3104 alyuminiy lasan

3104 qotishma alyuminiy lasan

Huawei 3104 alyuminiy lasan bilan tanishtirish 3104 alyuminiy lasan modifikatsiyadagi alyuminiy qotishmasiga tegishli, jahl, shu jumladan H111 / 0 / H14 / H16 / H18 / H34, va boshqalar. Maksimal kuchlanish quvvati 275MPA ga teng yoki undan kattaroqda boshqarilishi mumkin, gacha cho'zilishi 20%. 3104 alyuminiy lasan yaxshi chuqur chizish xususiyatiga ega, material miqdorini kamaytirish uchun engil tortishish materiallarini yupqalash uchun javob beradi. The ...

5083 alyuminiy lasan

5083 qotishma alyuminiy lasan

Alyuminiy nima 5083 qotishma rulon? 5083 alyuminiy lasan Al-Mg-Si alyuminiy qotishmalariga tegishli. Uning asosiy tarkibi alyuminiydan tashqari magniy va kremniydir. Ustida 4.0% magniyga imkon beradi 5083 tuzatishga mukammal qarshilik ko'rsatish uchun alyuminiy lasan, va oson payvandlanadi. Kuperni qo'shish orqali, 5083 alyuminiy lasan bor 28% Elektr o'tkazuvchanligi. 5083 alyuminiy lasan ham issiq o uchun yaxshi shakllantirish xususiyatiga ega ...

3104 alyuminiy lasan

3104 qotishma alyuminiy lasan

Huawei 3104 alyuminiy lasan bilan tanishtirish 3104 alyuminiy lasan modifikatsiyadagi alyuminiy qotishmasiga tegishli, jahl, shu jumladan H111 / 0 / H14 / H16 / H18 / H34, va boshqalar. Maksimal kuchlanish quvvati 275MPA ga teng yoki undan kattaroqda boshqarilishi mumkin, gacha cho'zilishi 20%. 3104 alyuminiy lasan yaxshi chuqur chizish xususiyatiga ega, material miqdorini kamaytirish uchun engil tortishish materiallarini yupqalash uchun javob beradi. The ...

alyuminiy qoplamali rulon

maxsus qalinlikdagi alyuminiy lasan

Custom thickness aluminum coil overview Aluminium coils are metal products that are subjected to flying shear after being rolled, quyma, va quyma va prokat tegirmonida egilgan. Mis yoki po'latdan taxminan uchdan bir qismi zichroq, alyuminiy egiluvchanlik va egiluvchanlik afzalliklarini taklif etadi, oxir-oqibat alyuminiyni oson ishlov berish va alyuminiy rulonlarga yoki alyuminiy plitalarga quyish imkonini beradi. Uning kamchiliklariga qo'shing ...

5086 alyuminiy lasan

5086 qotishma alyuminiy lasan

5086 alyuminiy lasan tavsifi: 5086 alyuminiy lasan nisbatan yuqori quvvat quvvatiga ega 5052 va 5083 alyuminiy lasan, lekin issiqlik bilan ishlov berish bilan mustahkamlanmaydi, Buning o'rniga materialning deformatsiyaning qattiqlashishi yoki sovuq mexanik ishlov berish tufayli kuchayadi.3,0% -4,5% magniy qo'shiladi. 5086 alyuminiy plastinka, yuqori quvvatga ega bo'lishiga imkon beradi. Issiqlik bilan ishlov berish kuchga kuchli ta'sir qilmaydi, shunday 5086 alyuminiy ...

3003 alyuminiy lasan yetkazib beruvchi

3003 h14 alyuminiy lasan

Ko'proq ma'lumot olish 3003 h14 alyuminiy lasan 3003 H14 alyuminiy lasan eng keng tarqalgan temperlardan biridir 3 seriyali alyuminiy qotishma mahsulotlari, qilish uchun ham ishlatiladi 3003 h14 alyuminiy doira. Alyuminiy plastinka yumshoq, lekin to'liq yumshoq alyuminiy plastinkadan biroz qiyinroq. Bu sayoz cho'zilgan mahsulotlar va kuch uchun ma'lum talablarga ega bo'lgan mahsulotlar uchun javob beradi. 3003 h14 alyuminiy lasan yaxshi korroziyaga chidamliligiga ega ...

Alyuminiy rulonli material va modelni tanishtirish - 3000 Series Al Coil

3 seriyali alyuminiy lasan 3000 seriyali alyuminiy lasan Al+Mn hisoblanadi (1.0-1.5) qotishma, yaxshi zang va korroziyaga chidamlilik xususiyatlariga ega. Asosiy qotishmalar 3003 3A21. Zangga chidamliligi tufayli, u nam muhitda ba'zi maishiy texnikada keng qo'llaniladi, konditsionerlar kabi, muzlatgichlar, avtomobil tagliklari, va boshqalar., va uzoq muddat foydalanish mumkin. ning narxi 3 seriyali alyuminiy lasan hisoblanadi ...

Umumiy alyuminiy qotishma xususiyatlari va o'lchami

Umumiy koʻrinish: Alyuminiy qotishmasi dunyoda keng qo'llanilishiga ega. Ishlab chiqarish va qayta ishlashning bir xilligi uchun, turli mamlakatlarda bir qator an'anaviy qotishma o'lchamlari ishlab chiqilgan. Quyida HWALU tomonidan siz uchun ajratilgan alyuminiy mahsulotlarining odatiy xususiyatlari va o'lchamlari keltirilgan 1. The Aluminum Sheet The aluminum sheet material whose thickness is more than 0.2mm to less than 500mm, kengligi i ...

1050 alyuminiy lasan vs 1070 alyuminiy lasan

1050 alyuminiy lasan vs 1070 alyuminiy lasan

1050 va 1070 ikkalasi ham juda o'xshash kimyoviy tarkibga ega sof alyuminiy qotishmalari, ammo ular o'rtasida turli xil ilovalar uchun mos keladigan ba'zi farqlar mavjud. 1050 alyuminiy lasan o'z ichiga oladi 99.5% alyuminiy, esa 1070 alyuminiy lasan o'z ichiga oladi 99.7% alyuminiy. Alyuminiy tarkibidagi bu kichik farq biroz boshqacha xususiyatlar va xususiyatlarga olib kelishi mumkin. 1050 alyuminiy lasan ko'pincha ...

Why do we need to do a good job of cleaning aluminum coils?

During the cold rolling process of aluminum coil, due to the friction and rolling between the roller and the surface of the aluminum plate, the surface will produce fine alumina powder shedding and adsorption. The rolling oil and its accompanying suspended components will remain on the surface of the aluminum coil. The processing of finished products such as compounding and painting will cause adverse effects. Wh ...

5000 seriyali alyuminiy lasan

Alu lasan materiali va modeliga kirish - 5000 seriyali alyuminiy rulon

5000 series aluminum coils belong to Al+Mg alloy aluminum coils, in which the content of magnesium metal reaches 3%-5%, which is an aluminum alloy with good hardness and strength. China's 5-series aluminum alloy products have complete and mature processing technology, and have been widely exported to all over the world in recent years. The representative alloy aluminum coils of the 5 seriyali alyuminiy qotishmalari ...

aluminum melting

Alyuminiy alyuminiy suvga erishi mumkin?

We all know that aluminum is a solid metal, so can solid aluminum become liquid aluminum? The answer is yes. Aluminum can be melted into liquid aluminum when heated to the right temperature. Aluminum has a melting point of about 660 degrees Celsius (1220 degrees Fahrenheit). When aluminum reaches or exceeds this temperature, it changes from solid to liquid. At high temperatures, aluminum's lattice structure be ...