How accurate is this aluminum weight calculator?

This calculator uses typical density values for aluminum grades shown in the current product range. Results are theoretical weights based on nominal dimensions; confirm final requirements with the selected alloy, temper and mill test certificate.

Why do different aluminum alloys have different densities?

Aluminum alloys contain different alloying elements (copper, magnesium, zinc, manganese, silicon) in varying proportions. Each element has its own atomic weight and crystal structure, which affects the overall density. The difference between the lightest and heaviest common alloys is about 6%.

How do I convert between kg and metric tons for bulk orders?

1 metric ton = 1,000 kg. To estimate the number of sheets per ton, divide 1,000 by the weight per piece shown in the calculator. Our minimum order quantity is 1 metric ton for most alloys and sizes.

Kalkulator Bobot Aluminium

Hitung bobot lembaran aluminium, piring, bar, gulungan, lan bunder kanthi dimensi. Alat online gratis kanthi nilai kapadhetan sing akurat kanggo kabeh campuran umum.

Alat Gratis

Ngitung Bobot Aluminium

Pilih wangun, ketik dimensi, lan pilih alloy kanggo entuk pitungan bobot cepet.

Plat aluminium ing jalur produksi — Ukuran piring kanggo pitungan bobot

Bundel bar bunder aluminium — Dhiameter bar bunder lan pitungan dawa

Stok kumparan aluminium — Perencanaan bobot kumparan lan lembaran

Alloy (Kapadhetan)

Kapadhetan (g/cm3)

kekandelan mm

Jembar mm

dawa mm

Jumlah bêsik

Bobot diitung

0.00

lbs

Formula: Bobot = Ketebalan x Lebar x Panjang x Kapadhetan / 1.000.000
Pitungan: Ketik dimensi ing ndhuwur kanggo ndeleng pitungan

Data Referensi

Tabel Referensi Kapadhetan Aluminium

Nilai Kapadhetan khas kanggo gelar aluminium dituduhake ing sawetara produk saiki.

Paduan	Seri	Kapadhetan (g/cm3)	Kapadhetan (lb/in3)	Panggunaan utami
1050	1xxx	2.71	0.098	Kimia, industri pangan
1060	1xxx	2.70	0.098	Penukar panas, reflektor
1070	1xxx	2.70	0.098	Lembar listrik lan konduktivitas dhuwur
1100	1xxx	2.71	0.098	Lembaran logam umum, masak
2014	2xxx	2.80	0.101	Fitting pesawat, bagean kekuatan dhuwur
2024	2xxx	2.78	0.100	Struktur aerospace
3003	3xxx	2.73	0.099	HVAC, roofing, utensils
3004	3xxx	2.72	0.098	Kaleng wedang, tangki panyimpenan
3005	3xxx	2.73	0.099	Atap, lembaran bangunan lan kumparan
3104	3xxx	2.72	0.098	Bisa Simpenan lan kawangun packaging
3105	3xxx	2.72	0.098	Produk bangunan, tutup
4017	4xxx	2.72	0.098	Lembar tapak kothak lan dekoratif
5005	5xxx	2.70	0.098	Arsitektur anodized
5052	5xxx	2.68	0.097	Marine, tank bahan bakar, elektronik
5083	5xxx	2.66	0.096	Gawe kapal, lepas pantai
5086	5xxx	2.66	0.096	Marine, prau tekanan
5182	5xxx	2.66	0.096	Panel otomotif, bisa rampung
5454	5xxx	2.69	0.097	Truk tangki, layanan tekanan lan panas
5754	5xxx	2.67	0.096	Panel awak otomotif
6061	6xxx	2.70	0.098	Struktural, CNC, cetakan
6063	6xxx	2.70	0.098	Ekstrusi, arsitektur
6066	6xxx	2.72	0.098	Extrusions dhuwur-kekuatan lan babak bar
6082	6xxx	2.71	0.098	Balok struktural, jembatan
7050	7xxx	2.83	0.102	Plat kandel aerospace
7075	7xxx	2.81	0.101	Aerospace, militèr, jamur
8011	8xxx	2.71	0.098	Foil, packing

Nilai Kapadhetan khas ing 20 derajat C. Kapadhetan nyata bisa rada beda-beda miturut temperamen lan proses manufaktur.

Cara Kerjane

Rumus Petungan Bobot

Rumus dhasar yaiku Bobot = Volume x Kapadhetan. Ing ngisor iki ana rumus volume tartamtu kanggo saben wangun.

Lembar / piring

W = T x W x L x p / 1.000.000

Where T = kekandelan (mm), W = jembaré (mm), L = dawa (mm), p = Kapadhetan (g/cm3). Hasil kg.

Bar bunder

W = pi/4 x D2 x L x p / 1.000.000

Where D = diameter (mm), L = dawa (mm), p = Kapadhetan (g/cm3). pi/4 = 0,7854. Hasil kg.

Bar kothak

W = S2 x L x p / 1.000.000

Where S = dawa sisih (mm), L = dawa (mm), p = Kapadhetan (g/cm3). Hasil kg.

Flat Bar

W = T x W x L x p / 1.000.000

Where T = kekandelan (mm), W = jembaré (mm), L = dawa (mm), p = Kapadhetan (g/cm3). Padha karo rumus sheet.

Lingkaran / Disk

W = pi/4 x D2 x T x p / 1.000.000

Where D = diameter (mm), T = kekandelan (mm), p = Kapadhetan (g/cm3). Hasil kg.

Konversi Unit

1 kg = 2,20462 lbs

Kabeh petungan dileksanakake ing metrik (mm, g/cm3, kg) lan otomatis diowahi kanggo imperial (lbs) kanggo penak.

Pitakonan Umum

FAQ Kalkulator Bobot

Sepira akurat kalkulator bobot aluminium iki?

Kalkulator iki nggunakake nilai Kapadhetan khas kanggo gelar aluminium ditampilake ing sawetara produk saiki. Asil minangka bobot teoretis adhedhasar dimensi nominal. Bobot sing dikirim nyata bisa beda-beda karo toleransi manufaktur, variasi kekandelan lan alloy / temper sing dikonfirmasi. Gunakake sertifikat tes pabrik lan spesifikasi pungkasan kanggo konfirmasi komersial.

Napa wesi aluminium beda duwe Kapadhetan beda?

Wesi aluminium ngemot unsur paduan sing beda (tembaga, magnesium, seng, mangan, silikon) kanthi proporsi sing beda-beda. Saben unsur duwe bobot atom dhewe lan struktur kristal, sing mengaruhi Kapadhetan sakabèhé saka alloy. Contone, 7075 ngemot 5-6% seng lan 2-3% magnesium, dadi luwih padhet (2,81 g/cm3) tinimbang aluminium murni (2,70 g/cm3). Kosok baline, 5083 kanthi isi magnesium rada entheng (2,66 g/cm3). Bentenipun antarane wesi umum sing paling entheng lan paling abot kira-kira 6%.

Kepiye carane ngowahi antarane kg lan metrik ton kanggo pesenan akeh?

1 metrik ton = 1.000 kg. Kanggo ngira jumlah lembar saben ton, cukup dibagi 1.000 kanthi bobot saben potongan sing ditampilake ing kalkulator. Contone, yen siji lembar aluminium 2mm x 1220mm x 2440mm 5052 bobote 15,97 kg, banjur siji metrik ton ngemot kira-kira 62 lembar (1000 / 15,97 = 62,6). Iki migunani kanggo ngitung muatan wadhah lan jumlah pesenan. Jumlah pesenan minimal yaiku 1 metrik ton kanggo umume wesi lan ukuran.

Siap pesen Aluminium?

Saiki sampeyan ngerti bobote, entuk rega sing kompetitif. Tim kita nanggapi sajrone 24 jam kanthi rega, kasedhiyan, lan wektu timbal.

Nyuwun Penawaran Gratis

Plat Aluminium Kelas Komersial 5052

6066 Aluminium Babak Bar

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