customized oil tank

3 month ago

10 0 

Ningbo Jingjiang Metal Products Co.,Ltd.

4 month

Product details

High-quality customized vertical oil tank cans: high-temperature-resistant performance to meet diversified oil storage needs

As a kind of professional oil storage equipment, vertical fuel tank tank has wide application in China's petrochemical industry. Our vertical fuel tank cans are made of high-quality materials and precision machined, featuring high-quality gasoline tanks. These tankers not only have good sealing performance, but also can effectively prevent oil leakage and ensure the safety of use. In order to meet the needs of different customers, we also provide customized gasoline tank services, which can be designed according to the specific requirements of customers to meet the actual use scenarios. In addition, our vertical gasoline tanks are also heat-resistant, and can maintain stable performance even in high-temperature environments to ensure that the quality of oil products is not affected, thus providing users with high-quality solutions for heat-resistant gasoline tanks. All in all, our vertical oil tanks offer significant advantages in terms of quality, customization and high-temperature-resistant performance, making them ideal oil storage equipment for the petrochemical industry.

Vertical Tank Bucket Design Features and Components

Vertical Tank Bucket, usually refers to a small, portable oil storage container commonly used for storing lubricants, fuels, or other liquids. The following is a detailed description of its design features and components:

Design features:

1. Vertical Placement: the vertical oil tank drum is designed to be placed vertically for easy storage and pouring of oil, and at the same time, it can reduce the floor space.

2. Portability: the tank barrels are usually designed with handles or lifting handles for easy handling and movement.

3. sealing: good sealing performance to prevent oil leakage and external pollution.

4. chemical resistance: material selection should take into account the chemical properties of the oil, usually use oil-resistant, chemical corrosion-resistant materials.

5. temperature resistance: able to adapt to a certain range of temperature changes, to ensure that the quality of the oil is not affected.

6. robustness: the structure should be designed to withstand the impact and pressure during transportation and use.

Components:

1. barrel: it is the main part of the tank barrel, usually made of plastic (such as polyethylene, polypropylene), metal (such as steel or stainless steel) or other synthetic materials.

2. cap: a cover on top of the drum that seals the drum to prevent oil leakage and contamination. The cap may have an on/off switch or valve for easy pouring of oil.

3. Carrying Handle or Handle: Used to carry the tank drum, it may be a fixed handle or a collapsible carrying handle.

4. bottom: the bottom of the tank barrel should be designed to be stable, some will have non-slip pads on the bottom to increase stability and prevent sliding.

5. level indicator: some tank barrels may be equipped with a transparent level indicator for observing the level of oil in the barrel.

6. oil outlet: usually located on the side or bottom of the barrel, equipped with a valve, used to control the flow of oil.

7. Venting hole: in order to prevent negative pressure inside the barrel when refueling, the tank barrel is usually designed with venting holes.

8. anti-static device: in order to prevent the accumulation of static electricity caused by fire, metal tank barrel will usually be grounded, while the plastic tank barrel may contain anti-static additives.

9. Labeling: Used to identify the type, capacity, date of manufacture, expiration date, and other information about the oil stored in the tank barrel.

Vertical tank drums are designed and composed to ensure their safety, convenience and durability when storing and handling oil.

Manufacturing Process of Vertical Fuel Tank Bucket

The manufacturing process for metal vertical fuel tank drums involves several steps, the following is a typical manufacturing process:

1. Design and drawing

- Demand analysis: According to the customer's demand, determine the size, capacity, material, strength, corrosion resistance and other parameters of the fuel tank barrel.

- Design: Use CAD software to carry out three-dimensional design to ensure that the structure is reasonable and meet the use requirements.

- Drawing: Generate detailed engineering drawings, including parts drawings, assembly drawings, welding drawings and so on.

2. Material preparation

- Material Selection: Select suitable metal materials according to design requirements, such as stainless steel, carbon steel, etc.

- Purchasing: Purchase raw materials, usually metal sheets and pipes.

- Inspection: Test the raw materials for chemical composition, mechanical properties, etc., to ensure that the materials meet the standards.

3. Material placement

- Cutting: Use laser cutting, plasma cutting or shearing machine to cut the metal sheet to get the required shape and size of the parts.

- Stamping: For parts that need to be molded, use stamping machinery for molding.

4. Molding

- Bending: The cut sheet metal is bent by bending machine to form the side and bottom plates of the tank barrel.

- Rounding: The sheet metal is rolled into cylindrical shape to form the main body of the tank barrel.

5. Welding

- Assembling: assembling the molded parts according to the drawing requirements.

- Welding: Use argon arc welding, electric arc welding and other methods to ensure that the welds are even, firm and without leakage.

- Inspection: Carry out appearance inspection, X-ray flaw detection, ultrasonic flaw detection and other non-destructive testing on the welded parts to ensure the welding quality.

6. Surface treatment

- Cleaning: Remove welding slag, oxides, etc. during the welding process.

- Acid washing: For stainless steel material, acid washing passivation treatment to improve corrosion resistance.

- Paint spraying: according to the need, spray paint the inside and outside of the tank barrel to increase the beauty and protection.

7. Assembly and testing

- Fittings Installation: Install the fittings of the tank barrel, such as inlet and outlet, valve, level meter, handrail, etc.

- Sealing test: Pressure test and water tightness test on the fuel tank barrel to ensure no leakage.

- Function test: check whether the strength and pressure resistance of the tank barrel meet the design requirements.

8. Packaging and delivery

- Cleaning: Ensure that the inside of the tank barrel is clean and free from oil, dust, etc.

- Packing: pack appropriately according to transportation and storage requirements.

- Delivery: Deliver the finished product to the customer.

During the whole manufacturing process, relevant national and industry standards need to be strictly followed to ensure the quality and safety of the products. At the same time, manufacturers also need to consider environmental protection and energy saving requirements, optimize the production process, and reduce waste and energy consumption.

Advantageous features of vertical tank barrels

Structural design advantages:

1. Space saving: the vertical design makes the tank barrels more space-saving in terms of floor space, which is convenient for stacking and storage in limited space.

2. Easy to handle: Vertical tanks and drums are usually equipped with handles or lifting rings, making it easy to be handled manually or lifted by machinery.

3. Convenient filling and extraction: Since the tank is placed in a vertical position, it is more convenient to fill and extract liquids, which reduces the risk of liquid leakage.

Functional advantages:

1. Good sealing performance: Vertical tank barrel usually adopts threaded cap or snap cap design, which has good sealing performance and effectively prevents liquid leakage and volatilization.

2. Corrosion resistance: plastic tank barrels have good chemical resistance and are suitable for storing many kinds of liquids; metal tank barrels can also resist a certain degree of corrosion after special treatment.

3. Temperature resistance: Vertical fuel tank barrels can adapt to a certain range of temperature changes and will not be damaged by temperature fluctuations.

Safety Advantages:

1. anti-static: plastic fuel tank barrels are manufactured with anti-static agents to minimize static buildup and avoid the risk of fire and explosion.

2. Impact resistance: Vertical fuel tank barrels are designed and material selected with impact resistance in mind, so they are not easy to break even if they are bumped during handling.

3. Environmental friendliness: Plastic fuel tank barrels can be recycled to reduce environmental pollution; metal fuel tank barrels can be reused to reduce resource consumption.

Economic advantages:

1. Cost-effectiveness: the production cost of vertical tank barrels is relatively low, especially for plastic tank barrels, which are more suitable for mass production due to their simple production process.

2. Low maintenance cost: the structure of vertical tank barrel is simple, easy to clean and maintain, and the maintenance cost is low after long-term use.

Applicability advantages:

1. Multi-functionality: Vertical tank barrels can be used not only for storing oil, but also for storing other liquids, such as chemicals, water, beverages and so on.

2. Various specifications: Vertical tank barrels have various specifications and capacities, which can meet the needs of different users.

To summarize, vertical fuel tank barrels are widely used in many fields such as industry, agriculture and family due to its advantages in structure design, functionality, safety, economy and applicability.

Vertical Tank Bucket Applications

Industrial field:

1. Lubricant storage: used for lubricant storage of mechanical equipment, easy to add or replace regularly.

2. Chemical raw material storage: to store all kinds of chemical raw materials, such as acids, alkalis, solvents, etc.

3. Fuel oil storage: Storage of fuel oil such as diesel, gasoline, etc. for generators or other combustion equipment.

4. industrial wastewater treatment: temporary storage of industrial wastewater for further treatment.

Agricultural area:

1. pesticide storage: for storing pesticides to facilitate spraying by agricultural machinery or manually.

2. Fertilizer Storage: Storage of fertilizers to facilitate fertilization operations.

3. **Irrigation water storage**: in some areas, vertical tank drums can be used to store irrigation water.

Transportation areas:

1. Vehicle fuel storage: storage of fuel for motorcycles, automobiles, and other means of transportation.

2. Marine fuel storage: diesel or gasoline storage for small vessels.

3. Aircraft fuel storage: used for storing aircraft fuel in some small airports or flying clubs.

Construction field:

1. paint storage: storage of architectural paints such as latex paints, lacquers, etc.

2. asphalt storage: used for temporary storage of asphalt before road paving.

Household and personal use:

1. spare fuel storage: storage for household spare fuel such as gasoline, diesel, etc.

2. gardening water storage: for gardening irrigation or cleaning.

3. cleaning agent storage: storage of household cleaners, sanitizers, etc.

Environmental Protection:

1. oil-water separation: in oil-water separation equipment for storing separated oil.

2. Emergency leakage treatment: used for temporary storage of leaked oil in case of oil leakage accident.

Other areas:

1. camping and outdoor activities: storage of potable water or fuel for camping and outdoor activities.

2. Laboratory: Storage of various chemicals and solvents for laboratory use.

3. military application: in military field, used for storing fuel, lubricating oil, etc.

Vertical tank drums are the ideal liquid storage solution for many industries and occasions due to their portability, durability and safety. When selecting and using vertical fuel tank drums, the appropriate material and specifications should be chosen according to the nature of the stored liquid, the storage environment and the usage requirements.

Our company focuses on the customized design and manufacture of metal vertical fuel tank barrels, and is committed to providing professional liquid storage and transportation solutions for a wide range of industries, including petrochemical, transportation, agricultural machinery, military defense, aerospace and so on. We adhere to the customer demand-oriented, using advanced design concepts and technologies, combined with exquisite metal stamping and welding processes, to create metal vertical fuel tank barrels with strong structure and excellent sealing performance. Our strict quality management system ensures that each product meets the stringent standards of the industry, which not only enhances the safety and durability of our customers' products, but also helps them to maintain an edge in the fiercely competitive market. Through our customized metal vertical fuel tank barrels, customers can achieve more efficient, safer and more environmentally friendly liquid storage and management, thus promoting the technological progress and innovation of the whole industry.