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Tin can making machine price? China tin can making machine price in 2020?

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To understand the price of canning equipment, first we need to know what specific canning equipment is required for a complete canning production line. Let us briefly understand the specific equipment.

Three-piece can production line equipment classification: Three-piece can production line manufacturing equipment is divided into cutting equipment, forming welding equipment, drying equipment, rolling equipment, slitting equipment, necking equipment, embossing molding equipment, turning equipment Side equipment, capping equipment, can sealing equipment, leak detection equipment, full internal spray equipment, drying equipment, stacking equipment, packing, etc.

 

  1. Empty can preparation equipment mainly includes: cutting equipment, parting equipment, coating scraping equipment

① Cutting board equipment is used to cut the large sheet of tinplate into pieces of the size required for canning or punching. Its process flow is as follows:

Feeding and cutting → finishing

② Scribing equipment is a device for scoring the uncoiling line or slitting line on the can body blank. Its role is to draw a trace of a certain depth on the cut can body material in order to separate the finished can body from the scribe line.The process is as follows:

Feeder → Single sheet feeding and feeding → marking → selection

Scribing equipment is available in automatic or semi-automatic stand-alone form, as well as in combination with can body welding and forming machines.

③ The coating layer scraping equipment is used to partially scrape the surface coating of the cut can body sheet to facilitate resistance welding (the equipment is not needed to leave the paint plate empty). The process flow is as follows:

Feeder → Single sheet feeding→ Scraping → Stacking

The price of the preparation equipment is about: USD10000-70000

 

2. Can body forming welding equipment

Classification of can body forming welding equipment

The price of can body forming and welding equipment is about：USD10000-50000

 

3. Can embossing and expansion equipment

(1) The characteristics of embossing and expansion of the tank The embossing or expansion of the tank can be changed to various cross-sectional (longitudinal or cross-sectional) shapes.

This pot is a fancy pot. Patterned cans can be divided into two types: one is round, which is characterized in that the mouth shape of the lid maintains the original shape of the round can, and the middle part of the can can be changed according to the shape of the user’s requirements, such as barrel shape, drum shape, Vase-shaped, square, polygonal, cone-shaped, etc., this kind of pot is called an embossed pot (formed fancy pot); another shape of the pot is a special shape, which is characterized in that the lid is non-circular, and the pot body and The shape of the lid is basically the same. Common canned food types are: square, rectangle, polygon, trapezoid, pear (horseshoe), oblate, oval, etc. These cans are called irregular cans.

During the expansion process, the formed tank body is slightly stretched, and the stress on the metal reaches the elastic limit of the material. Before resistance welding occurs, the expansion process of the formed tank cannot withstand such a large expansion force, so the formed shape is not flat. The main body of the embossing tank has a large tensile force, and the stress on the metal exceeds the elastic limit of the material, and large tensile deformation occurs. Compared with the original tank, the volume of the tank after embossing can be increased by about 20%. Since both embossed cans and new-shaped cans need to withstand greater expansion force, only welds (such as resistance welding, laser welding, etc.) can meet the expansion requirements. Because the middle part of the embossed tank has a large tensile deformation, there are higher requirements for the coating on the outer surface and the inner side of the printed iron to prevent damage to the printing and coating caused by such deformation. In addition to the expansion method after welding, there is also a bending method before welding. This method is often used in the welding process of tanks. The tank is directly pressed into a special shape and then welded.

The price of can embossing and expansion equipment is about：USD20000-80000

 

Fourth, repair coating equipment

Repair coating equipment is a kind of equipment covering a layer of protective layer on the weld, the protective layer will not damage the content and have corrosion resistance. After welding, there is no tin layer on the weld, and the inner and outer welds are in direct contact with the inclusions or the atmosphere, which is easy to rust, especially the high-content acid and sulfur of canned food that has been processed at high temperatures and can be stored for a long time. There are more stringent requirements, so internal and external welds must be repainted. The recoater equipment consists of a cam body transmission system and a recoater system. The tank conveying system usually has two electromagnetic conveyor belts, which can continuously, smoothly and accurately send the tank into and out of the coating area after welding.

Coating equipment is roughly divided into the following categories:

The price of recoating equipment is approximately:USD5000-20000

 

Five, drying equipment

The coating on the tank must be cured by heating to volatilize the solvent, thereby polymerizing the monomer and obtaining anti-corrosion properties.

Especially for high-temperature sterilized food, its curing requirements are higher. During curing, the temperature of the surface of the tank must not be higher than the melting point of tin, and the coating must not blister or burn. The curing time must be sufficient. The drying equipment consists of a tank conveying system and a heating system. The conveying system usually uses chains, steel belts or belts, etc., with the help of magnetic adsorption, to send the tank into and out of the heating zone. The conveying system is divided into linear conveying and circular conveying, saving space.

The price of drying equipment is approximately:USD5000-15000

 

6. Equipment that can be rolled and typed

The function of tank rolling ribs and separation equipment is to roll reinforcing ribs on the welded tank or to cut the tank into two or three sections. A roll-bead slitting machine cannot complete these two processes at the same time. If necessary, please replace the rolling rib mold or split mold and configure it as a rolling rib splitter or mold splitter. Some assembly machines have multiple stations, which can be equipped with different molds at the same time to complete processes such as beading, parting, flanging, and sealing, and the principles are the same.

The price of can body rolling and separation equipment is approximately:USD8000-30000

Seven, can shrink, flanging equipment

(1) The necking machine reduces the diameter of the end of the tank, which can reduce the material consumption of the tank cover, which is beneficial to the stacking and transportation of the tank.

nice appearance. Constriction is divided into ordinary single necking, large single necking, two necking, three necking, four necking and so on.

The necking method is divided into rolling method and shrinking method. The rolling method is pure rolling in which the inner and outer molds are rotated while feeding in the radial direction. The thin-iron necking and flanging thin necking method can be completed at the same time when winding, which is easy to wrinkle. The shrinking method is directly extruded by opening and closing the inner mold and the outer mold with a cone, and is formed in one operation. Multiple necking requirements are adopted: uniform necking, smooth, no wrinkles, no oxide film and coating peeling at the weld seam of the tank body, no mechanical wiper or multiple stations to perform a single contraction on the inner and outer surfaces of the tank body The can body, the second shrinkable can, three shrinkable cans, and four shrinkable cans.

(2) Flanging machine: Flanging machine is a device that prepares the wound and necking process by squeezing the flanging mold to clean the two ends of the tank to the edges of the required shape and size. Flanging methods are divided into crushing type, rolling type, rotating type and plate edge type. The extrusion flanging uses a flanging die to extend from both ends, and hits the edges of the two ends of the can along the axial direction of the can body, thereby forming flanges at both ends of the can body. Flanging and necking are done at the same time. The principle is the same as the rolling neck. There are two types of rotary flanging: one is the active rotation of the flanging roller, which has various forms; the other is the driving rotation of the flanging roller, and the two motion principles are the same. The flanging die is composed of multiple flanging rollers. The flanging die extends from both ends of the tank body and is fed along the axial direction of the tank body while rotating. Squeeze both ends of the tank to gradually complete the flanging. The flange beads are arranged along the circumference according to certain rules. The larger the tank diameter, the more flanging rolls, and the deformation is uniform and slow. Therefore, the flanging quality is good, which is especially suitable for the flanging of high-speed thin tin cans. Flanging type flanging is used for flanging special-shaped cans. The outer mold fixes the tank, and the inner mold moves from the inside to the outside to complete the flanging. The flanging die is composed of multiple flanging rollers. The flanging die extends from both ends of the tank body and is fed along the axial direction of the tank body while rotating. Squeeze both ends of the tank to gradually complete the flanging. The flange beads are arranged along the circumference according to certain rules. The larger the tank diameter, the more flanging rolls, and the deformation is uniform and slow. Therefore, the flanging quality is good, which is especially suitable for the flanging of high-speed thin tin cans. Flanging type flanging is used for flanging special-shaped cans. The outer mold fixes the tank, and the inner mold moves from the inside to the outside to complete the flanging. The flanging die is composed of multiple flanging rollers. The flanging die extends from both ends of the tank body and is fed along the axial direction of the tank body while rotating. Squeeze both ends of the tank to gradually complete the flanging. The flange beads are arranged along the circumference according to certain rules. The larger the tank diameter, the more flanging rolls, and the deformation is uniform and slow. Therefore, the flanging quality is good, which is especially suitable for the flanging of high-speed thin tin cans. Flanging type flanging is used for flanging special-shaped cans. The outer mold fixes the tank, and the inner mold moves from the inside to the outside to complete the flanging. The flanging die extends from both ends of the tank body and is fed along the axial direction of the tank body while rotating. Squeeze both ends of the tank to gradually complete the flanging. The flange beads are arranged along the circumference according to certain rules. The larger the tank diameter, the more flanging rolls, and the deformation is uniform and slow. Therefore, the flanging quality is good, which is especially suitable for the flanging of high-speed thin tin cans. Flanging type flanging is used for flanging special-shaped cans. The outer mold fixes the tank, and the inner mold moves from the inside to the outside to complete the flanging. The flanging die extends from both ends of the tank body and is fed along the axial direction of the tank body while rotating. Squeeze both ends of the tank to gradually complete the flanging. The flange beads are arranged along the circumference according to certain rules. The larger the tank diameter, the more flanging rolls, and the deformation is uniform and slow. Therefore, the flanging quality is good, which is especially suitable for the flanging of high-speed thin tin cans. Flanging type flanging is used for flanging special-shaped cans. The outer mold fixes the tank, and the inner mold moves from the inside to the outside to complete the flanging. Squeeze both ends of the tank to gradually complete the flanging. The flange beads are arranged along the circumference according to certain rules. The larger the tank diameter, the more flanging rolls, and the deformation is uniform and slow. Therefore, the flanging quality is good, which is especially suitable for the flanging of high-speed thin tin cans. Flanging type flanging is used for flanging special-shaped cans. The outer mold fixes the tank, and the inner mold moves from the inside to the outside to complete the flanging. Squeeze both ends of the tank to gradually complete the flanging. The flange beads are arranged along the circumference according to certain rules. The larger the tank diameter, the more flanging rolls, and the deformation is uniform and slow. Therefore, the flanging quality is good, which is especially suitable for the flanging of high-speed thin tin cans. Flanging type flanging is used for flanging special-shaped cans. The outer mold fixes the tank, and the inner mold moves from the inside to the outside to complete the flanging. Especially suitable for the flanging of high-speed thin tin cans. Flanging type flanging is used for flanging special-shaped cans. The outer mold fixes the tank, and the inner mold moves from the inside to the outside to complete the flanging. Especially suitable for the flanging of high-speed thin tin cans. Flanging type flanging is used for flanging special-shaped cans. The outer mold fixes the tank, and the inner mold moves from the inside to the outside to complete the flanging.

Flanging requirements: Flanging must meet the requirements of size, uniformity and neatness, and there must be no uneven width, excessive or insufficient flanging, cracks (especially at the weld), inward folding and deflection of the flanging, and Peeling of the coating film.

The price of the tank necking and flanging equipment is about USD8000-30000

The above prices are for reference only. The specific price needs to be determined according to the actual support conditions.

Tin can making machine price? China tin can making machine price in 2020?

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To understand the price of canning equipment, first we need to know what specific canning equipment is required for a complete canning production line. Let us briefly understand the specific equipment.

Three-piece can production line equipment classification: Three-piece can production line manufacturing equipment is divided into cutting equipment, forming welding equipment, drying equipment, rolling equipment, slitting equipment, necking equipment, embossing molding equipment, turning equipment Side equipment, capping equipment, can sealing equipment, leak detection equipment, full internal spray equipment, drying equipment, stacking equipment, packing, etc.

 

  1. Empty can preparation equipment mainly includes: cutting equipment, parting equipment, coating scraping equipment

① Cutting board equipment is used to cut the large sheet of tinplate into pieces of the size required for canning or punching. Its process flow is as follows:

Feeding and cutting → finishing

② Scribing equipment is a device for scoring the uncoiling line or slitting line on the can body blank. Its role is to draw a trace of a certain depth on the cut can body material in order to separate the finished can body from the scribe line.The process is as follows:

Feeder → Single sheet feeding and feeding → marking → selection

Scribing equipment is available in automatic or semi-automatic stand-alone form, as well as in combination with can body welding and forming machines.

③ The coating layer scraping equipment is used to partially scrape the surface coating of the cut can body sheet to facilitate resistance welding (the equipment is not needed to leave the paint plate empty). The process flow is as follows:

Feeder → Single sheet feeding→ Scraping → Stacking

The price of the preparation equipment is about: USD10000-70000

 

Second, can body forming welding equipment

  • Classification of can body forming and welding equipment

The price of can body forming and welding equipment is about: USD10000-50000

 

Third, the can body embossing, expanding equipment

(1) Characteristics of embossing and expanding of the can body The embossing or expanding of the can body can be changed into various cross-section (longitudinal or cross-sectional) shapes.

This can is a fancy can. Pattern cans can be divided into two types: one type is round, which is characterized in that the shape of the mouth of the lid keeps the original shape of the round can, and the middle part of the can can be changed in shape according to user requirements, such as barrels Shape, drum shape, vase shape, square, polygon, cone, etc., this type of can is called an embossing can (shapping fancy can); another type of can is shaped, which is characterized by a non-circular lid shape, and The shape of the can body and the lid are basically the same. Common types of cans are: square, rectangular, polygonal, trapezoidal, pear (horseshoe), oblate, oval, etc. These cans are called irregular cans.

During the expanding process, the shaped cans body was slightly stretched, and the stress on the metal reached the elastic limit of the material. Before the occurrence of resistance welding, the expanding process of the shaped cans cannot withstand such a large expanding force, so the formed shape is not flat. The body of the embossed can has a large tensile force, and the stress on the metal exceeds the elastic limit of the material, and a large tensile deformation occurs. The volume of the tank body after embossing can be increased by about 20% compared with the original can body. Since the embossing can and the new-shaped shaped can both need to bear a large expanding force, only the welding seam (such as resistance welding, laser welding, etc.) can meet this expanding requirement. Because the middle section of the embossed cans has a large tensile deformation, the outer surface of the printed iron and the coating of the inner side have higher requirements to prevent damage to the printing and coating caused by this deformation. In addition to the expanding method after welding, there are also bending methods before welding. This method is often used in the can body soldering process. The can body is directly pressed into a special shape and then the can body is welded.

The price of the embossing and expanding equipment of the can body is about: USD20000-80000

 

Fourth, repair coating equipment

Repair coating equipment is a device that coats the weld with a protective layer that does not damage the contents and is resistant to corrosion. After welding, there is no tin layer at the weld.The inner and outer welds are in direct contact with the contents or the atmosphere and are susceptible to rust.Especially canned foods that have been processed at high temperatures and have long-term storage with high levels of acid and sulfur. There are more stringent requirements, so the inner and outer welds must be repainted. The recoater device consists of a cam body conveying system and a recoater system. The can body conveying system generally has two magnetic conveyor belts, which can continuously, smoothly and accurately feed the can body into and out of the coating area after welding.

The coating equipment is roughly classified as follows:

The price of recoating equipment is about: USD5000-20000

 

Five, drying equipment

The coating applied on the can body must be cured by heating to make the solvent volatilize, so that the monomers can be polymerized and the anti-corrosive performance can be obtained.

Especially for foods sterilized by high temperature, the curing requirements are higher. When curing, the temperature of the surface of the can body must not be higher than the melting point of tin, and the coating must not have blistering or scorching. The curing time must be sufficient. The drying equipment consists of a can conveying system and a heating system. The conveying system generally uses chains, steel belts or belts, etc., with the aid of magnetic adsorption, the cans body is sent into and out of the heating zone. The conveying system is divided into linear conveying and circular conveying, which saves space.

The price of drying equipment is about: USD5000-15000

 

Six, can rolling, parting equipment

The function of the cans body rolling ribs and parting equipment is to roll the reinforcing ribs on the welded can body or cut the can body into two or three sections. A single rolling rib slitting machine cannot complete these two processes at the same time. If necessary, replace the rolling rib die or parting die and configure it as a rolling rib parter or parter. Some combination machines have multiple stations, which can be equipped with different molds at the same time to complete the rolling ribs, parting, flanging, sealing and other processes, the principle is the same.

The price of can body rolling and parting equipment is about: USD8000-30000

Seven, can necking, flanging equipment

(1) The necking machine reduces the diameter of the end of the can body, which can reduce the material consumption of the can lid, and is conducive to stacking storage and transportation of cans.

Beautiful shape. Necking is divided into ordinary single necking, large single necking, two necking, three necking, four necking and so on.

The necking method is divided into a rolling method and a shrinking method. The rolling method is a pure rolling with internal and external mold rotation, while radial feeding. Rolling method can be completed when necking and flanging thin iron necking at the same time, easy to wrinkle. The shrinking method is directly extruded by opening and closing the inner and outer molds with a cone, and is formed in one operation. Adopting multiple necking requirements: necking is even and smooth, no wrinkles, no oxide film and coating film are peeled off at the weld seam of the can body, there is no mechanical wiper or multiple stations for single shrinkage on the inner and outer surfaces of the can body, and a second shrinkable can , Three shrinkable cans, four shrinkable cans.

(2) Flanging machine: Flanging machine is a device that prepares the process of trauma and necking by clearing the two ends of the can body to the edge of the desired shape and size through the extrusion of the flanging die. Flanging methods are divided into crush type, rolling type, spinning type and plate edge type. The crush flanging uses a flanging die to extend from both ends, and hits the edges of the two ends of the can along the axial direction of the can body to form the flanges at both ends of the can body. Rolling flanging and rolling necking are completed in one step at the same time. The principle is the same as that of rolling necking. Spin-type flanging is divided into two types: one is the active rotation of the flanging roller, which has many forms; the other is the driven rotation of the flanging roller, and the two motion principles are the same. The flanging die is composed of a plurality of flanging rollers. The flanging die is extended from the two ends of the can body, and is fed along the axial direction of the can body while rotating. The two ends of the can body are squeezed to gradually complete the flanging. Flanging beads are arranged along the circumference according to a certain rule. The larger the diameter of the can body, the more the flanging roller are, and the deformation is uniform and slow. Therefore, the flanging quality is good, which is especially suitable for high-speed and thin-tin can body flanging. The flanging-type flanging is used for flanging of special-shaped cans. The outer mold holds the can body, and the inner mold moves from the inside to the outside to complete the flanging.

Flanging requirements: The flanging must meet the size, uniform and neat, and there must be no uneven width, excessive or insufficient flanging, cracks (especially at the weld), inward folds and off angles of the flanging, and peeling of the coating film.

The price of can necking and flanging equipment is about: USD8000-30000

The above prices are for your reference. The specific prices need to be determined according to the actual supporting conditions.

Tin can making machine price? China tin can making machine price in 2020?

Tin can making machine price? China tin can making machine price in 2020?

What is the price of aluminum beverage can? What is the difference between aluminum beverage can and tin can?

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When it comes to packaging, people have given different connotations. In the past, people thought that packaging was the use of appliances to contain items, or the operation of wrapping and bundling items, which merely played a role of accommodating items and facilitating access. This understanding is obviously one-sided. Now people have given a broader meaning to packaging. From a systemic point of view, it links the purpose, requirements, constituent elements, functions, and practical operations of packaging to form a complete concept.

 

The use of aluminum packaging materials has a short history, but because aluminum has its own unique characteristics, it has gradually increased as a food packaging material. The amount of aluminum used in aluminum foils, tubes and containers in China accounts for 2% of aluminum production. The main properties of aluminum are light weight, non-toxic, tasteless, beautiful, good processing performance, and shiny surface. In addition, because a dense alumina film can be formed on the surface of aluminum, it can effectively isolate the contact between aluminum and oxygen, and prevent further oxidation of the aluminum surface. However, it is corrosive in acid and alkali salt media, so almost all aluminum containers are used after spraying. Its strength is lower than steel, and its production cost is higher than steel, which is about five times that of steel. Therefore, aluminum is mainly used for sales packaging. For example, aluminum cans are mainly used for packaging of aerated drinks with a certain internal pressure. A small amount is used for transportation packaging.

Please visit： www.jxblet.com  for the price of aluminum cans.

What is the difference between aluminum beverage can and tin can?

Iron cans and aluminum cans are currently widely used, each with its own advantages.Z、 However, the current market for tin cans is more popular and advantageous.

The cans are made of aluminum alloy, and the inner wall is coated with some organic coating to isolate the aluminum alloy from the beverage. During the processing, it is inevitable that the protective coating is not applied or is too thin, so that the aluminum alloy on the inner wall of the can comes into contact with the beverage. The aluminum element gradually dissolves in it, especially when the can is filled with acidic or alkaline beverages.

Canned beverages should not be used often and often, especially children with strong growth and poor elderly excretory function, it is better to drink less. Refining aluminum cans can cause pollution. Aluminum cans are passivated and cannot be dissolved by ordinary weak acids.

Aluminum cans are generally coated with a protective layer on the inner wall. Acid substances generally do not erode aluminum cans during the shelf life, but if the shelf life has passed, it may not be necessary. If it is stored for too long, an acidic substance reacts with aluminum to cause aluminum ions to enter the beverage in large quantities. Aluminum will accumulate too much in the body, which will cause Alzheimer’s disease.

What is the price of aluminum beverage can? What is the difference between aluminum beverage can and tin can?

What is the price of aluminum beverage can? What is the difference between aluminum beverage can and tin can?

Why should you set up your own can making production line ?

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When it comes to packaging materials in the market of today, tin is the most recommended. The truth is that tin is quickly replacing plastic and wood packaging methods due to the environmental impact of the two methods. Besides just being environmentally friendly as compared to paper fill, it has many other advantages as well which make it the preferred packaging method.

First of all, tin is not corrosive and it does not destroy the packaged product due to this reason. Tin cans are used widely in various industries. Furthermore, it is easy to transport and is recyclable unlike most of the available alternatives.

However, there is one drawback to buying tins for packaging needs which is that it is a bit expensive and inconvenient when it comes to mass production. It is due to this reason that you should consider building your own tin can making machine production line. Owning a tin can maker machines has numerous advantages and it makes highly competitive. So, what are the main benefits of owning your own plant? This post will help you see things clearly.

Convenience

The main challenge which people normally face when they do not own a can making equipment is inconvenience. There would be a need to place an order with the supplier and to wait for a while until tin cans get delivered.

Saves Space

When you own a can making machine production line, you end up saving plenty of space. The thing is that when a person does mass production and does not want any type of inconvenience with regards to cans delivery, he or she would have to rent a huge space just to stock the cans for future use. It can actually lead to a substantial extra cost which would easily be avoided if one buys a simple can making equipment. The machine would only make tin cans when they are needed. This in turn would eliminate the need for renting a storage facility or building one.

Quality Control

The packaging quality affects the product performance significantly. Everyone knows that inferior tin cans make the products go bad at a quicker speed and that would damage the brand image. Hence, tin cans need to be made in line with high-quality standards. This is why when you have your own can making machine, you can ensure that the quality is met, or else the batch can be disposed to maintain quality.

Lower Cost of Production

Normally, product packaging can take up to 10% of production costs. Since the cost is passed on to the customer, it would make the product more expensive. If the product has an elastic demand, it would lead to lower sales. However, the overall cost of production for making tin cans can be reduced by making tin cans on your own. By reducing cost of production, companies can make higher profits, which is the end goal at the end of the day.

Why should you set up your own can making production line ?

Why should you set up your own can making production line ?