Aluminum High Quality Aluminum Alloy Gas Cylinder

Aluminum High Quality Aluminum Alloy Gas Cylinder

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Loading Port:: Shanghai

Payment Terms:: TT or LC

Min Order Qty:: 50 m.t.

Supply Capability:: 5000 m.t./month

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1. Description of High Quality High Quality Aluminum Alloy Gas Cylinder

The Aluminum Alloy Gas Cylinder is made of superior quality aluminum alloy 6061 and manufactured through the procedures of punching, drawing, heat treatment, CNC flow forming spinning, anodic oxidation treatment to the inner surface, etc. It is used to be filled and refilled various kinds of gas, such as rare gases, high purity gases, standard gases, special gases, with a wide range of applications in the chemical industry, electronic industry, medical treatment, gas and coal mining fields, which is the ideal substitute for the steel cylinder. We also have the ability to design and produce the seamless aluminum alloy cylinders with special specifications and technical requirements. We have got the TPED certificate of CE certification for Seamless Aluminum Alloy Gas Cylinder

2. Specification and Size

Order	Model	Outer Diameter mm	Volume L	Height mm	Weight kg	Working Pressure (MPA)	Designed Wall Thickness mm
01	LWT89-0.6-20	89	0.6	200	1.2	20	5.8
02	LWT89-1-20	89	1	295	1.6
03	LWT89-1.4-20	89	1.4	380	2
04	LWT89-1-15	89	1	260	1.3	15	4.5
05	LWT89-1.4-15	89	1.4	340	1.6	15	4.5
06	LWT108-2-15	108	2	355	2.2	15	5.4
07	LWT108-2.5-15	108	2.5	425	2.6	15	5.4
08	LWT120-3-15	120	3	410	3.5	15	6
09	LWT120-4-15	120	4	520	4.2
10	LWT120-5-15	120	5	630	4.9
11	LWT140-4-15	140	4	410	4.3	15	7
12	LWT140-6.3-15	140	6.3	605	6.3
13	LWT140-8-15	140	8	745	7.6
14	LWT159-8-15	159	8	615	8.3	15	7.9
15	LWT159-10-15	159	10	745	9.8	15	7.9
16	LWT180-10-15	180	10	610	10.5	15	9
17	LWT180-12-15	180	12	710	11.9	15	9

3. FAQ

A．How to guarantee the quality?

Customers are welcome to our mill to visit and check the products. Besides, we can arrange a third party to test the products.

B．When will you deliver the products?

The goods will be delivered within 35 days after receiving advanced payment or original L/C.

Q: Explain the environmental impact of using aluminum in construction materials.: Aluminum used in building materials has both positive and negative environmental impacts. On the positive side, aluminum is lightweight, durable, and highly recyclable, which reduces waste and conserves resources. It also has good thermal conductivity, which can improve energy efficiency in buildings. However, the production of aluminum is energy-intensive and generates greenhouse gases, contributing to climate change. Additionally, the mining and processing of bauxite, the primary source of aluminum, can lead to habitat destruction and water pollution. Despite these issues, the recyclability of aluminum means that its environmental footprint can be significantly reduced through proper recycling practices.

Q: What are some ways aluminum can be used for decoration purposes?: Aluminum is a versatile material with various decorative uses. It can be used in home furnishings, such as aluminum-framed furniture, mirrors, and lighting fixtures. In architecture, aluminum is utilized for window frames, doors, and decorative facades. Outdoors, aluminum is popular for garden furniture, sculptures, and railings. Its lightweight and corrosion-resistant properties make it ideal for decorative applications in both indoor and outdoor settings. Additionally, aluminum's malleability allows for intricate designs and shapes, making it a popular choice for decorative accents and ornaments.

Q: This question asks for methods to protect aluminum from corrosion.: Aluminum corrosion can be prevented through several methods. One common approach is anodizing, which involves applying a protective oxide layer to the aluminum surface. This process enhances the metal's resistance to corrosion. Another method is using protective coatings such as paints or enamels that act as a barrier against corrosive elements. Cathodic protection, where aluminum is connected to a more easily corroded metal, can also be used. Additionally, ensuring proper design and avoiding contact with aggressive chemicals can minimize corrosion. Regular maintenance and inspection can help detect and address corrosion issues early.

Q: This question asks about the impact of adding magnesium to aluminum alloys and how it changes their characteristics.: The addition of magnesium to aluminum alloys significantly improves their mechanical properties, particularly strength and rigidity. Magnesium enhances the alloy's resistance to corrosion and increases its formability. It also contributes to better weldability and reduces the likelihood of hot cracking during the welding process. However, the addition of magnesium can also lead to a decrease in electrical conductivity and may increase the alloy's susceptibility to stress corrosion cracking. The overall effect of magnesium on aluminum alloys is to create a material that is lighter, stronger, and more resistant to environmental degradation, making it suitable for various applications in the aerospace, automotive, and construction industries.

Q: This question asks about the various applications of aluminum in the construction industry.: Aluminum is widely used in construction due to its lightweight, high strength, and corrosion resistance. It is commonly used in window frames, door frames, curtain walls, and roofing systems for its durability and energy efficiency. Aluminum is also utilized in structural components such as beams and columns, as well as in the manufacturing of prefabricated buildings. Additionally, it is used in the electrical wiring and conduits within buildings due to its excellent conductivity. Its versatility makes it a popular choice for both residential and commercial construction projects.

Q: What is the chemical formula that represents aluminum?: The chemical formula for aluminum is Al. It is a lightweight, silvery-white metal that is found in the Earth's crust and is the most abundant metal there. Aluminum is a member of the boron group of chemical elements and is represented by the symbol Al, which is derived from the Latin word 'alumen', meaning alum.

Q: This question is asking for methods to effectively and safely clean aluminum surfaces without causing damage.: To clean aluminum surfaces effectively and safely, use a mild soap or detergent mixed with warm water. Avoid abrasive cleaners or tools that can scratch the surface. Gently scrub the surface with a soft cloth or sponge, and rinse thoroughly with clean water. For stubborn stains, consider using a specialized aluminum cleaner or vinegar solution. Always dry the surface immediately after cleaning to prevent water spots. Regular cleaning and maintenance will help prevent the build-up of dirt and grime, keeping your aluminum surfaces looking their best.

Q: This question asks about the energy savings achieved by utilizing recycled aluminum compared to producing new aluminum.: Using recycled aluminum saves a significant amount of energy. It requires only 5% of the energy needed to produce new aluminum from raw materials. This is because recycling aluminum involves melting the metal, which is much less energy-intensive than the mining, refining, and electrolysis processes required for new aluminum production. By recycling aluminum, we can save up to 95% of the energy that would be used in the production of new aluminum.

Q: Is it safe to utilize aluminum cookware in a microwave oven, considering potential hazards or damage?: Using aluminum pots and pans in a microwave oven is not recommended. Aluminum can cause sparks and potentially start a fire, as microwaves can reflect off metal surfaces and damage the microwave. Additionally, aluminum may not distribute heat evenly, leading to uneven cooking. It's safer to use microwave-safe cookware, such as glass or ceramic dishes, which are designed to withstand microwave heating without risk.

Q: What are the ecological effects and consequences of producing aluminum?: The environmental impact of aluminum production is significant and multifaceted. It involves high energy consumption, primarily from the electricity needed for the electrolytic process to extract aluminum from bauxite. This contributes to greenhouse gas emissions, particularly if the electricity is generated from fossil fuels. The process also generates hazardous waste, such as red mud, which contains heavy metals and can pollute water sources if not properly managed. Additionally, deforestation and habitat destruction occur due to bauxite mining, affecting biodiversity. Lastly, aluminum production contributes to air pollution with the release of particulates and other pollutants.

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