What Is Boilers and Pressure Vessels Steel Plate
Boilers and pressure vessels steel plates are special steels specially used in the manufacture of boilers and pressure vessels. These steel plates have high strength, good toughness and impact resistance, as well as excellent welding properties and corrosion resistance. It can meet the requirements of safe use of boilers and pressure vessels in high temperature, high pressure and corrosive environment.
Material and specification:
Material: Usually choose carbon steel, low alloy steel and stainless steel and other materials, according to the specific use of the environment and pressure level to determine.
Specifications: Wide range of steel plate thickness, from a few millimeters to hundreds of millimeters, width and length can also be customized according to customer requirements.
Performance index of pressure vessels steel plate:
Strength: It has high tensile strength and yield strength to ensure the structural stability of boilers and pressure vessels.
Toughness: It has good deformation resistance under impact load and prevents structural failure.
Weldability: easy to weld, and stable performance after welding, not easy to crack and other defects.
Corrosion resistance: For stainless steel, it has excellent corrosion resistance and is suitable for corrosive environment
If you want to learn about the specific grades of shipbuilding steel plates, you can click on the Pressure Vessel Steel Plates Product Page.
What are the key features of boiler & pressure vessel steel?
Pressure vessel and boiler plate steel are known for specific key features that make them ideal for various applications. These features include high temperature and pressure resistance, excellent weldability and formability, and corrosion resistance and durability.
Temperature & pressure resistance
Boiler and pressure vessel steel is engineered to endure extreme operating conditions. This type of steel offers excellent mechanical strength and thermal stability, ensuring that it maintains structural integrity under high pressure and elevated temperatures. These features are one of the reasons why this product an essential material for steam boilers, reactors, and industrial storage tanks.
Excellent weldability & formability
Highly adaptable, W American standard steel wide flange beams are suitable for use in various construction projects, from residential buildings to large-scale industrial facilities. These beams' ability to support horizontal and vertical loads makes them suitable for bridge components, columns, floor beams, and heavy machinery frameworks.
The steel used in boilers and pressure vessels must be easy to shape and join, as this allows for efficient fabrication and assembly. Our pressure vessel and boiler steel products exhibit superior weldability and formability, making them suitable for a wide array of applications. This ensures that you can manufacture boilers, pressure vessels, and other structures with precision and the knowledge that they will provide years of reliable service.
Corrosion resistance & durability
Corrosion resistance in steel products is crucial in industries where exposure to moisture, chemicals, and high temperatures is common. Our boiler and pressure vessel steel products are designed with enhanced resistance to oxidation and corrosion, ensuring longevity and reducing maintenance costs over time.
If you want to learn about the specific grades of shipbuilding steel plates, you can click on the Pressure Vessel Steel Plates Product Page.
Types of Pressure Vessel Steel
01/
Carbon Steel:
Carbon steel is the most common type of pressure vessel steel due to its low cost and good mechanical properties. It is suitable for a variety of applications and can withstand high temperatures and pressures.
02/
Low Alloy Steel:
Low alloy steel contains small amounts of alloying elements such as nickel, chromium, and molybdenum. These elements improve the toughness and strength of the steel, making it ideal for pressure vessel applications that require high impact resistance and corrosion resistance.
03/
Stainless Steel:
Stainless steel is highly resistant to corrosion, making it an excellent choice for pressure vessels in industries such as chemical processing, food and beverage, and pharmaceuticals. It is available in various grades, including austenitic, ferritic, and duplex stainless steels, each offering different properties and benefits.
04/
Nickel Alloy Steel:
Nickel alloy steel is known for its exceptional resistance to corrosion and high temperatures. It is commonly used in pressure vessels for applications that involve corrosive fluids, high-pressure gas, or extreme temperature conditions. Nickel alloys can include nickel-copper, nickel-chromium, and nickel-molybdenum alloys.
05/
Titanium Alloy:
Titanium alloy is lightweight, strong, and highly corrosion-resistant. It is used in pressure vessels that require a high strength-to-weight ratio and excellent resistance to corrosion, such as in aerospace and marine applications. Titanium alloy pressure vessels can withstand extreme conditions and offer superior performance.
06/
Aluminum Alloy:
Aluminum alloy is lightweight, non-magnetic, and has excellent thermal conductivity. It is commonly used in pressure vessels for applications that require good heat transfer or where weight is a concern. Aluminum alloy pressure vessels are also resistant to corrosion, making them suitable for certain industries.
If you want to learn about the specific grades of shipbuilding steel plates, you can click on the Pressure Vessel Steel Plates Product Page.
What are the applications of boiler & pressure vessel steel?
Pressure vessel and boiler plate steel is widely used for various applications in many different industries. Among the most common applications are:
Power generation: Steam boilers, heat exchangers, and turbines.
Petrochemical industry: Pressure vessels, processing units, and storage tanks.
Shipbuilding: Marine boilers and structural components.
Food & beverage processing: Sterilisation tanks, pressure vessels, and processing units.
Manufacturing & heavy industry: Air receivers, autoclaves, and industrial reactors.
What are the different grades of boiler & pressure vessel steel?
Boiler and pressure vessel steel is available in several different grades at GNEE Steel, each of which is suited to specific applications. The following grades are among those used most commonly:
A516 Grades 60, 65, and 70: Ideal for moderate and lower-temperature pressure vessel applications.
A285 Grade C: This grade is designed for low- to intermediate-strength pressure vessels.
P265GH, P355GH (EN 10028-2): Used for pressure vessel high-temperature applications.
16Mo3, 13CrMo4-5: This grade is suitable for high-temperature pressure vessel steel intended for demanding environments.
If you want to learn about the specific grades of shipbuilding steel plates, you can click on the Pressure Vessel Steel Plates Product Page.
Competitive Advantage Of GNEE Steel Group
1. Product quality advantage
High standard manufacturing: All the pressure vessel steel plates produced by GNEE Steel Group are manufactured in strict accordance with industry standards, such as ASME, ASTM, EN, etc., to meet the quality requirements of different countries and regions.
Advanced production technology and strict quality control process are adopted to ensure that the steel plate has excellent mechanical properties and chemical stability.
Rigorous testing: Implement comprehensive testing procedures, including non-destructive testing (e.g. ultrasonic testing, radiographic testing), mechanical property testing and chemical analysis. It can ensure that the steel plate is free of defects and the performance is up to standard.
We are able to provide certification reports from third-party testing institutions to enhance customer confidence in product quality.
2. Advantages of customized services
Flexible customization: according to the specific needs of customers, provide customized steel plate solutions, including size, thickness, material and other aspects of customization. In addition, GNEE Steel has a strong research and development team and production capacity, able to respond quickly to the special needs of customers.
Technical SUPPORT: INCLUDING material selection advice, processing guidance, welding process optimization, etc., to help customers better use pressure vessel steel plate.
3. Supply chain and logistics advantages
Efficient supply chain: Establish a sound supply chain management system to ensure the stable supply and timely delivery of raw materials.
Optimized logistics: We have advanced logistics network and warehousing facilities to ensure that pressure vessel steel plates can be delivered to customers quickly and safely. In addition, we can also provide flexible logistics solutions to meet the transportation needs of different customers.Process of Pressure Vessel Steel
If you want to learn about the specific grades of shipbuilding steel plates, you can click on the Pressure Vessel Steel Plates Product Page.
Process of Pressure Vessel Steel
Raw Material Selection
The first step in the process of pressure vessel steel production is the selection of raw materials.
The raw materials used for manufacturing pressure vessel steel are typically low carbon steel alloys.
The composition and properties of the raw materials are carefully evaluated to ensure they meet the required specifications.
Melting and Casting
Once the raw materials are selected, they are melted in a high-temperature furnace.
The molten steel is then cast into a desired shape, such as a slab or a billet.
Special techniques like continuous casting may be used to achieve a more controlled cooling process and improve the quality of the steel
Rolling and Forming
The cast steel is then subject to a series of rolling and forming operations.
Hot rolling involves passing the steel through a set of large rollers to reduce its thickness and shape it into plates or sheets.
Cold rolling, on the other hand, is done at room temperature to further refine the steel's properties and achieve the desired thickness.
Heat Treatment
Heat treatment is a critical step in the process of pressure vessel steel production.
It involves subjecting the steel to controlled heating and cooling cycles to modify its microstructure and improve its mechanical properties.
Common heat treatment processes for pressure vessel steel include annealing, normalizing, and quenching and tempering.
Machining and Finishing
Once the steel has undergone heat treatment, it may be machined to achieve the final desired dimensions.
Machining processes like milling, drilling, and grinding are used to remove excess material and refine the surface finish of the steel.
The steel may also undergo additional finishing processes, such as shot blasting or coating, to further enhance its appearance and protect it from corrosion.
Quality Control and Testing
Throughout the entire process of pressure vessel steel production, quality control measures are implemented to ensure the steel meets the required standards.
Various tests, including chemical analysis, mechanical testing, and non-destructive testing, are performed to verify the steel's properties and detect any defects.
Only after successfully passing these quality control tests, the pressure vessel steel is deemed suitable for its intended application.
Final Product Inspection and Packaging
Before packaging and shipment, the final pressure vessel steel products undergo a thorough inspection.
This inspection ensures that the product meets all the specified requirements and is free from any defects or imperfections.
Once inspected, the steel is carefully packaged and labeled for transport to its intended destination.
If you want to learn about the specific grades of shipbuilding steel plates, you can click on the Pressure Vessel Steel Plates Product Page.
Boiler and pressure vessel steel to meet your requirements
Boiler and pressure vessel steel is a vitally important material for industries that require high-strength temperature-resistant, and corrosion-resistant solutions. Find top-quality steel that complies with stringent industry standards to ensure reliable performance, durability, and safety at GNEE Steel.
If you need to place a custom order, get in touch with our expert team and let us know your boiler plate steel specifications. We're ready to provide the best solutions tailored to your needs
Frequently Asked Questions Pressure Vessel Steel
Q: What type of steel is used for pressure vessels?
A: Pressure vessel steel is also used in railroad tank cars which transport chemicals, fuels and liquids from production locations to storage and usage locations. Most pressure vessels are usually made with carbon steel or stainless steel. The pressure vessel steel parts are welded together to make cylinders or spheres.
Q: Where can pressure vessel steel be used?
A: Pressure vessel steel is widely used in various industries, including oil and gas, chemical, and power generation. It is specifically designed to withstand high-pressure conditions and is used in the fabrication of storage tanks, reactors, and boilers.
Q: What are the characteristics of pressure vessel steel?
A: Pressure vessel steel possesses excellent strength, toughness, and weldability. It is capable of withstanding extreme temperature and pressure conditions without showing signs of deformation or failure. The steel also exhibits good corrosion resistance, ensuring long-lasting durability in harsh environments.
Q: What are the different types of pressure vessel steel?
A: There are several types of pressure vessel steel available, including carbon steel, alloy steel, and stainless steel. Each type has its own unique properties and is selected based on the specific requirements of the application. Carbon steel is the most commonly used due to its affordability and adequate strength. Alloy steel offers enhanced strength and resistance to corrosion, while stainless steel provides excellent corrosion resistance and is often used in the food and pharmaceutical industries.
Q: What is the importance of selecting the right grade of pressure vessel steel?
A: Selecting the right grade of pressure vessel steel is crucial to ensure the safe and reliable operation of the vessel. The grade chosen should have the appropriate mechanical properties, such as tensile strength and toughness, to withstand the intended working conditions. Furthermore, the chemical composition of the steel must be compatible with the substance being stored or processed to prevent any chemical reactions or contamination.
Q: How is pressure vessel steel tested?
A: Pressure vessel steel undergoes rigorous testing to ensure its quality and reliability. Common tests include tensile tests, impact tests, and hardness tests. These tests measure the steel's mechanical properties and ability to withstand different forces and impacts. Additionally, non-destructive testing methods, such as ultrasonic testing and radiographic inspection, are performed to detect any internal defects or irregularities in the steel.
Q: What is the maximum operating temperature for pressure vessel steel?
A: The maximum operating temperature for pressure vessel steel depends on the grade and type of steel used. Typically, carbon steel can safely operate up to temperatures around 800 degrees Celsius, while alloy steels can withstand higher temperatures, usually up to 1000 degrees Celsius. Stainless steel offers even higher resistance to temperature and can be used in applications where temperatures exceed 1000 degrees Celsius.
Q: Can pressure vessel steel be welded?
A: Yes, pressure vessel steel can be easily welded using common welding techniques such as arc welding, TIG welding, or MIG welding. However, specific procedures and precautions must be followed to ensure the weld joints have adequate strength and integrity. Welding procedures and filler materials must be compatible with the grade of steel being used to avoid any potential issues.
Q: What is the typical thickness of pressure vessel steel?
A: The thickness of pressure vessel steel varies depending on the size and application of the vessel. Generally, the thickness can range from a few millimeters to several centimeters. Thicker steel plates are used for larger vessels or those operating under higher pressure conditions, while thinner plates may be suitable for smaller vessels with lower pressure requirements.
Q: Is pressure vessel steel resistant to corrosion?
A: Pressure vessel steel is designed to have good corrosion resistance, but its resistance varies depending on the type of steel used. Carbon steel, although strong and cost-effective, is more susceptible to corrosion and requires regular maintenance and protective coatings. Alloy steels have improved corrosion resistance due to their alloying elements, while stainless steel demonstrates excellent resistance to corrosion, making it ideal for applications in corrosive environments.
Q: What are the welding considerations for pressure vessel steel?
A: When welding pressure vessel steel, several considerations must be taken into account. Preheating the steel, controlling the heat input during welding, and selecting appropriate welding processes are crucial to prevent cracking or other defects in the weld. Additionally, post-weld heat treatment may be necessary to relieve residual stresses and improve the overall properties of the welded joint.
Q: How is pressure vessel steel different from structural steel?
A: While pressure vessel steel and structural steel may share similar properties, their applications and requirements differ significantly. Pressure vessel steel is specifically designed to withstand high-pressure conditions and has stricter specifications for toughness, strength, and resistance to corrosion. Structural steel, on the other hand, is primarily used in building construction and has different design considerations such as load-bearing capacity and stability.
Q: What certifications or standards are applicable to pressure vessel steel?
A: Pressure vessel steel must meet various certifications and standards to ensure its quality and compliance with industry regulations. Some common certifications include ASME (American Society of Mechanical Engineers) certification, EN 10028 standards, and ASTM (American Society for Testing and Materials) specifications. These certifications and standards provide guidelines for material properties, testing requirements, and fabrication procedures.
Q: What is the lifespan of pressure vessel steel?
A: The lifespan of pressure vessel steel depends on several factors, including the operating conditions, maintenance practices, and the quality of the steel itself. With proper maintenance, regular inspections, and adherence to safety guidelines, pressure vessel steel can have a lifespan of several decades. However, if not properly maintained or operated under extreme conditions beyond its design limitations, the lifespan may be significantly reduced.
Q: Can pressure vessel steel be repaired?
A: In some cases, pressure vessel steel can be repaired if minor damage or defects are detected. However, the repair process must follow stringent guidelines and be performed by qualified professionals to ensure the integrity and safety of the vessel. Major damage or extensive corrosion may require complete replacement of the affected component or the entire vessel.
Q: What are the environmental considerations for pressure vessel steel?
A: Pressure vessel steel plays an essential role in industries where hazardous substances are stored or processed. It is important to consider environmental factors to prevent any leaks, spills, or accidents that could harm the environment. Adequate measures, such as proper insulation, corrosion protection, and regular inspections, must be implemented to minimize the risk of environmental contamination.
Q: Can pressure vessel steel be recycled?
A: Yes, pressure vessel steel is generally recyclable. Steel is one of the most recycled materials globally, and recycling pressure vessel steel helps conserve natural resources and reduce carbon emissions. Scrap steel from decommissioned or replaced vessels can be melted down and used to produce new steel products or components. Recycling also offers economic benefits by reducing the demand for raw materials and energy-intensive production processes.
Q: How does pressure vessel steel contribute to safety?
A: Pressure vessel steel is crucial for ensuring the safety of personnel and preventing catastrophic accidents. The high strength and integrity of the steel, along with its ability to withstand extreme conditions, reduce the risk of leaks or failures that could result in explosions or releases of hazardous substances. By using appropriate pressure vessel steel and adhering to strict fabrication and inspection standards, industries can maintain a safe working environment and safeguard against potential disasters.
Q: What is the most common material in pressure vessel?
A: Carbon steel
Carbon steel is frequently used as a material for pressure vessels, and for good reason. It is resistant to melting, cracking, and other forms of damage. Carbon steel resists shock and vibrations and has high tensile strength.
Q: How do I choose a pressure vessel material?
A: Stainless steel grades have the best corrosion-resistant properties and are highly resistant to a wide range of chemicals. It is economical and ideal for use in high temperatures or humid conditions. Titanium's many properties make it suitable for use in a pressure vessel.
| Grades Of Pressure Vessel Plates Supplied By GNEE | |||||
| ASTM | ASTM A202/A202M | ASTM A202 Grade A | ASTM A202 Grade B | ||
| ASTM A203/A203M | ASTM A203 Grade A | ASTM A203 Grade B | ASTM A203 Grade D | ASTM A203 Grade E | |
| ASTM A203 Grade F | |||||
| ASTM A204/A204M | ASTM A204 Grade A | ASTM A204 Grade B | ASTM A204 Grade C | ||
| ASTM A285/A285M | ASTM A285 Grade A | ASTM A285 Grade B | ASTM A285 Grade C | ||
| ASTM A299/A299M | ASTM A299 Grade A | ASTM A299 Grade B | |||
| ASTM A302/A302M | ASTM A302 Grade A | ASTM A302 Grade B | ASTM A302 Grade C | ASTM A302 Grade D | |
| ASTM A387/A387M | ASTM A387 Grade 5 Class1 | ASTM A387 Grade 5 Class2 | ASTM A387 Grade 11 Class1 | ASTM A387 Grade 11 Class2 | |
| ASTM A387 Grade 12 Class1 | ASTM A387 Grade 12 Class2 | ASTM A387 Grade 22 Class1 | ASTM A387 Grade 22 Class2 | ||
| ASTM A515/A515M | ASTM A515 Grade 60 | ASTM A515 Grade 65 | ASTM A515 Grade 70 | ||
| ASTM A516/A516M | ASTM A516 Grade 55 | ASTM A516 Grade 60 | ASTM A516 Grade 65 | ASTM A516 Grade 70 | |
| ASTM A517/A517M | ASTM A517 Grade A | ASTM A517 Grade B | ASTM A517 Grade E | ASTM A517 Grade F | |
| ASTM A517 Grade P | ASTM A517 Grade J | ||||
| ASTM A533/A533M | ASTM A533 Grade A Class1 | ASTM A533 Grade B Class1 | ASTM A533 Grade C Class1 | ASTM A533 Grade D Class1 | |
| ASTM A533 Grade A Class2 | ASTM A533 Grade B Class2 | ASTM A533 Grade C Class2 | ASTM A533 Grade D Class2 | ||
| ASTM A533 Grade A Class3 | ASTM A533 Grade B Class3 | ASTM A533 Grade C Class3 | ASTM A533 Grade D Class3 | ||
| ASTM A537/A537M | ASTM A537 Class1 | ASTM A537 Class2 | ASTM A537 Class3 | ||
| ASTM A612/A612M | ASTM A612 | ||||
| ASTM A662/A662M | ASTM A662 Grade A | ASTM A662 Grade B | ASTM A662 Grade C | ||
| EN | EN10028-2 | EN10028-2 P235GH | EN10028-2 P265GH | EN10028-2 P295GH | EN10028-2 P355GH |
| EN10028-2 16MO3 | |||||
| EN10028-3 | EN10028-3 P275N | EN10028-3 P275NH | EN10028-3 P275NL1 | EN10028-3 P275NL2 | |
| EN10028-3 P355N | EN10028-3 P355NH | EN10028-3 P355NL1 | EN10028-3 P355NL2 | ||
| EN10028-3 P460N | EN10028-3 P460NH | EN10028-3 P460NL1 | EN10028-3 P460NL2 | ||
| EN10028-5 | EN10028-5 P355M | EN10028-5 P355ML1 | EN10028-5 P355ML2 | EN10028-5 P420M | |
| EN10028-5 P420ML1 | EN10028-5 P420ML2 | EN10028-5 P460M | EN10028-5 P460ML1 | ||
| EN10028-5 P460ML2 | |||||
| EN10028-6 | EN10028-6 P355Q | EN10028-6 P460Q | EN10028-6 P500Q | EN10028-6 P690Q | |
| EN10028-6 P355QH | EN10028-6 P460QH | EN10028-6 P500QH | EN10028-6 P690QH | ||
| EN10028-6 P355QL1 | EN10028-6 P460QL1 | EN10028-6 P500QL1 | EN10028-6 P690QL1 | ||
| EN10028-6 P355QL2 | EN10028-6 P460QL2 | EN10028-6 P500QL2 | EN10028-6 P690QL2 | ||
| JIS | JIS G3115 | JIS G3115 SPV235 | JIS G3115 SPV315 | JIS G3115 SPV355 | JIS G3115 SPV410 |
| JIS G3115 SPV450 | JIS G3115 SPV490 | ||||
| JIS G3103 | JIS G3103 SB410 | JIS G3103 SB450 | JIS G3103 SB480 | JIS G3103 SB450M | |
| JIS G3103 SB480M | |||||
| GB | GB713 | GB713 Q245R | GB713 Q345R | GB713 Q370R | GB713 12Cr1MoVR |
| GB713 12Cr2Mo1R | GB713 13MnNiMoR | GB713 14Cr1MoR | GB713 15CrMoR | ||
| GB713 18MnMoNbR | |||||
| GB3531 | GB3531 09MnNiDR | GB3531 15MnNiDR | GB3531 16MnDR | ||
| DIN | DIN 17155 | DIN 17155 HI | DIN 17155 HII | DIN 17155 10CrMo910 | DIN 17155 13CrMo44 |
| DIN 17155 15Mo3 | DIN 17155 17Mn4 | DIN 17155 19Mn6 | |||
Stock Availability:
| Thickness (mm) | Length x Width (mm) | Length x Width (mm) | Length x Width (mm) | Length x Width (mm) |
|---|---|---|---|---|
| 6 | 12000 x 2000 | 10000 x 2500 | 12000 x 3000 | 14000 x 3500 |
| 8 | 12000 x 2000 | 10000 x 2500 | 12000 x 3000 | 14000 x 3500 |
| 10 | 12000 x 2000 | 10000 x 2500 | 12000 x 3000 | 14000 x 3500 |
| 13 | 12000 x 2000 | 10000 x 2500 | 12000 x 3000 | 14000 x 3500 |
| 16 | 12000 x 2000 | 10000 x 2500 | 12000 x 3000 | 14000 x 3500 |
| 20 | 12000 x 2000 | 10000 x 2500 | 12000 x 3000 | 14000 x 3500 |
| 25 | 12000 x 2000 | 10000 x 2500 | 12000 x 3000 | 14000 x 3500 |
| 30 | 12000 x 2000 | 10000 x 2500 | 12000 x 3000 | 14000 x 3500 |
| 35 | 12000 x 2000 | 10000 x 2500 | 12000 x 3000 | 14000 x 3500 |
| 40 | 12000 x 2000 | 10000 x 2500 | 12000 x 3000 | 14000 x 3500 |
| 45 | 12000 x 2000 | 10000 x 2500 | 12000 x 3000 | 14000 x 3500 |
| 50 | 12000 x 2000 | 10000 x 2500 | 12000 x 3000 | 14000 x 3500 |
| 55 | 12000 x 2000 | 10000 x 2500 | 7500 x 3000 | 14000 x 3500 |
| 60 | 12000 x 2000 | 10000 x 2500 | 7500 x 3000 | |
| 65 | 12000 x 2000 | 10000 x 2500 | 7500 x 3000 | |
| 70 | 12000 x 2000 | 10000 x 2500 | 7500 x 3000 | |
| 75 | 12000 x 2000 | 10000 x 2500 | 7500 x 3000 | |
| 80 | 12000 x 2000 | 10000 x 2500 | 7500 x 3000 | |
| 85 | 8000 x 2000 | 7500 x 2500 | 7500 x 3000 | |
| 90 | 8000 x 2000 | 7500 x 2500 | 7500 x 3000 | |
| 95 | 8000 x 2000 | 7500 x 2500 | 7500 x 3000 | |
| 100 | 8000 x 2000 | 7500 x 2500 | 6000 x 3000 | |
| 110 | 7500 x 2000 | 7500 x 2500 | 6000 x 3000 | |
| 120 | 7500 x 2000 | 7500 x 2500 | 6000 x 3000 | |
| 130 | 7500 x 2000 | 7500 x 2500 | 6000 x 3000 | |
| 140 | 7500 x 2000 | 7500 x 2500 | 6000 x 3000 | |
| 150 | 7500 x 2000 | 7500 x 2500 | 6000 x 3000 | |
| 160 | 6000 x 2000 | 6000 x 2500 | 5000 x 3000 | |
| 170 | 6000 x 2000 | 6000 x 2500 | 5000 x 3000 | |
| 180 | 6000 x 2000 | 6000 x 2500 | 5000 x 3000 | |
| 190 | 6000 x 2000 | 6000 x 2500 | 5000 x 3000 | |
| 200 | 6000 x 2000 | 6000 x 2500 | 5000 x 3000 |
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