I. Nchịkọta ngwaahịa

8079 O iwe iwe aluminom dị ọhụrụ bụ mkpụrụ nkwakọ ngwaahịa na-agbanwe agbanwe emebere maka ọnọdụ nchekwa nchekwa dị elu n'ime usoro 8xxx Al-Fe-Si alloy system..

A na-arụpụta ya nke ọma site na iji mpịakọta ọkụ dị elu nke ọma yana usoro mmechi nke O-ewe iwe zuru oke na-akpachapụ anya., kpamkpam na-ewepụ nrụgide ihe dị n'ime.

Ngwaahịa emechara na-egosipụta ịdị nro otu, ezigbo ike, na ọnụ ọgụgụ pinhole dị ala, na-anọchite anya arụmọrụ zuru oke nke elu-elu n'ọhịa nke nkwakọba ihe ọhụrụ.

Ngwaahịa ahụ na-elekwasị anya na njirimara isi atọ: nnukwu ihe mgbochi ogologo oge ịdị ọhụrụ ichekwa, nchekwa nri na ọgwụ-ọkwa nchekwa na ịdị ọcha, na ngwa ngwa ndakọrịta na mfe nhazi na akpụ.

Tụnyere ihe a na-ejikarị ngwugwu aluminom foil dị ka 8011 na 1235, ọ na-ebuwanye ibu ọrụ mgbochi pinhole, kacha elongation, na ikike mgbochi mmiri/oxygen site na usoro nhazi nke Al-Fe-Si a na-achịkwa nke ọma na usoro ọgwụgwọ okpomọkụ mgbe niile..

Nke a na-eleba anya n'ụzọ doro anya adịghị ike nke nkwakọ ngwaahịa ọdịnala na ichekwa ịdị ọhụrụ.

Ọ dabara nke ọma maka mkpa nkwakọ ngwaahịa ọhụrụ na-edobe dị elu na nri, Ọgwụgwọ, kemịkalụ kemịkalụ kwa ụbọchị, nri azụmahịa, na ubi ndị ọzọ. Ọ na-ekewapụta ihe ndị na-adịghị mma nke mpụga, kpochisiri ike na steeti mbu nke ngwongwo, na-agbatịkwu usoro nchekwa ngwaahịa na ndụ nchekwa ahịa, ma bụ isi ọkacha mmasị maka ịkwalite nkwakọ ngwaahịa dị elu.

Ami. Nkọwa ngwaahịa isi

2.1 Ntụgharị nkọwa nlereanya

• 8079: Ọkwa Al-Fe-Si alloy nwere njedebe dị elu ụlọ ọrụ akọwapụtara, na-achịkwa nke ọma ọdịnaya ígwè na 0.7%-1.3% na ọdịnaya silicon na 0.05%-0.3%, nwere oke adịghị ọcha ọkwa. Ọnụ ọgụgụ ziri ezi na-etolite oke, uwe, na igwe kwụ ọtọ microstructure.
• Tụnyere na nkịtị aluminom foil, ihe owuwu a alloy na-eguzogide n'ụzọ dị irè obere ntụpọ dị ka pinholes, isa akara, na anya mmiri mgbe a na-atụgharị, igbati, na mpịachi, na-eme ka arụmọrụ dịkwuo mma. Ọ dabara nke ọma maka imepụta ultra-thin (0.01mm na n'okpuru) elu-nkenke ọhụrụ na-edebe aluminom foil, n'ụzọ zuru oke na-emezu ihe ndị siri ike chọrọ nke nkwakọba ihe ndebe dị fechaa dị elu.
• Isi iwe (O steeti): Usoro steeti dị nro kpochapuru nke ọma, ọkọlọtọ mgbanwe kacha mma maka nkwakọ ngwaahịa foil aluminum. Mgbe elu-okpomọkụ mgbe niile-okpomọkụ annealing, arụsi ọrụ ike niile na nrụgide fọdụrụ n'ime na-ewepụ.
• Ngwaahịa emechara enweghị isi ike, enweghị nlọghachi, na enweghị ihe ize ndụ nke mgbawa na-agbaji. Ya oke ductility na-enye ohere mpịachi aka ike, elu kwekọrịtara, na ịgbatị, na-eme ka ọ dị mma maka mkpuchi ngwaahịa oge niile, elu-ọsọ okpomọkụ akara, nkenke anwụ-egbutu, na ndị ọzọ ezi nhazi usoro, nwere oke nhazi dị elu karịa foils steeti siri ike dị ka H-ewe iwe ma ọ bụ T-temper.
• Nchekwa ọhụrụ: Ọrụ ichekwa ịdị ọhụrụ ezubere iche. Leveraging na ok Ọdịdị nke 8079 alloy, ọ na-etolite akwa mkpuchi ihe mgbochi anụ ahụ, nweta nchebe anọ: ihe mgbochi oxygen, ihe mgbochi mmiri, ìhè/UV igbochi, na ikpochi/isi kewapụrụ isi.
• Ọ na-egbochi n'ụzọ zuru ezu ihe ndị na-akpata mmebi dị ka oxidation, ebu na-ebute mmiri, ire ere, na ísì ọnwụ, na-ejigide ịdị ọhụrụ na nkwụsi ike nke ọdịnaya site na ọkwa anụ ahụ.

2.2 Ndokwa ngwaahịa

A na-edobe ngwaahịa a dị ka ihe na-arụ ọrụ ogologo oge na-edobe ihe mkpuchi aluminom dị n'etiti ruo na njedebe dị elu.. Isi ihe ọ na-ere bụ atụmatụ dị fechaa dị obere, elu siri ike na nkwụsi ike, Mkpọchi ọhụrụ na-adịte aka, na nri/ọgwụ ọgwụ-ọkwa nchekwa dị elu.

Ọ na-elekwasị anya ozugbo ụlọ ọrụ ihe mgbu nke omenala aluminom foil nkịtị, dị ka adịghị ike ọhụrụ arụmọrụ, susceptibility imebi, ụkpụrụ nchekwa ezughị oke, ọnọdụ ndapụta nwere oke, na obere shelf ndụ, na-achọ iji dochie obere ngwụcha izugbe nkwakọ ngwaahịa aluminom foil.

Ngwaahịa ahụ na-elekwasị anya na mpaghara isi anọ: nri dị elu, ọgwụ na-achịkwa, kemịkalụ adịchaghị kwa ụbọchị, na agbụ nri.

Ọ na-edozi mmepụta n'ọtụtụ ụlọ ọrụ mmepụta ihe yana mkpa nkwakọ ngwaahịa ahaziri nke ọma, na-eje ozi dị ka isi ihe na-akwado maka ụdị nkwakọ ngwaahịa dị elu iji kwalite arụmọrụ ọhụrụ, welie udidi ngwaahịa, ma gbasaa usoro ndụ ngwaahịa.

Adii. Isi Teknụzụ na Nhazi nkọwapụta

3.1 Ntọala ihe ndị bụ isi

• Alloy ọkwa: 8079 (elu-ọcha Al-Fe-Si ọhụrụ na-edobe alloy raara onwe ya nye, ọnweghị ihe mkpofu agwakọta, ịdị ọcha ihe na-ezute ụkpụrụ ụlọ ọrụ dị elu)
• Iwe iwe: O steeti (steeti dị nro kpochapuru nke ọma, enweghị nchekasị n'ime, enweghị ọrụ siri ike, edo mgbanwe)
• Udi okpukpo: Ihe mkpuchi zuru oke site na 0.006mm ruo 0.2mm. Nkọwapụta isi na-edobe ọhụrụ bụ 0.007mm, 0.008mm, na 0.01mm. Nkọwapụta dị oke mkpa na-enweta oghere efu na ịdị elu dị elu, dabara adaba maka nkwakọ ngwaahịa dị elu dị fechaa.
• Oke obosara: 100mm - 1700 mm, na-akwado slitting omenala na nkọwapụta ọ bụla, pụrụ iche obosara customization, na kpomkwem winding. Enweghị burrs, enweghị nsọtụ deviation.
• Ịmepụta njirimara: Plasticity dị mma, na-akwado ịcha n'efu, multi-layer mpịachi, elu kwekọrịtara, mkpuchi okpomọkụ dị elu. Dakọtara na ahịrị nkwakọ ngwaahịa akpaaka dị elu, nkenke akụrụngwa anwụ anwụ, na nkwakọ ngwaahịa ahaziri ahazi n'ọnọdụ niile. Post-akpụkpọ, ọ na-adị larịị na-enweghị wrinkles ma ọ bụ cracks.

3.1.1 8079 Aluminium Alloy Chemical mejupụtara tebụl ọkọlọtọ

3.2 Isi Performance Parameters

• Arụmọrụ mgbochi: Industry-top physical barrier capability. Oxygen transmission rate and water vapor transmission rate approach zero. Na-enye 100% blockage of UV rays, external odors, and dust contamination.
• Barrier performance far exceeds that of ordinary 8011 aluminom foil, completely preventing oxidation, mmiri mmiri, Nyefee na isi, and light-induced deterioration, ensuring long-term freshness without failure.
• Njirimara anụ ahụ: Ọnụọgụ pinhole dị ala. Pinhole defects in ultra-thin specifications are far below industry standards. Elu elongation, high tear resistance, strong puncture resistance.
• Even under ultra-thin lightweight conditions, it maintains excellent structural stability. Resistant to breakage during high-speed processing and repeated folding, resulting in very high yield rates.
• Nguzogide okpomọkụ: Stable adaptation across a wide temperature range. Withstands low temperatures down to -40°C without brittleness or deformation, and high temperatures up to 180°C.
• Suitable for food oven heating, mkpuchi okpomọkụ dị elu, refrigerated/frozen storage, and other full-range processing and storage scenarios. Performance does not degrade with temperature changes.
• Arụmọrụ nchekwa: Made from virgin high-purity aluminum. Free from heavy metals, harmful substances, na isi. Passes dual hygiene testing standards for food contact and pharmaceutical packaging.
• Chemically stable, no harmful substance migration under normal or high-temperature conditions. Does not react with acidic, alkaline, oily, or aqueous contents, and does not contaminate goods.

3.2.1 Core Physical Performance Parameter Table

Eva. Uru ngwaahịa isi

4.1 Long-Lasting Freshness Lock, Ihe mgbochi kacha

Leveraging the dense microstructure of the exclusive 8079 alloy, combined with high-precision rolling and O-state constant-temperature annealing processes, it constructs a seamless, highly compact physical sealing barrier.

This provides six-fold long-term protection: ihe mgbochi oxygen, moisture proofing, mgbochi ọkụ, esi akpọchi, mgbochi uzuzu, na ikewapụ isi.

It specifically addresses core deterioration issues during goods storage: effectively prevents cooked food and nuts from drying out and oil rancidity; avoids mold and aroma loss in tea, kọfị, and dried goods due to moisture; prevents moisture absorption and failure of tablets, capsules, and medical consumables.

Tụnyere foil nkịtị, this product can extend freshness duration by 30%–80%, significantly reducing goods loss rates, effectively prolonging product shelf life, and enhancing market circulation stability.

4.2 Juu, Tough, and Highly Adaptable, Nhazi nke ọma

The O-state full annealing process achieves uniform flexibility throughout the material, thoroughly solving defects common in ordinary foil such as uneven softness/hardness, local brittle cracking, and rebound deformation.

The product exhibits extreme flexibility, nkwanye ugwu, and surface conformability. It closely adheres to flat surfaces, curved surfaces, and irregularly shaped products.

Multi-layer folding, high-speed wrapping, and high-temperature heat sealing proceed without brittle cracking, fractures, wrinkiling, or rebound deformation.

It perfectly adapts to industrial mass production equipment such as fully automatic bag-making machines, blister packaging machines, laminating machines, and slitting/die-cutting machines, while also being suitable for manual precision packaging scenarios.

It offers high processing tolerance and strong adaptability, effectively reducing production waste and improving efficiency.

4.3 Ultra-dị mkpa, Nkwụsi ike dị elu, Quality Upgrade

Compared to mainstream 8011 na 1235 ordinary packaging aluminum foils, oseihe nwoke 8079 O-state fresh-keeping foil possesses overwhelming quality advantages even in ultra-thin specifications. Using a high-precision rolling process, thickness tolerance is strictly controlled within ±0.001mm.

The overall thickness is uniform, flatness is extremely high, pinhole count is minimal, and aperture is tiny. Defect rates are far below general industry standards.

While achieving lightweight and thin packaging and reducing costs, it completely avoids issues common in ordinary foil such as air leakage, water seepage, freshness failure, and packaging breakage caused by pinholes, ekweghi ekwe ọkpụrụkpụ, or local weaknesses.

Batch quality is highly consistent, mass production stability is strong, meeting the stringent quality control requirements of high-end brands.

4.3.1 Comparative Table of Different Aluminum Foil Products

4.4 Comprehensive Safety, Ngwa ngwa ngwa

The product uses virgin high-purity aluminum raw materials and is processed in a dust-free, sterile workshop environment.

The material is pure, kemịkalụ kwụsiri ike, akpali mmasị, enweghị isi, corrosion na-eguzogide, and oxidation-resistant. It fully complies with national and European standards for food contact and pharmaceutical safety, allowing direct contact with food, ọgwụ, medical consumables, and other high-hygiene requirement goods without any contamination risk.

N'otu oge ahụ, it has strong secondary processing adaptability. It perfectly accepts deep processing techniques such as color printing, matte/gloss coating, PE/PA lamination, and anti-static treatment.

Customized multi-functional fresh-keeping structures (single-layer freshness, composite reinforcement, anti-static, high-temperature resistant, wdg.) can be tailored to meet diverse scenario needs.

V. Isi Ngwa ndapụta

5.1 High-End Food Fresh-Keeping Packaging

Widely suitable for refined fresh-keeping packaging scenarios of various mid-to-high-end foods, covering multiple storage modes: ụlọ okpomọkụ, frimara, and quick-freezing.

Specific applications include: sealing lid films for yogurt, mmiri ara, na ngwaahịa mmiri ara ehi; moisture-proof and aroma-locking packaging for trendy snacks, ngwongwo a na-eme achịcha, achicha, achịcha; vacuum fresh-keeping encapsulation for braised foods, cooked dishes, njikere iri nri;

moisture-proof storage packaging for walnuts, akụ, mushrooms, and other dried goods; packaging for tea, kọfị, cocoa powder, and other products prone to oxidation and volatile aroma loss; and encapsulation for frozen dumplings, frozen pastries, frozen fresh food, wdg.

It effectively locks in ingredient moisture and original flavor, isolates oxygen and mold growth environments, prevents food oxidation, Mmiri Na-anabata Mmiri, Nyefee na isi, na njọ, maximizing the preservation of the original taste and quality of ingredients.

5.2 Pharmaceutical Fresh-Keeping Packaging

Produced in strict compliance with pharmaceutical packaging safety standards, it is a high-quality substrate for drugs and medical consumables packaging.

Main applications include: aluminum-plastic blister packaging for Western medicine tablets, capsules, sustained-release agents; sealed soft pouches for traditional Chinese medicine plasters, pirensu, granules; sterile moisture-proof encapsulation for medical cotton swabs, gauze, disposable consumables; and long-term fresh-keeping packaging for health products and dietary supplements.

Relying on its ultimate barrier performance, it effectively isolates external moisture, ìhè, uzuzu, na nje bacteria, na-eme ka ihe ndị na-emepụta ọgwụ na-arụ ọrụ guzosie ike, na-egbochi caking n'ihi mmiri, ire ere nke components, na ọnwụ nke nrụpụta ọrụ, budata ịgbatị ndụ nchekwa nke ọgwụ na ngwaahịa ahụike.

Ọ na-emezu ihe nkwakọ ngwaahịa siri ike nke ụlọ ọrụ ọgwụ maka nchekwa dị elu, elu kwụsie ike, na ịdị ọcha dị elu.

5.3 Precision Daily Chemicals & Ọpụrụiche Idobe Ọhụrụ

Kwesịrị ekwesị maka kemịkalụ dị elu kwa ụbọchị yana ụlọ ọrụ ọpụrụiche idobe/ ndapụta ọhụụ, addressing the pain point of high-end daily chemical products being prone to oxidation, volatilization, and failure.

Can be used for sealed packaging of serums, essences, creams, Mmanụ ndị dị mkpa, ihe na-esi ísì ụtọ, ihe ịchọ mma dị elu, wdg., effectively isolating air and light, preventing the oxidation and deactivation of active ingredients and the loss of fragrance, ensuring the efficacy and sensory quality of daily chemical products.

Simultaneously adaptable to precision industrial scenarios, it can be used for moisture-proof, light-proof, and dust-proof sealing of micro-precision electronic components, optical accessories, and hardware precision parts, effectively avoiding performance failures caused by moisture, oxidation, and dust accumulation, providing good protective fresh-keeping.

5.4 Catering & Household Fresh-Keeping Scenarios

Adaptable to all fresh-keeping scenarios in commercial catering and daily household use, it is a preferred material for high-end catering and home freshness.

Commercial scenarios include: high-end meal box lamination in chain restaurants, sealed takeaway packaging for cooked food, vacuum fresh-keeping packaging for prepared dishes, and wrapping for semi-finished ingredient storage.

Household scenarios can replace ordinary plastic wrap and bags for sealing fruits, akwụkwọ nri, anu anu, nri esi nri, and leftovers. The product supports high-temperature heating and low-temperature freezing, with stable performance across a wide temperature range.

It does not become brittle in low temperatures, produces no odor or harmful substance migration during high-temperature heating, ma na-enye akara dị mma maka mkpọchi ọhụrụ ugboro ugboro. Ọ na-edozi ihe bara uru na nchekwa, na-egbo mkpa ihe eji eme ihe kwa ụbọchị.

Vi. Mma & Ụkpụrụ nnabata

• Ụkpụrụ nnabata ihe: 100% Aluminom ingot akụrụngwa na-amaghị nwoke dị elu dị ọcha, ọnweghị ihe mkpofu emegharịrị ma ọ bụ ndị na-akwa iko. Ngwakọta ígwè dị ọcha ma kwụsie ike, ihe njupụta bụ edo, na-ewepụ ntụpọ adịghị ọcha site na isi mmalite yana ịhụ na arụmọrụ ntọala kwụsiri ike.
• Ụkpụrụ Nleba ịdị ọcha: Na-agafe GB zuru oke 4806 ụkpụrụ nchekwa kọntaktị nri, ule pụrụ iche maka nkwakọ ngwaahịa ọgwụ aluminom foil, ma na-akwadokwa ụkpụrụ mbupụ mba ụwa dịka EU FDA na ROHS. Ihe na-adịghị mma, na-abụghị ihe na-egbu egbu, ọ dịghị arọ metal fọdụrụnụ, adabara maka mgbasa ozi ahịa dị elu nke ụlọ na nke mba ofesi.
• Ọkọlọtọ Usoro Mmepụta: Usoro niile emepụtara na klaasị 100,000 ogbako na-enweghị uzuzu n'okpuru ọnọdụ mechiri emechi. Na-eji ntugharị izizi akpaghị aka zuru oke, annealing okpomọkụ mgbe niile, kpomkwem sliting, na usoro ikuku na-enweghị uzuzu. Nkwenye ịdị arọ, ire ụtọ, ọnụ ọgụgụ pinhole, na ịdị ọcha na-arị elu nke ọma megide ụkpụrụ ụlọ ọrụ dị elu, na-egbo mkpa maka nnukwu-ọnụ ọgụgụ elu-nkenke uka mmepụta.
• Ọkọlọtọ Stability Batch: A na-achịkwa usoro mmepụta ihe n'ụzọ dijitalụ niile. Emume ngosi, ọdịdị, na akụkụ nke ọ bụla ogbe na-ukwuu na-agbanwe agbanwe, na-enweghị ọdịiche agba, ọ dịghị akwa, enweghị ntụpọ mmanụ, enweghị mmebi, na enweghị ogbe-na-ogbe mgbanwe. Kwesịrị ekwesị maka ịzụ ahịa kwụsiri ike ogologo oge yana nkwakọ ngwaahịa mmepụta oke nke ụdị.

VII. Isi ihe dị iche iche ngwaahịa

1. Nkwalite ihe Alloy dị iche iche: Na-anabata nke ahụ pụrụ iche 8079 usoro alloy ọkwa ọhụrụ na-edebe, na-amata ọdịiche ya na ndị nkịtị 8011 foil izugbe.
2. A na-emezi oke Fe-Si n'ụzọ pụrụ iche, na-ebute microstructure denser, mgbochi pinhole ka mma nke ukwuu, mgbochi permeation, na mgbochi oxidation arụmọrụ. Ọ na-edozi n'ụzọ doro anya adịghị ike nke idobe ọhụrụ nke foil nkịtị ma na-eje ozi dị ka mkpụrụ ahaziri maka ọnọdụ idobe ọhụrụ raara onwe ya nye..
3. Usoro a na-agbanwe agbanwe dabara nke ọma na ọnọdụ: Usoro mkpochapụ zuru oke nke O-state na-ahapụ ihe ndọghachi azụ nke isi ike, brittle hard-state foil.
4. While offering extreme softness and conformability, it retains excellent structural toughness, perfectly balancing processing convenience and packaging protection performance. Adapts to complex packaging processes and encapsulation of irregular products.
5. Function Focuses Precisely on Core Freshness: Product development and process optimization revolve around the core of “long-term freshness.” Integrates multiple functions: mmiri na-eguzogide, ihe mgbochi oxygen, mgbochi ọkụ, esi akpọchi, mgbochi uzuzu, na corrosion iguzogide. Specifically addresses various deterioration issues in food, Ọgwụgwọ, na kemịkalụ kwa ụbọchị.
6. Offers specialized functionality and precise performance, distinguishing it from the generic, non-specialized nature of ordinary foil.
7. Broader Full-Scenario Coverage Adaptability: Breaks the scenario limitations of traditional foil. Simultaneously adapts to four major scenarios: industrial-scale mass production packaging, commercial catering packaging, household daily fresh-keeping, na nkenke ulo oru nchedo.
8. Supports specification customization, deep processing customization, and functional customization, meeting personalized and high-end packaging needs across different industries and clients.

Vai. Product Usage & Storage Instructions

8.1 Processing Adaptability Note

Strong compatibility. Perfectly adapts to the entire packaging processing workflow: okpomọkụ akara, akọrọ lamination, mkpuchi extrusion, agba obibi akwụkwọ, matte coating, igbapu, die-cutting, stamiti, wdg. Dakọtara na ahịrị nkwakọ ngwaahịa akpaaka dị elu. High processing speed, excellent forming results, extremely low breakage rate, suitable for industrial batch production.

8.2 Professional Storage Requirements

Finished products should be stored in a dry, cool, ventilated, dust-free constant-temperature warehouse. Environmental humidity should be controlled below 60%. Keep away from acid/alkali corrosive items, high-temperature heat sources, and direct sunlight. Avoid heavy pressure, ikuume, or impact during stacking to prevent deformation, oxidation, or creasing of the foil. Unused products must be stored sealed to maintain performance stability for secondary use.

8.3 Product Usage Advantages

Finished foil is smooth, flat, non-sticky, free of oil stains. Easy to tear and cut. High conformability. Minimal gaps after sealing, excellent freshness lock-in. No chemical residue, no contamination of goods. Suitable for both cold and hot scenarios, reusable for sealing, stable long-term freshness effect. Balances commercial production efficiency and household convenience.

IX. Ajuju ajuju (Q&A)

9.1 Product Material & Performance Related

Q1:​ What is the biggest difference between 8079 O-state aluminum foil and ordinary 8011 aluminom foil?

A1:​ The core differences lie in material and process. 8079 O-state is a fresh-keeping dedicated alloy, treated with full annealing for softness, na-enye mgbanwe ka mma, ultra-low pinholes, and stronger barrier/freshness performance. Nkịtị 8011 foil is mostly hard-state, prone to brittle cracking, and has more micro-leakage; it is only suitable for ordinary packaging. Our product’s freshness effect can be 30%–80% better than ordinary foil.

Q2:​ Can 8079 aluminum foil truly achieve zero pinholes?

A2:​ For conventional specifications of 0.01mm and above, pinholes are ≤10/m², far superior to industry standards. High-precision custom specifications can achieve near-zero pinholes, effectively eliminating micro-aeration and water seepage, ensuring stable long-term freshness.

Q3:​ What is the temperature resistance range? Can it be used for oven heating and frozen storage?

A3:​ The product’s temperature resistance range is -40°C to 180°C, with stable performance and no degradation. It is suitable for ingredient freezing/refrigeration, mkpuchi okpomọkụ dị elu, conventional oven heating, and other scenarios. Safe for both cold and hot use, with no odor.

9.2 Safety Compliance & Applicable Scenarios Related

Q4:​ Can this aluminum foil come into direct contact with food and medicine?

A4:Ee, it can directly contact food and medicine. Made from virgin high-purity aluminum, produced in a dust-free workshop. Complies with GB 4806, EU FDA, ROHS safety standards. Ihe na-adịghị mma, na-abụghị ihe na-egbu egbu, ọ dịghị arọ metal fọdụrụnụ. Very high hygiene safety.

Q5:​ What industries is 8079 O-state fresh-keeping foil mainly suitable for? Can it be used for essential oil packaging in daily chemicals?

A5:​ Primarily used in four scenarios: nri dị elu, Ọgwụgwọ, kemịkalụ kemịkalụ kwa ụbọchị, and catering/household. Suitable for packaging essential oils, ihe na-esi ísì ụtọ, high-end skincare products. Effectively locks in aroma and prevents oxidation. Also suitable for moisture-proof, light-proof sealing of precision electronic parts.

Q6:​ Is it suitable for automated high-speed packaging production lines?

A6:​ Highly suitable for various high-speed automated packaging equipment. The product is flat, mmanụ n'efu, kemmeghari ahu, and less prone to breakage. Low breakage rate during high-speed processing, uniform heat sealing. Meets the needs of scaled mass production.

9.3 Mmeputa ihe & Storage Related

Q7:​ Does the product support deep processing customization like printing, lamination, na igbapu?

A7:​ Supports the full range of deep processing customization. Can undergo printing, mkpuchi, multi-layer lamination, anti-static treatment, kpomkwem sliting, die-cutting/stamping, wdg. Functional structures can be customized according to needs.

Q8:​ What should be noted for daily storage? Will improper storage affect performance?

A8:Chekwaa na akọrọ, cool, uzuzu enweghị uzuzu, ventilated environment. Humidity ≤60%. Keep away from heat sources, ìhè, and corrosive items. Avoid heavy pressure and bending. Unused foil must be stored sealed to prevent oxidation, nrụrụ, and performance degradation.

9.4 Nkọwapụta & Customization Related

Q9:​ What are the regular specifications? Does it support non-standard customization?

A9:​ Regular thickness: 0.006mm - 0.2 mm. Regular width: 100mm - 1700 mm. Mainstream fresh-keeping specs: 0.007mm, 0.008mm, 0.01mm. Supports various non-standard size, ifufe, and functional coating customizations.

Q10:​ Compared to market low-price aluminum foil, what are the core cost-performance advantages of this product?

A10:​ Core advantages: obere ọnwụ, elu kwụsie ike, high added value. The product is less prone to damage, reducing production scrap costs. Long-term freshness reduces goods deterioration losses. Dual high safety grades and premium packaging texture help upgrade brands. Overall usage cost is lower.

Nke X. Gịnị mere Họrọ Anyị (Ụgwọ nke ụlọ ọrụ Henan Huawei Aluminum Co., Ltd., Ltd.)

10.1 Deeply Rooted in the Aluminum Foil Industry, Strong Accumulation

Henan Huawei Aluminum is a source manufacturer specializing in the R&D and production of high-end aluminum plates, foil, and coils. N'ifefe 20 years of experience in the aluminum processing industry, located in Henan’s core aluminum industry region, we possess a mature scaled production system and industry expertise.

The company focuses on the refined production of 8xxx series high-end packaging aluminum foil, especially possessing mature production technology and mass production experience in the field of 8079 O-state fresh-keeping foil.

We deeply cultivate the high-end fresh-keeping packaging tracks for food, Ọgwụgwọ, na kemịkalụ kwa ụbọchị, having served thousands of packaging enterprises and brand manufacturers globally. A na-ebupụ ngwaahịa anyị na ya 72 mba na mpaghara, demonstrating outstanding export strength, recognized as a high-quality supplier of high-end fresh-keeping aluminum foil in the industry.

10.2 Full-Link Independent R&D Production, Controllable & Stable Quality

The company is equipped with a complete set of modern precision production equipment, including multiple specialized rolling, annealing okpomọkụ mgbe niile, dust-free slitting, and precision winding production lines.

Rejecting outsourcing and OEM models, we achieve independent end-to-end production: from raw material selection, alloy ratio formulation, na-ekpo ọkụ / oyi na-atụgharị, O-state annealing, nkenke slitting, to dust-free packaging. The entire process operates in a Class 100,000 dust-free workshop under closed conditions, with digital intelligent control of production parameters.

We strictly control core indicators such as thickness tolerance, ọnụ ọgụgụ pinhole, ire ụtọ, na mgbanwe, thoroughly solving common market problems like batch instability, ekweghi ekwe ọkpụrụkpụ, excessive pinholes, and brittle cracking. Nke ọ bụla ogbe nke 8079 O-state fresh-keeping foil exhibits highly consistent performance, with quality far exceeding general industry standards.

10.3 Specialized Technological Advantage, Focusing on the Fresh-Keeping Foil Track

The enterprise has a professional technical R&D otu, with years of deep cultivation in optimizing fresh-keeping foil processes. We possess mature technological accumulation specifically in 8079 alloy formulation, O-state annealing flexibility processes, and ultra-thin foil low-pinhole control.

Distinct from the generalized production model of ordinary foil manufacturers, we focus specifically on the iterative upgrading of high-end fresh-keeping foil. We precisely optimize alloy grain structure and heat treatment processes, significantly enhancing product barrier properties, mgbanwe, and temperature stability.

This perfectly adapts to high-demand fresh-keeping scenarios in high-end food, Ọgwụgwọ, and precision daily chemicals. We can customize exclusive process solutions based on customer product characteristics, solving various packaging fresh-keeping pain points.

10.4 Njikwa dị mma & Nruweisi, Adapting to Global High-End Markets

The company has established a comprehensive whole-process quality inspection system. From raw material warehousing, in-process production patrol inspection, to finished product outgoing inspection, multiple rigorous tests are conducted, strictly controlling impurity content, pinhole defects, n'ibu Njirimara, and hygiene indicators.

Products fully pass GB 4806 ụkpụrụ nchekwa kọntaktị nri, specialized testing for pharmaceutical packaging, and also comply with international standards such as EU FDA and ROHS. Ihe na-adịghị mma, na-abụghị ihe na-egbu egbu, ọ dịghị arọ metal fọdụrụnụ.

The dual high safety grades simultaneously satisfy domestic high-end market and overseas export requirements, eliminating quality and compliance risks, ensuring worry-free procurement and confident use for customers.

10.5 Customized Service + Nnyefe nke ọma, Outstanding Cost-Performance

As a source factory, there are no middleman markups, allowing us to offer customers highly competitive ex-factory prices. We support full-dimensional customization services: custom thickness, mgbasa, and winding specifications can be produced on demand.

We also undertake deep processing customization such as printing, lamination, anti-static treatment, and high-temperature resistance, adapting to different usage scenarios like automated production lines and refined packaging.

The company has sufficient production capacity, stable inventory, and efficient delivery, capable of quickly responding to urgent orders, large orders, and non-standard custom order demands.

We also provide professional pre-sales technical consultation and one-on-one after-sales service, following up throughout the entire order production, delivery, and usage process. We offer one-stop high-end fresh-keeping aluminum foil solutions, helping customers reduce costs, increase efficiency, upgrade products, and enhance market competitiveness.