Min Jia — Your Reliable Metal Food Cans Supplier In China

As China`s leading manufacturer of metal food cans, Min Jia helps companies in the world skyrocket their brands through our quality products and services. We are known to provide our clients with unparalleled support.

Our wide array of food packaging solutions including metal food cans serve in various markets, like fish, ready meals, vegetables, fruit, pet food, and so on. We made it of higher quality in order to surpass your expectations.

This packaging solution is commonly used for efficient food preservation.  It owns unique properties such as durable, high-quality, and recyclable making it preferred by many companies.

Min Jia has the ability to create designs for metal food cans with your desired styles. This is customized with your required sizes, styles, and shapes. Send now your specific requirements for metal food cans, and we`ll do the rest.

If you choose Min Jia as your one-stop solution supplier, you choose the right place! We have more than 10 years of experience, keeping on satisfying customers with our efficient metal food cans. To satisfy customers, we only provide metal food cans that comply with the FDA and EU standards.

We provide free samples before your final orders. And since one of our goals is to satisfy you, we rigorously tested the quality of every metal food cans we offer. Allow Min Jia to support growing your business! We have a friendly and skillful team that provides customer services within 8-working hours.

Contact us now and expect instant quotes!

Metal Food Can: The Ultimate FAQ Guide

You should read this guide before selecting a metal can for your food.

It contains all of the necessary information to assist you in selecting a dependable metal food can.

Continue reading to find out more.

Metal Food Cans

What Exactly is a Metal Food Can?

Metal food can is a container or packaging that carries canned food. 

It can be a steel can, tin can, tin steel packing, or a container constructed of thin metal used to distribute or store food.

How are Cans Used to Preserve Food?

The basic principle of canning is to eliminate microorganisms present in food and deter new microorganisms’ growth.

Food is sealed in the can and then heated at a temperature that kills any hazardous microorganisms or spores that may form within.

What Type of Metal is Used to Manufacture Metal Food Cans?

The majority of metal food cans are made of steel.

What Type of Metal is Used in Food Packaging?

Metal food cans are made of tin plate steel with a thin tin covering or aluminum and steel with a lacquer coating.

Tinplate has reducing properties that help prevent the loss of color and flavor as well as product oxidation.

Which Metal is Utilized in the Manufacture of Canned Foods and Why?

Steel or aluminum cans are the most often used metal containers.

Steel-containing cans are made of electrolytic tinplate or electrolytic chromium/chromium oxide-coated steel. This keeps food fresh, unspoiled, and nutritious.

Metal Canned Food

Is Canned Food in Metal Safe?

As a result of the canning process, some metal naturally dissolves into the food.

Nonetheless, there is compelling evidence that there is no detectable level of harm for human intake.

What Makes Aluminum Cans Different from Steel Cans?

While both aluminum and steel cans are metal, there are some notable differences. 

Aluminum is utilized more for beverages like beer and soda, and on the other hand, steel is used for foods like coffee and pet food.

Is Metal Canned Food Safe?

Yes, metal canned food is safe. It has a tinplate or aluminum cans commonly used for food packing. 

As a result of the canning process, some metal naturally dissolves in the food. 

Despite this, there is solid evidence that there is no major hazard for direct consumption making it safe.

What is the Manufacturing Process for Steel Metal Food Cans?

Tinplate steel is used to manufacture steel metal food cans. Tinplate steel is produced in basic oxygen furnaces.

A thin layer of tin is placed on both the inside and exterior sides of the can to prevent corrosion and to maintain the flavors of the food and beverage.

What Purpose Does Metal Food Can Serve?

These metal food cans serve a purpose. It has an integral part of a balanced diet.

Individuals that consume more canned goods tend to consume more fruits and vegetables.

It has a higher nutritional intake than individuals who consume fewer canned fruits and vegetables.

Some metal food cans are composed of tin-coated steel that is mostly used for packaging foods such as soup and pasta.

Why are Metal Cans Utilized in the Food Industry?

These metal cans are utilized in the food industry because their steel, tin, and aluminum canning materials have evolved into a lightweight and multifunctional goods.

And extend the shelf life of canned goods by one to five years.

Metal cans ensure that food remains fresh, tamper-proof, and nutritionally complete.

Why are Steel and Aluminum Used in Metal Food Cans?

Steel and aluminum packaging are completely impervious to light, water, and air.

Metal cans without resealable lids are one of the most tamper-evident packaging materials available makes them perfect for food.

Why are Metal Food Cans Coated?

Typically, cans are coated with an organic layer that protects the can’s integrity.

Protects the can’s metal from the food’s effects and prevents chemical reactions between the metal and the food.

This also helps to prevent it from oxidation for meals that are acidic, such as tomatoes.

Before stamping out the can bodies, a light coat of lacquer is applied.

Why are Some Metal Food Cans Made of Tin?

Tin is a crystalline metallic element with a low melting point that is malleable at ambient temperature.

Tin is exceptionally resistant to corrosion, which makes it ideal for metal food cans.

It is modern tin cans that are really constructed of steel and have been coated with a very thin layer of tin to protect them against corrosion.

Why Are Several Metal Food Cans Made Of Tin-Plated Steel?

Several metal food cans are made of tin cause tin is unaffected by food acids. 

Hence a layer of tin atop a steel sheet protects the steel in metal food cans from corrosion.

What is the Purpose of the White Lining on Metal Food Cans?

The lining keeps food from oxidizing the metal can.

This also prevents metal from leaking into the food and changing its flavor.

Most light-colored fruits come in cans that don’t have a lining. These metal food cans are made of steel and have a tinplate inside.

Are Metal Food Cans BPA-Free?

Metal food cans are manufactured without using BPA-based linings instead of utilizing a range of alternative coatings.

BPA-Free Metal Food Cans 

Can Metal Food Cans Be Recycled?

Yes, these metal food cans are 100% recyclable.

It makes no difference whether they are aluminum beverage cans or food cans made of tin, steel, or bi-metal.

Recyclable Metal Food Cans

What is it About Metal Cans that Makes them so Versatile?

In order to maintain freshness and nutrition, prominent food companies use metal food cans as packaging.

It is used to hold a variety of well-known food, beverage, and pet food brands, ranging from family-sized to institutional-sized.

What are the Different Types of Metal Food Can?

3-Piece Welded Cans

These 3-piece welded cans have a body with a top and bottom.

In order to manufacture the can body, an electrical, mechanical force is applied to two sides of a completely flat blank.

The inside and outside of cylindrical can bodies will be lacquered.

3-Piece Welded Cans

How are 3-Piece Welded Cans Made?

1. A cylinder is formed from a rectangle flat sheet of food-grade steel, with a vertical side seam closure.
2. Double seaming is used to establish an airtight closure at the bottom.
3. Following the filling of the can, the top end is sealed in place with a silicone sealant.

2-Piece Draw Redraw (DRD) Steel & Aluminum Cans

A simplified approach has several advantages.

There is one seam along the top of two-piece steel and aluminum cans (double seam).

They can be tapered to nest, reducing transportation costs to distant consumers.

They can also be constructed to stack conveniently.

2-Piece Draw Redraw (DRD) Steel & Aluminum Cans

How are 2-Piece Draw Redraw (DRD) Steel & Aluminum Cans Made?

1. A coil of coating rolled steel or aluminum is put into a cupping press, which is a type of rolling mill.
   
   This press begins by cutting a circular disc and then drawing or ‘punching’ the disc into a cup.
2. This cup is then redrawn to reach its final form and bottoms before being trimmed to produce a finished container.
3. Precision is maintained in the production of all cuts and “punches.”

2-Piece Drawn and Ironed (D&I) Steel Cans

These 2-piece D&I steel cans manufacturing is a prominent producer in this cutting-edge manufacturing technique.

We have much more D&I lines than any other food company worldwide.

The 2-piece D&I steel cans have a faster manufacturing rate, better metal utilization, and an integral end.

2-Piece Drawn and Ironed (D&I) Steel Cans

How are 2-Piece Drawn and Ironed (D&I) Steel Cans Made?

1. First, the cup is taken from a coil that has been fed into the cupping press.
2. Next, the cup is sent to a body manufacturer, where it is punched with a die through a sequence of rings.
3. In this operation, the cup walls are ironed or thinned to a particular height, depending on the use.
4. The pre-form is flanged, beaded, and finished with a protective layer prior to the final examination.

Is it Important to Customize Colors in Metal Food Cans?

Color is gaining popularity among businesses. Colors are a strong technique to draw in customers.

A robust marketing platform can be made using this feature on can ends and tabs.

Different Color in Metal Food Cans

What are the Advantages of Colors in Metal Food Cans?

Listed below are the different advantages of colors in a metal can:

• Eye-Catching

The perception research services discovered that 68 percent of all purchases are done on the shelf rather than at home.

The study revealed that color was one of the main determinants influencing shelf impression and then purchase.

• Enhances Marketing

It has the possibility to color match or contrast both ends and tabs is also beneficial to the Packers.

This also allows for virtually endless marketing/differentiation color options for food and pet food.

• Processed Quickly and Easily

We can supply these services promptly and efficiently because we have excellent contacts with upstream suppliers like aluminum and coating firms.

Why is Shaping in Metal Food Can Important?

“Shape” provides premium, classy hints and produces immediately recognizable branding – speaking before the labeling is even read.

We create contemporary metal packaging and color palettes that assist brands to stand out.

In addition to product distinctiveness, shaped cans benefit from increased functionality.

Sculpted cans appeal to modern consumers.

Different Shapes of Metal Food Cans

What are the Advantages of Shaping in Metal Food Cans?

Listed below are the advantages of shaping in metal food cans such as:

• Boost in sales and pricing.

It is found that price premiums of up to 10% enhanced purchasing interest by 30–50%.

• Enhance product appeal.

Shapes distinguish and help build brand news.

• Improve shelf visibility.

For optimal consumers ’ attention at the time of sale, shaped cans have been established to be very effective.

What are the Different Roles of Metal in Food Can?

Metal-based packaging plays an important role in food preservation.

It has an optimum utilization of metal packaging as a distinctive material.

For example, these new can shapes and metal deposition techniques.

It offers greater material effectiveness and antibacterial and microwave susceptibility.

• Can Production and Designs

Cans are the most popular metal packaging and are constructed of steel or aluminum.

Tinplate or electrolytic chromium/chromium oxide-coated steel, often known as tin-free steel.

Metal cans are divided into two types: two-piece and three-piece.

Drawing and ironing a blank to make a taller can of the same diameter, or drawing and redrawing a blank to make a smaller can of the same diameter.

Three-piece cans are manufactured by finishing the steel and then rolling it into a cylindrical shape.

The base is soldered to the cylinder by double folding the cylindrical and end lip and crimping (two-fold seaming).

Metal cans improvements to minimize costs and weight continue.

Beading on the sidewalls of two- and three-piece cans enhance strength, allowing for a thinner sidewall, and is excellent for label adherence.

Brands can connect with customers through other designs.

These cans feature such as laser-etched, embossed, colored opening tabs and can ends.

• Interior Linings

These linings assist in eliminating steel corrosion and ensuring the quality of the product. 

These can linings have prompted concerns about the migration of chemicals into food and losing flavor and scent due to lining absorption.

Coating enhancement was required to assure worker safety during coating application.

It reduces the environmental influence of coating applications.

This will prevent unintentionally introduced compounds throughout manufacturing or shelf life and set sourcing specifications.

• Pouches Barrier and Support

Aluminum’s rigidity and barrier qualities make it ideal for laminate and metalized pouches.

Pouches are becoming more like cans and jars in function and style.

Laminates are built up of layers that perform certain purposes like sealing, puncture resistance, and heat resistance.

Products that require high fragrance or taste barriers or long shelf life are typically packed in aluminum laminates.

You can retort laminate pouches with foil layers similarly to metal cans.

Laminates with an aluminum oxide layer can be utilized for sophisticated thermal processing techniques.

This includes microwave-guided thermal sterilization.

Less expensive metalized films are used for pouches since a continuous aluminum layer.

This is expensive and time-consuming to laminate.

Material and side seams are metalized PET, which provides structural support.

It also permits an integrated handle and recloses features.

These composite architectures are limited in post-consumer applications.

Its layers can often be cheaply separated and are not conveniently recycled.

In the building, appliance, and other heavy sectors, these substances can be mixed.

Microwave susceptor packaging evolved from improved aluminum depositing regulation on a packaging substrate.

Using microwave energy to heat, crisp, and cook food creates an arc between the aluminum deposits in the PET-based framework.

Aluminum is not the only metal used as a nanoparticle in packaging.

It helps to improve mechanical strength and barrier qualities as well as antioxidant and antibacterial capabilities.

A good antibacterial agent is titanium dioxide. 

This forms reactive oxygen species that eliminate pathogenic germs on the container or food.

• Traceability

Tracking and tracing food packages along the supply chain is vital.

It has coding on can bottoms that is not usually utilized for branding. 

It has also proven post-consumer value makes the canning sector well suited to implement track and trace.

The producer applying the codes enhances manufacturing efficiency. 

This also reduces the need for brands to attach additional codes.

A web-based smart label system allows consumers to verify food quality.

Recyclers classify packaging containers and can makers to comprehend the application of the metal.

• Environmental Friendly

A life cycle review of the entire supply chain involving packing, manufacturing, and shipping.

This food is crucial as we move towards a more ecological solution.

It does not require refrigeration, and unlimited recycling of steel makes canned meals more eco-friendly.

Canning spinach, tomatoes, and kidney beans reduce food and nutritional waste compared to fresh processing.

Why Do Coatings Important for Metal Food Cans?

Cans of food and beverages keep their contents fresh for years.

As a result of long preservation times, packaging-food interactions must be reduced.

Chemical interactions between the can’s metal and the food are prevented when the can is coated with an organic layer.

In order to meet technical and regulatory criteria, these can coatings withstand production and sterilizing procedures.

It is universally applicable to all food and beverage kinds and avoids chemical migration into food levels that affect human health.

It also adheres to cans even after accidental deform, resist aggressive food types and keep the metal of the cans.

This will help preserve food and maintain its organoleptic features over time.