I. Market Background: The "Other Side" of the Food Delivery Economy
The global online food delivery market continues to expand, leading to a sharp increase in the use of disposable food containers. At the same time, environmental and public health issues caused by plastic waste are drawing increasing social concern.
A key turning point is that consumers no longer care only about whether the food tastes good, but also about whether the container it comes in is safe. Policymakers are no longer just "encouraging environmental protection" but are introducing clear standards to restrict the use of disposable plastic tableware.
Cities such as Shanghai have issued safety standards for food delivery packaging containers, and national supervision of food packaging containers is steadily strengthening. Against this backdrop, aluminum foil containers, leveraging their material properties, are rapidly entering application scenarios such as airline catering, high-speed rail meal boxes, primary and secondary school meal distribution, premium food delivery, and prepared food packaging.
II. Material Performance Comparison: Technical Advantages of Aluminum Foil Containers
| Comparison Dimension | Aluminum Foil Container | Plastic Container (including PP/PS, etc.) |
|---|---|---|
| Barrier Performance | Blocks moisture, oxygen, and light; performance unaffected by temperature/humidity | Limited barrier properties; prone to oxidation and odor transfer during long-term storage |
| Temperature Resistance | -20°C to 220°C (recommended range); suitable for ovens, steamers, cold chains | Typically ≤120°C; deforms easily at high temperatures, risk of harmful substance migration |
| Food Safety | Made from primary aluminum, high-temperature treated during production, no harmful substances on surface | Some materials contain plasticizers, BPA; uncertainty under heating conditions |
| Sealing & Freshness | Good aluminum foil ductility allows tight sealing, effectively preventing leakage and preserving original flavor | Limited seal strength; common issues with liquid leakage and flavor loss |
| Recyclability | Infinitely recyclable, high recovery value, retains original material properties | Mostly downcycled or non-recyclable, causing long-term environmental burden |
Conclusion: Aluminum foil containers offer clear technical advantages in food safety, usability, and environmental friendliness.
III. Why Now? – Three Driving Forces
Policy Drivers
The national "dual carbon" strategy is advancing, and many regions have introduced or are planning environmental regulations for food delivery packaging. The space for plastic containers is being steadily compressed, while aluminum foil, as an infinitely recyclable material, receives clear policy encouragement.
Consumer Drivers
Public concern over the safety of food contact materials continues to rise. The fact that aluminum foil containers "can be heated directly without releasing harmful substances" is shifting from a "bonus feature" to a selection criterion for more consumers.
Industry Drivers
Sectors such as aviation, high-speed rail, and school meal distribution have already adopted aluminum foil containers on a large scale. Food delivery platforms and prepared food companies are following suit – a clear path of penetration from specific scenarios to broader markets.
IV. Investment Perspective: Why Aluminum Foil Container Manufacturing Lines?
As an upstream segment of the packaging industry chain, aluminum foil container production lines offer the following investment value characteristics:
Rigid demand: Downstream container demand continues to grow; as production equipment, it is anti-cyclical.
Technical barriers: High-speed stamping, mold precision, and equipment stability require long-term experience.
Customer stickiness: After equipment installation, molds, spare parts, and technical services generate recurring revenue.
Since 2010, LIKEE has focused on the field of automated aluminum foil container forming equipment, providing global investors with complete solutions ranging from molds to entire machines and from processes to production lines.
V. Equipment Technical Parameters
| Press capacity | 63ton | 80ton | 130ton |
| Type | C type | H type | H type |
| Inatalled power | 19.8kw | 26kw | 30kw |
| Workplate dimension | 1100*900mm | 1250*1000mm | 1500*1000mm |
| PLC | Mitsubishi | ||
| Main motor | Siemens ABB | ||
| Total weight | 13500kg | 14500kg | 17000kg |
| Model | Structure | Cavities | Lubrication Method | Application Scenario |
|---|---|---|---|---|
| T63 | C-frame | 3 | Lithium grease lubrication | Standard config, suitable for initial investment |
| T80 | H-frame | 4 | Closed oil circuit (no lithium grease needed) | Better stability, recommended for those with sufficient budget |
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Capacity Indicators:
Operating speed: 35–68 strokes/min (average 50 strokes/min)
Hourly output: 9,000–12,000 pieces
Daily output (based on 20 hours): up to 240,000 pieces
VI. Certifications & Global Service Network
LIKEE has obtained the following international certifications:
CE / SGS / ISO9001 / ISO14001
National High-Tech Enterprise
3A Credit-Rated Enterprise
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Business coverage:
USA, Canada, Spain, Poland, Hungary, Russia, Turkey, India, Mexico, Argentina, Chile, Costa Rica, Brazil, Pakistan, Nepal, UAE, Qatar, Lebanon, Iran, Kuwait, Saudi Arabia, Egypt, Tunisia, Morocco, Congo, Yemen, and more than 30 other countries and regions.
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VII. Conclusion
The replacement of plastic containers with aluminum foil containers is an industrial upgrade driven by materials science, environmental policy, and consumer safety.
For investors, setting up automated aluminum foil container production lines means entering a niche environmental packaging market with high growth certainty, clear policy support, and clear technical barriers.
LIKEE is committed to providing global customers with customized, automated solutions for aluminum foil container production lines and molds, helping you take the lead in this round of packaging material transformation.
![]()
I. Market Background: The "Other Side" of the Food Delivery Economy
The global online food delivery market continues to expand, leading to a sharp increase in the use of disposable food containers. At the same time, environmental and public health issues caused by plastic waste are drawing increasing social concern.
A key turning point is that consumers no longer care only about whether the food tastes good, but also about whether the container it comes in is safe. Policymakers are no longer just "encouraging environmental protection" but are introducing clear standards to restrict the use of disposable plastic tableware.
Cities such as Shanghai have issued safety standards for food delivery packaging containers, and national supervision of food packaging containers is steadily strengthening. Against this backdrop, aluminum foil containers, leveraging their material properties, are rapidly entering application scenarios such as airline catering, high-speed rail meal boxes, primary and secondary school meal distribution, premium food delivery, and prepared food packaging.
II. Material Performance Comparison: Technical Advantages of Aluminum Foil Containers
| Comparison Dimension | Aluminum Foil Container | Plastic Container (including PP/PS, etc.) |
|---|---|---|
| Barrier Performance | Blocks moisture, oxygen, and light; performance unaffected by temperature/humidity | Limited barrier properties; prone to oxidation and odor transfer during long-term storage |
| Temperature Resistance | -20°C to 220°C (recommended range); suitable for ovens, steamers, cold chains | Typically ≤120°C; deforms easily at high temperatures, risk of harmful substance migration |
| Food Safety | Made from primary aluminum, high-temperature treated during production, no harmful substances on surface | Some materials contain plasticizers, BPA; uncertainty under heating conditions |
| Sealing & Freshness | Good aluminum foil ductility allows tight sealing, effectively preventing leakage and preserving original flavor | Limited seal strength; common issues with liquid leakage and flavor loss |
| Recyclability | Infinitely recyclable, high recovery value, retains original material properties | Mostly downcycled or non-recyclable, causing long-term environmental burden |
Conclusion: Aluminum foil containers offer clear technical advantages in food safety, usability, and environmental friendliness.
III. Why Now? – Three Driving Forces
Policy Drivers
The national "dual carbon" strategy is advancing, and many regions have introduced or are planning environmental regulations for food delivery packaging. The space for plastic containers is being steadily compressed, while aluminum foil, as an infinitely recyclable material, receives clear policy encouragement.
Consumer Drivers
Public concern over the safety of food contact materials continues to rise. The fact that aluminum foil containers "can be heated directly without releasing harmful substances" is shifting from a "bonus feature" to a selection criterion for more consumers.
Industry Drivers
Sectors such as aviation, high-speed rail, and school meal distribution have already adopted aluminum foil containers on a large scale. Food delivery platforms and prepared food companies are following suit – a clear path of penetration from specific scenarios to broader markets.
IV. Investment Perspective: Why Aluminum Foil Container Manufacturing Lines?
As an upstream segment of the packaging industry chain, aluminum foil container production lines offer the following investment value characteristics:
Rigid demand: Downstream container demand continues to grow; as production equipment, it is anti-cyclical.
Technical barriers: High-speed stamping, mold precision, and equipment stability require long-term experience.
Customer stickiness: After equipment installation, molds, spare parts, and technical services generate recurring revenue.
Since 2010, LIKEE has focused on the field of automated aluminum foil container forming equipment, providing global investors with complete solutions ranging from molds to entire machines and from processes to production lines.
V. Equipment Technical Parameters
| Press capacity | 63ton | 80ton | 130ton |
| Type | C type | H type | H type |
| Inatalled power | 19.8kw | 26kw | 30kw |
| Workplate dimension | 1100*900mm | 1250*1000mm | 1500*1000mm |
| PLC | Mitsubishi | ||
| Main motor | Siemens ABB | ||
| Total weight | 13500kg | 14500kg | 17000kg |
| Model | Structure | Cavities | Lubrication Method | Application Scenario |
|---|---|---|---|---|
| T63 | C-frame | 3 | Lithium grease lubrication | Standard config, suitable for initial investment |
| T80 | H-frame | 4 | Closed oil circuit (no lithium grease needed) | Better stability, recommended for those with sufficient budget |
![]()
![]()
![]()
Capacity Indicators:
Operating speed: 35–68 strokes/min (average 50 strokes/min)
Hourly output: 9,000–12,000 pieces
Daily output (based on 20 hours): up to 240,000 pieces
VI. Certifications & Global Service Network
LIKEE has obtained the following international certifications:
CE / SGS / ISO9001 / ISO14001
National High-Tech Enterprise
3A Credit-Rated Enterprise
![]()
Business coverage:
USA, Canada, Spain, Poland, Hungary, Russia, Turkey, India, Mexico, Argentina, Chile, Costa Rica, Brazil, Pakistan, Nepal, UAE, Qatar, Lebanon, Iran, Kuwait, Saudi Arabia, Egypt, Tunisia, Morocco, Congo, Yemen, and more than 30 other countries and regions.
![]()
VII. Conclusion
The replacement of plastic containers with aluminum foil containers is an industrial upgrade driven by materials science, environmental policy, and consumer safety.
For investors, setting up automated aluminum foil container production lines means entering a niche environmental packaging market with high growth certainty, clear policy support, and clear technical barriers.
LIKEE is committed to providing global customers with customized, automated solutions for aluminum foil container production lines and molds, helping you take the lead in this round of packaging material transformation.
![]()