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Jerry Cans

UN-approved HDPE jerry cans from 5L to 30L for fuel, chemicals & water

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Key Advantages

Cycle time 8–10s per piece

Clean joint line trimming

30% energy saving vs hydraulic

HDPE & PP material compatible

UN certification compliant

Short color change time (1–2 hours)

OVERVIEW

A jerrycan or jerrycan (also styled jerrycan or jerry can) is a fuel container made from pressed steel (and more recently, high density polyethylene). Jerrycan is divided into plastic jerrycan and metal jerrycan.

Plastic Jerry Jars are ideal for situations where portability, lightweight, and less resistance to chemicals are required. Metal Jerry cans, on the other hand, are more suitable for situations where higher durability and sealing performance are required, especially in harsh environments or where long-term storage is required. Choosing which jerrycan material to use usually depends on the specific use and needs.

Which Is Better? Plastic Jerrycan Vs Metal Jerrycan

The following table shows the advantages and disadvantages of Plastic Jerrycan and Metal Jerrycan:

Plastic Jerrycan

Advantages

✓Portability: Plastic jerrycans are relatively lightweight and easy to carry and maneuver.
✓Corrosion Resistance: Plastic will not rust or corrode and is suitable for many chemicals or liquid storage.
✓Transparency: Some plastic jerry jars are transparent, making it easy to see the level of stored items.
✓Low Cost: Usually cheaper than metal materials.

Disadvantages

✗Fragility: Plastics are relatively fragile and prone to scratching or breakage, especially in harsh environments.
✗Leakage risk: Plastics may leak or evaporate under certain circumstances.
✗Poor temperature resistance: Not as resistant to high or extremely low temperatures as metals.

Metal Jerrycan

Advantages

✓Durability: Metal jerrycans are more durable and able to withstand more physical damage and harsh conditions.
✓Sealing: Metal cans usually have better sealing properties, reducing the risk of liquid leakage.
✓High temperature resistance: Good resistance to high temperature and fire, not easy to burn.
✓Environmentally friendly: Can be recycled and reused, environmentally friendly.

Disadvantages

✗Heavier weight: Metal jerrycans are generally heavier than plastic and harder to carry and maneuver.
✗Corrosivity: May be subject to oxidation and corrosion, especially if the surface is damaged.
✗Higher cost: Metal materials are generally more expensive than plastic.

Production Process

The production process of plastic Jerry cans usually includes the following steps:

The above steps are the general process flow for the production of plastic Jerry cans. The specific production process may vary slightly depending on the production factory and product requirements.

How To Design The Plastic Jerrycan Mold?

Designing a Jerrycan mold requires a series of engineering steps:

The entire mold design and manufacturing process requires a high degree of engineering and precision to ensure the production of high-quality Jerry Can products. With the advancement of technology, modern engineering software and CAD/CAM technology have greatly improved the accuracy and efficiency of mold design and manufacturing.

What Are The Main Raw Material Components Of Plastic Jerrycan?

Plastic Jerry Jars are typically made from one or more types of plastic materials, the main components of which may include the following materials:

•Polyethylene (HDPE): High-density polyethylene is one of the primary materials commonly used to make plastic jerrycans. It has excellent chemical and impact resistance, making it ideal for durable liquid storage containers.
•Polypropylene (PP): Polypropylene is another common plastic material that is also used to make plastic jerrycans. It is corrosion-resistant, heat-resistant and lightweight.
•Other additives: In order to improve the characteristics of Jerry cans, other chemicals may be added during the production process, such as plasticizers, stabilizers, pigments or UV protection agents.

After suitable processing and molding processes, these raw materials can be made into plastic jerrycans that meet specific requirements and are used to store various liquids, such as chemicals, fuels, lubricants, etc. The choice of material depends on the specific use of the jerrycan and the required performance characteristics.

What Capacities Are There And Which Ones Are More Common?

Plastic Jerrycans are generally available in a variety of capacities, common capacities include:

•5 liters (1.32 gallons): Typically used for lightweight, portable applications such as outdoor activities, storing detergents, etc.
•10 liters (2.64 gallons): A relatively common medium capacity, suitable for emergency reserves in general households or vehicles.
•20 liters (5.28 gallons): Is a larger capacity and is used in a wider range of applications, such as cars, boats, industrial applications, etc.
•25 liters (6.6 gallons): It is also a common larger capacity, suitable for long-distance travel, outdoor activities or some specific industrial purposes.
•30 liters (7.92 gallons) and above: Larger capacity jerry cans are typically used in industrial, military or special applications and are capable of holding more liquids or chemicals.

Among these capacities, 5-liter, 10-liter and 20-liter jerrycans are the more general specifications and are widely used in homes, vehicles, outdoor and general industrial applications. Choosing a jerrycan with an appropriate capacity depends on actual needs, such as usage scenarios, types of liquids stored, and portability.

How To Choose Plastic Jerry Can Blow Molding Machine?

There are several factors to consider when choosing a blow molding machine for plastic jerry cans:

•Capacity Requirements: Determine the required capacity per hour based on your production needs. Different models of blow molding machines have different production capacities and need to be selected according to actual needs.
•Material adaptability: Make sure the blow molding machine can handle the plastic raw material you are using, such as polyethylene (HDPE) or polypropylene (PP), etc.
•Molding size and shape: The size and shape of the jerry can will affect the choice of blow molding machine. Make sure your blow molding machine can produce jerry cans that meet your specifications.
•Degree of automation: The degree of automation affects production efficiency and costs. Blow molding machines with a high degree of automation may be more suitable for mass production.
•Quality and stability: Choose a blow molding machine brand and model that has a good reputation, reliable quality and high stability.
•Energy consumption: Consider the energy consumption of the blow molding machine and choose a model that can save energy costs.
•After-sales service and support: Choose a supplier with reliable after-sales service and support to ensure that the equipment is maintained and maintained.

When choosing a blow molding machine, it is best to conduct a comprehensive comparison and evaluation, and select the most suitable blow molding machine model and brand based on your production needs, budget, and equipment performance. It is best to consult a professional equipment supplier or production equipment expert for more detailed advice and technical support.

How To Improve The Automation Of Jerrycan's Blow Molding Machine, Reduce Labor Costs And Reduce Energy Consumption

To improve the automation of plastic Jerrycan blow molding machines and reduce labor costs and energy consumption, the following methods can be considered:

•Automation control system: Update the control system of the blow molding machine and adopt advanced automation control technology, such as PLC control system, to improve production efficiency and reduce manual operations.
•Automated production line: Consider integrating the blow molding machine with other production equipment to build an automated production line to make the production process smoother and more continuous and reduce manual intervention.
•Intelligent equipment monitoring: Install monitoring equipment and sensors to monitor parameters and status in the production process in real time, detect problems in a timely manner and make adjustments to reduce energy waste.
•Automatic feeding system: Use an automated raw material supply system to ensure that plastic granules or pellets are supplied on demand, reducing waste and improving production efficiency.
•Energy-saving technology: Apply energy-saving technology, such as installing energy-saving equipment, optimizing heating systems, and reducing energy consumption, such as using high-efficiency heating elements, energy-saving heat exchangers, etc.
•Automated mold replacement: Develop blow molding machines with automated mold replacement capabilities to reduce downtime and labor costs.
•Remote monitoring and operation: Realize the remote monitoring and remote operation functions of the blow molding machine to facilitate remote adjustment of production parameters and monitoring of equipment status.
•Employee training and skill improvement: Provide skills training to employees to improve their ability to operate and maintain automation equipment to ensure efficient operation of the equipment.

What Are The After-Sales Services Of Plastic Jerrycan Blow Molding Machine?

After purchasing a Tongda jerry can blow molding machine, you will receive comprehensive after-sales support:

•Installation and debugging services: Provide professional installation and debugging services to ensure that the equipment is installed correctly and put into production smoothly.
•Operation training: Provide training for operators to teach the correct operation methods and maintenance knowledge of the equipment to ensure the safe operation of the equipment.
•Regular maintenance: Provide regular maintenance services to check the operating status of the equipment and ensure that the equipment is in optimal working condition.
•Spare parts supply: Provide original or compatible spare parts supply services to ensure equipment maintenance needs.
•Remote technical support: Provide remote technical support services to help customers solve equipment problems in a timely manner.
•Upgrade and modification services: Provide equipment upgrade and modification services according to customer needs to update equipment technology and performance.
•Warranty period: Provide a certain period of warranty service to cover equipment failures or problems.