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ASME Storage Tank
Mingyi
Product Description
Our company strictly designs, manufactures, and inspects various storage containers in accordance with ASME standards to ensure the safety and reliability of the storage tanks under various working conditions.
Our ASME storage tank has following characteristics.
Strict Design Standards: Follow ASME standards. Consider various working conditions like pressure, temperature changes and external loads to ensure tank safety in normal and abnormal situations. Precise pressure calculations prevent overpressure burst.
Stringent Material Control: Select proper materials based on stored substances. Use corrosion-resistant stainless steel for corrosive liquids. Strictly check chemical composition and mechanical properties of raw materials to guarantee tank quality.
Complete Safety Devices: Equipped with safety valve, pressure gauge, liquid level gauge and thermometer. Safety valve opens automatically at overpressure. Monitoring devices give real-time status for timely abnormality detection.
Advanced Manufacturing: Use precise processing and welding. Professional welders follow standards. Forming processes ensure good dimensional accuracy and surface quality for tank strength and sealing.
Strict Inspection: Multiple inspections from raw materials to finished products. Include non-destructive testing of welded joints (radiographic, ultrasonic, magnetic particle, penetrant) and pressure tests (hydrostatic or pneumatic). Only pass-all tanks can be used.
Diverse Sizes and Volumes: Wide range to meet needs from small lab tanks to large industrial ones. Can be customized for different industries and enterprises.
Wide Substance Adaptability: Store various substances in petroleum, chemical, food, pharmaceutical industries. Appropriate design and treatment of tank materials, seals and coatings ensure good storage effect.
Reasonable Material & Design: Use high-quality materials and reasonable structure. Wall thickness design considers working pressure and margin to handle pressure fluctuation and corrosion. Select corrosion-resistant materials and add coatings if needed.
Standardized Maintenance: ASME standards guide maintenance. Regular exterior and interior checks and safety device calibrations detect and handle potential problems for stable and reliable operation within designed life.
Production Process
| Production Stage | Main Steps | Details |
| Design | Requirement Analysis | Talk with clients to decide key parameters like tank use, stored medium, volume, design pressure and temperature. |
| Scheme Design | Design tank structure per ASME standards, including shape (cylindrical, spherical), head type (elliptical, etc.), support type. Draw detailed design drawings. | |
| Design Review | Have internal and external experts review the design to meet ASME and client needs. Optimize and confirm it. | |
| Material Procurement | Material Selection | Pick right materials like carbon steel or stainless steel and welding materials based on design and medium. |
| Supplier Evaluation & Procurement | Assess suppliers, sign contracts, buy materials and get quality docs. | |
| Manufacturing Prep | Material Inspection | Check materials' chem. comp., mech. props. (tensile, impact tests), surface (for cracks, etc.) to ensure they're okay. |
| Process Doc. Prep | Make detailed manufacturing process steps with parameters and quality control for cutting, forming, welding, heat treatment (if needed). | |
| Equipment & Tooling Prep | Get cutting, rolling, punching, welding machines ready and debug. Also prepare tooling like welding positioners. | |
| Manufacturing | Cutting & Forming | Cut materials into right shapes/sizes. Roll cylinder plates, make heads (elliptical, etc.) with stamping or spinning. Ensure accuracy and quality. |
| Welding | ASME-certified welders weld following procedures. Do cylinder welding, head to cylinder, and nozzle welding. Control parameters. Check welds after. | |
| Heat Treatment (if req.) | For thick-wall or stress-prone tanks, do stress relief or other heat treatment. Heat, hold, cool to reduce stress and improve material. | |
| Inspection | Non-destructive Testing | Use RT, UT, MT, PT to test welds and materials. Follow ASME standards. Evaluate results. Rework and retest if needed. |
| Pressure Testing | Do hydrostatic or pneumatic test to check tank strength and sealing. Watch for leaks, deformation. Only pass tanks go on. | |
| Surface Treatment & Assembly | Surface Treatment | Treat inner/outer surfaces. Polish, passivate inside for food/pharma. Coat for corrosion. Paint outside. |
| Assembly of Ancillary Equipment | Put safety valves, gauges, etc. and supports, ladders on the tank. Ensure correct install and function. Calibrate safety valves, gauges. | |
| Finished Product Inspection & Delivery | Finished Product Inspection | Check tank's look, ancillary equipment, markings. Ensure it meets ASME and client specs. |
| Packaging & Delivery | Package the tank well. Deliver as per contract with quality docs and instructions. |
Product Description
Our company strictly designs, manufactures, and inspects various storage containers in accordance with ASME standards to ensure the safety and reliability of the storage tanks under various working conditions.
Our ASME storage tank has following characteristics.
Strict Design Standards: Follow ASME standards. Consider various working conditions like pressure, temperature changes and external loads to ensure tank safety in normal and abnormal situations. Precise pressure calculations prevent overpressure burst.
Stringent Material Control: Select proper materials based on stored substances. Use corrosion-resistant stainless steel for corrosive liquids. Strictly check chemical composition and mechanical properties of raw materials to guarantee tank quality.
Complete Safety Devices: Equipped with safety valve, pressure gauge, liquid level gauge and thermometer. Safety valve opens automatically at overpressure. Monitoring devices give real-time status for timely abnormality detection.
Advanced Manufacturing: Use precise processing and welding. Professional welders follow standards. Forming processes ensure good dimensional accuracy and surface quality for tank strength and sealing.
Strict Inspection: Multiple inspections from raw materials to finished products. Include non-destructive testing of welded joints (radiographic, ultrasonic, magnetic particle, penetrant) and pressure tests (hydrostatic or pneumatic). Only pass-all tanks can be used.
Diverse Sizes and Volumes: Wide range to meet needs from small lab tanks to large industrial ones. Can be customized for different industries and enterprises.
Wide Substance Adaptability: Store various substances in petroleum, chemical, food, pharmaceutical industries. Appropriate design and treatment of tank materials, seals and coatings ensure good storage effect.
Reasonable Material & Design: Use high-quality materials and reasonable structure. Wall thickness design considers working pressure and margin to handle pressure fluctuation and corrosion. Select corrosion-resistant materials and add coatings if needed.
Standardized Maintenance: ASME standards guide maintenance. Regular exterior and interior checks and safety device calibrations detect and handle potential problems for stable and reliable operation within designed life.
Production Process
| Production Stage | Main Steps | Details |
| Design | Requirement Analysis | Talk with clients to decide key parameters like tank use, stored medium, volume, design pressure and temperature. |
| Scheme Design | Design tank structure per ASME standards, including shape (cylindrical, spherical), head type (elliptical, etc.), support type. Draw detailed design drawings. | |
| Design Review | Have internal and external experts review the design to meet ASME and client needs. Optimize and confirm it. | |
| Material Procurement | Material Selection | Pick right materials like carbon steel or stainless steel and welding materials based on design and medium. |
| Supplier Evaluation & Procurement | Assess suppliers, sign contracts, buy materials and get quality docs. | |
| Manufacturing Prep | Material Inspection | Check materials' chem. comp., mech. props. (tensile, impact tests), surface (for cracks, etc.) to ensure they're okay. |
| Process Doc. Prep | Make detailed manufacturing process steps with parameters and quality control for cutting, forming, welding, heat treatment (if needed). | |
| Equipment & Tooling Prep | Get cutting, rolling, punching, welding machines ready and debug. Also prepare tooling like welding positioners. | |
| Manufacturing | Cutting & Forming | Cut materials into right shapes/sizes. Roll cylinder plates, make heads (elliptical, etc.) with stamping or spinning. Ensure accuracy and quality. |
| Welding | ASME-certified welders weld following procedures. Do cylinder welding, head to cylinder, and nozzle welding. Control parameters. Check welds after. | |
| Heat Treatment (if req.) | For thick-wall or stress-prone tanks, do stress relief or other heat treatment. Heat, hold, cool to reduce stress and improve material. | |
| Inspection | Non-destructive Testing | Use RT, UT, MT, PT to test welds and materials. Follow ASME standards. Evaluate results. Rework and retest if needed. |
| Pressure Testing | Do hydrostatic or pneumatic test to check tank strength and sealing. Watch for leaks, deformation. Only pass tanks go on. | |
| Surface Treatment & Assembly | Surface Treatment | Treat inner/outer surfaces. Polish, passivate inside for food/pharma. Coat for corrosion. Paint outside. |
| Assembly of Ancillary Equipment | Put safety valves, gauges, etc. and supports, ladders on the tank. Ensure correct install and function. Calibrate safety valves, gauges. | |
| Finished Product Inspection & Delivery | Finished Product Inspection | Check tank's look, ancillary equipment, markings. Ensure it meets ASME and client specs. |
| Packaging & Delivery | Package the tank well. Deliver as per contract with quality docs and instructions. |
