminum profile specification
texture of material
Unit mass
Moment of inertia IX
80×120
Aluminum al6063 / T5
9.25kg/m
two hundred and seventy-six point zero nine
Moment of inertia IY
Bending moment wx
Bending moment WY
Order number
five hundred and eighty-nine point three two nine
sixty-nine point zero two
ninety-eight point two two
P8-80120
 
Specification selection and product application of 45 series (6063-T5) aluminum profiles
45 series aluminum profiles are high strength, high load-bearing frame materials, with high physical properties and yield resistance, which are mainly suitable for the design and assembly of large-scale industrial load-bearing frames; 45 series aluminum profiles have a variety of specifications, which can be selected according to different technical requirements, including 4590 and 9090 heavy-duty frame profiles, which can be used for large-scale equipment frame, aircraft maintenance platform and three-dimensional Construction of high bearing frame products such as warehousing;
 
 3D model of 4545 aluminum profile    Two dimensional drawing of 4545 aluminum profile  
Aluminum profile specification
texture of material
Unit mass
Moment of inertia IX
45×45
Aluminum al6063 / T5
2.74kg/m
eighteen point nine three
Moment of inertia IY
Bending moment wx
Bending moment WY
Order number
eighteen point nine three
eight point four one
eight point four one
P10-4545
 
 3D model of 4545-290 aluminum profile    Two dimensional drawing of 4545-2n90 aluminum profile  
Aluminum profile specification
texture of material
Unit mass
Moment of inertia IX
45×45-2N90
Aluminum al6063 / T5
2.45kg/m
eighteen point two seven
Moment of inertia IY
Bending moment wx
Bending moment WY
Order number
eighteen point two seven
eight
eight point two four
P10-4545-2N90
 
 3D model of 4545-2n180 aluminum profile    Two dimensional drawing of 4545-2n180 aluminum profile  
Aluminum profile specification
texture of material
Unit mass
Moment of inertia IX
45×45-2N180
Aluminum al6063 / T5
2.45kg/m
nineteen point zero eight
Moment of inertia IY
Bending moment wx
Bending moment WY
Order number
seventeen point four six
eight point four nine
seven point seven six
P10-4545-2N180
 
 3D model of 4545 light aluminum profile    Two dimensional drawing of 4545 light aluminum profile  
Aluminum profile specification
texture of material
Unit mass
Moment of inertia IX
45×45L
Aluminum al6063 / T5
2.28kg/m
sixteen point seven four
Moment of inertia IY
Bending moment wx
Bending moment WY
Order number
sixteen point seven four
seven point four five
seven point four five
P10-4545L
 
 3D model of 4545r aluminum profile    Two dimensional drawing of 4545r aluminum profile  
Aluminum profile specification
texture of material
Unit mass
Moment of inertia IX
45×45R
Aluminum al6063 / T5
2.13kg/m
thirteen point one eight
Moment of inertia IY
Bending moment wx
Bending moment WY
Order number
thirteen point one eight
six point five nine
five point three
P10-4545R
 
 3D model of 4560 aluminum profile    Two dimensional drawing of 4560 aluminum profile  
Aluminum profile specification
texture of material
Unit mass
Moment of inertia IX
45×60
Aluminum al6063 / T5
3.13kg/m
twenty-one point nine eight
Moment of inertia IY
Bending moment wx
Bending moment WY
Order number
thirty-seven point zero eight
nine point seven six
twelve point three six
P10-4560
 
 3D model of 4590 aluminum profile    Two dimensional drawing of 4590 aluminum profile  
Aluminum profile specification
texture of material
Unit mass
Moment of inertia IX
45×90
Aluminum al6063 / T5
4.74kg/m
thirty-three point zero six
Moment of inertia IY
Bending moment wx
Bending moment WY
Order number
one hundred and forty point nine five
fourteen point six nine
thirty-one point three two
P10-4590
 
 3D model of 4590 light aluminum profile    Two dimensional drawing of 4590 light aluminum profile  
Aluminum profile specification
texture of material
Unit mass
Moment of inertia IX
45×90L
Aluminum al6063 / T5
4.01kg/m
thirty point nine seven
Moment of inertia IY
Bending moment wx
Bending moment WY
Order number
one hundred and ten
thirteen point seven seven
twenty-three point one four
P10-4590L
 
 3D model of 9090 double channel aluminum profile    Two dimensional drawing of 9090 double groove aluminum profile  
Aluminum profile specification
texture of material
Unit mass
Moment of inertia IX
90×90
Aluminum al6063 / T5
7.39kg/m
two hundred and forty point four zero
Iy moment of inertia
Bending moment wx
Bending moment WY
Order number
two hundred and forty point four zero
fifty-three point four three
fifty-three point four three
P10-9090
 
Specification selection and product application of 50 series aluminum profiles
There are relatively few specifications and categories of 50 series aluminum profiles, including 5050, 50100, 100100 and other specifications, which belong to heavy frame materials; the groove width of 50 series profile is less than 8 mm, and the special fasteners for 8 profile of 40 series groove and 50 series special connection accessories can be used to realize rapid assembly; among 50 series aluminum profiles, 100100 specification profiles are commonly used heavy-duty frame materials, which are mainly suitable for high strength and high bearing capacity Assembly and construction of high-performance frame structure, such as three-dimensional warehouse, production line platform, aircraft maintenance platform, etc;
 
 Three dimensional model of 5050 aluminum profile    Two dimensional drawing of 5050 aluminum profile  
Aluminum profile specification
texture of material
Unit mass
Moment of inertia IX
50×50
Aluminum al6063 / T5
3.84kg/m
thirty-three point five seven
Moment of inertia IY
Bending moment wx
Bending moment WY
Order number
thirty-three point five seven
thirteen point four three
thirteen point four three
P8-5050
 
 3D model of 50100 aluminum profile    Two dimensional drawing of 50100 aluminum profile  
Aluminum profile specification
texture of material
Unit mass
Moment of inertia IX
50×100
Aluminum al6063 / T5
7.2kg/m
sixty-six point six zero
Moment of inertia IY
Bending moment wx
Bending moment WY
Order number
two hundred and forty-eight point eight one
twenty-six point six four
forty-nine point seven five
P8-50100
 
 3D model of 100100 aluminum profile    Two dimensional drawing of 100100 aluminum profile  
Aluminum profile specification
texture of material
Unit mass
Moment of inertia IX
100×100
Aluminum al6063 / T5
13.89kg/m
five hundred and eighty point eight two
Moment of inertia IY
Bending moment wx
Bending moment WY
Order number
five hundred and eighty point eight two
one hundred and sixteen point one seven
one hundred and sixteen point one seven
P8-100100
 
Specification selection and product application of 60 series aluminum profiles
 
 3D model of 6060 aluminum profile    Two dimensional drawing of 6060 aluminum profile  
Aluminum profile specification
texture of material
Unit mass
Moment of inertia IX
60×60
Aluminum al6063 / T5
4.78kg/m
fifty-eight point seven nine
Moment of inertia IY
Bending moment wx
WY bending moment
Order number
fifty-eight point seven nine
nineteen point five nine
nineteen point five nine
P10-6060
 
The above contents are the specification selection manual of 6063-T5 series aluminum profiles, mainly describing various specifications Aluminum profile 6063-T5 series aluminum profiles are industrial frame profiles with high physical strength and product performance. The surface of 6063-T5 series aluminum profiles is sandblasted and silver white anodized, and the surface oxidation film is more than 12 μ m, which has high weather resistance and oxidation resistance, so as to ensure the performance of aluminum profiles in different use environments;
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Contact APAs / contact us
Tianjin Aipu industrial aluminum profile Co., Ltd
Tel: 022-87920088
Fax: (avoid malicious advertising) please Contact the enterprise network administrator
Service hotline: 137021119190 (24-hour service hotline)
Q        Q: five hundred and thirty-four million nine hundred and seventy-three thousand nine hundred and six
Email address: lxc@apas.com.cn
Address: a3-2 Saida international industrial city, Xiqing Economic and Technological Development Zone, Tianjin
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