Foil Aluminium
Em materyalê pelika jumbo ya aluminiumê bi qalindahiya 0,0045 mm peyda dikin – 0.2mm û firehiya 80 mm – 1400mm.
Alloys hene 1235, 8011, 8079 etc.
Dirêjahiya hundurê pelê 76 mm û 152 mm e.
Peldanka aluminiumê bi berfirehî di nav malê de tê bikar anîn, kithcen, pîşesaziya materyalên pakkirinê, konteynerên xwarinê, materyalên pêkhatî, berhemên elektrîkê, xemilandina mîmarî, çêkirina hewa-klîma, çapkirin û warên din.
Hilberên germ
Henan Huawei Aluminium Co., Ltd
Karûbarê profesyonel û hilberên kalîteya baş.
Henan Huawei Aluminium Co., Ltd (HWALU bi kurtî), pargîdaniyek xwedan taybetmendî ku tê de hatî damezrandin 2001, li Huiguo Town ku Paytexta Aluminumê ya navdar a parêzgeha Henan e, ye, çîn. Heye 1,200 xebatkarên ku di nav wan de R&D tîma bi 26 pisporên, û herêmek ji 250,000 metre çargoşe. Ew hilberînerek profesyonel e û beşdarî lêkolînê dibe, pêşveçûnî, çêkerî, firotin û karûbarê pelê aluminiumê.
Wezareta bazirganiya navneteweyî dest bi karê hinardekirinê kir 2012, bi firotina li ser 12 û îxracata salane li ser 80000 ton.
Bi berhevkirina ji bo zêdetir 9 salan, HWALU Marka xwe li derveyî welat ava kiriye. Di qonaxa niha de, Armanca me ew e ku bêtir bazarê pêş bixin, bi kalîteya baş, xizmetkar.
Em dikarin hilberînin elemyûn hilberên li gorî daxwazên xerîdar, û hilberên me bi piranî tê de hene pelê aluminium, kulikê aluminium, foil aluminium, strip aluminium, dora dora aluminium, plakaya pêlavê ya aluminium, aluminiumê emilandin, neynika aluminium, aluminium anodized, aluminiumê bi reng pêkirî, lewheyên veguhestina germê, û parçeyên din ên makînekirina aluminium, foil motorîst aluminium etc
Nûçe
3003 Aluminum Foil for Food Packaging – Thickness, Strength and Barrier Performance Introduction 3003 aluminum foil packaging has become a preferred material for modern food preservation because of its enhanced strength, berxwedana korozyonê, and stable barrier performance. Unlike pure aluminum grades, ew 3003 alloy contains manganese, offering improved mechanical durability and better work-hardening behavior, ...
Why Aluminum Foil Cracks During Deep Drawing Aluminum foil deep drawing failure is a common manufacturing challenge that occurs when thin-gauge foil undergoes excessive tensile strain, leading to cracking, hês kirin, or edge fractures during forming. Since deep drawing requires the foil to stretch over complex geometries while maintaining barrier integrity, understanding the mechanisms behind cracking is essential ...
Safety Standards and Quality Requirements for Food Grade Household Aluminum Foil Food grade household aluminum foil is widely used in daily cooking, baking, sarîqeşa, and food storage, yet its safety and quality depend on strict international standards that regulate raw materials, migration limits, manufacturing hygiene, and contact suitability for all types of foods. Background Overview As global food ...
Cleanliness Management and Manufacturing Requirements of Pharmaceutical-Grade Composite Aluminum Foil Pharmaceutical composite aluminum foil plays a critical role in regulated packaging applications where contamination control, material integrity, and barrier performance determine both product stability and patient safety. As pharmaceutical companies tighten compliance expectations and regulators emphasize trace ...
Structural Characteristics and Performance Analysis of Food-Grade PET/AL/PE Composite Foil Food-grade PET/AL/PE laminated foil has become a core packaging structure in the global food industry due to its balance of barrier protection, hêza mekanîkî, and compliance with international safety standards. Designed as a multilayer material engineered for both durability and food-contact reliability, this composi ...
Why Laminated Aluminum Foil Is Ideal for High-Barrier Food Packaging As global demand for extended-shelf-life food products increases, packaging materials must provide stronger protection against oxygen, şilî, Ronahiya uv, and aroma loss. Among all flexible packaging materials, laminated aluminum foil remains one of the most effective high-barrier structures in the food industry. This article explains in depth ...