WEIGHING SYSTEM
Foundation bearing capacity ≥1.5× design load (per JGJ 94-2008 Technical Code for Building Pile Foundations) Leveling tolerance ≤2mm/m (GB 50231-2009 Code for Construction and Acceptance of Machinery
Foundation bearing capacity ≥1.5× design load (per JGJ 94-2008 Technical Code for Building Pile Foundations) Leveling tolerance ≤2mm/m (GB 50231-2009 Code for Construction and Acceptance of Machinery
Technical Documentation for Reactor Load-Bearing System
(Compliant with Chinese Standards)
Parameter | Standard Value/Range | Chinese Standard Reference |
Design Load | 5–200 tonnes (Customizable up to 500 tonnes) | GB/T 3811-2008 Design Rules for Cranes |
Applicable Reactor Volume | 0.5–50m³ | NB/T 47003.1-2009 Steel Welded Atmospheric Pressure Vessels |
Structural Type | Suspended / Supported / Frame Type | HG/T 20569-2013 Mechanical Agitation Equipment |
Material Standard | Q345R / S30408 / S31603 | GB/T 713-2014 Steel Plates for Pressure Vessels |
Safety Factor | ≥3.5 | TSG 21-2016 Safety Technical Supervision Regulations for Stationary Pressure Vessels |
Corrosion Resistance Grade | C4 (Industrial) / C5-M (Marine) | GB/T 30790-2014 Protective Paint Systems |
Installation Requirements
Foundation bearing capacity ≥1.5× design load (per JGJ 94-2008 Technical Code for Building Pile Foundations)
Leveling tolerance ≤2mm/m (GB 50231-2009 Code for Construction and Acceptance of Machinery Installation)
Periodic Inspection
Monthly checks for weld cracks & bolt looseness
Non-destructive testing every 3 years (NB/T 47013-2015 Nondestructive Testing of Pressure Equipment)
Overloading Strictly Prohibited
Maximum working load ≤90% rated capacity (TSG 21-2016)
Environmental Adaptability
Use 316L stainless steel + anti-corrosion coating in corrosive environments
Explosion-proof requirements per GB/T 3836.1-2021 Equipment for Explosive Atmospheres
Scenario | Typical Industries | Compatible System Type |
Fine Chemicals | Pharmaceutical Intermediates, Dye Synthesis | Suspended Type (Vibration Isolation) |
Heavy Industrial Reactions | Petrochemical Cracking, Polymerization | Heavy Support Frame (≥100 tonnes) |
High Temp/Pressure Environments | Supercritical Extraction, Hydrogenation | Alloy Steel Support + Water Cooling |
Cleanroom Environments | Semiconductor Materials, Biologics | Sealed Stainless Steel Support Frame |
Intelligent Monitoring
IoT-integrated strain sensors for real-time stress monitoring (Ref. GB/T 34069-2017 Interface Requirements for IoT Systems)
Modular Design
Standardized connectors (GB/T 5780-2016) enabling rapid assembly for diverse reactors
Lightweight Materials
Titanium alloys/carbon fiber composites (30% weight reduction, per GB/T 3621-2007 Titanium and Titanium Alloy Plates)
Seismic Reinforcement
Magnitude-8 earthquake resistance (GB 50011-2010 Code for Seismic Design of Buildings)