Full steel lab benches, as the core equipment in laboratories, have become the preferred choice for chemistry, biology, and pharmaceutical laboratories with their steel main structure and modular design. Their core value is reflected inStability, safety, functionality, and environmental friendlinessA deep integration is discussed, with analysis from the following four dimensions:

Material and Craftsmanship: The Performance Foundation of Full Steel Structure

1. Main Frame
2. Cold-rolled steel sheets (thickness ≥1.2mm) are treated with acid washing and phosphatization, then coated with an electrostatic epoxy resin finish, providing triple protection:

• Corrosion-resistantPhosphatizing and pickling to remove the oxidation layer from steel surfaces, epoxy resin coating to shield against moisture and chemical reagents, with acid and alkali resistance up to pH 1-14.
• Fire-resistant and seismic-resistantThe melting point of the steel exceeds 1500°C, and when paired with a reinforced frame (≥40×60mm rectangular steel tube), it can withstand an 8-level earthquake impact.
• Load-bearing capacityStatic load-bearing capacity exceeds 250 kg/m². Customizable double-layer support structure or reinforced bottom plate is available for heavy-duty instrument laboratories to meet the placement requirements of centrifuges, ultra-low-temperature freezers, and other equipment.

1. Material for countertop
2. Match corrosion-resistant materials based on the type of experiment:

• Epoxy Resin SheetsResistant to strong acids and alkalis (such as concentrated sulfuric acid), with a dense and pore-free surface to prevent liquid penetration.
• Ceramic panelsHigh-temperature resistant (≥1200℃), suitable for scenarios such as muffle furnaces and high-temperature reaction vessels.
• Anti-static WorktopSurface resistance: 10⁶-10⁹ Ω, suitable for electronic component testing and microfluidic chip experiments.

II. Functional Design: Fusion of Modularization and Intelligence

• Modular Expansion Storage SystemThe cabinet is constructed with seamless welding technology to prevent dust accumulation in gaps; the drawer slides feature a three-section silent design, supporting a load of ≥50kg.
• Reagent rackAdjustable height (50mm per step), equipped with splash-proof socket (IP65 protection rating) and local exhaust system to minimize accumulation of volatile reagents.
• Water, electricity, and gas integrationPP material sink with copper chemical tap, featuring hot and cold water switch; cabinet includes gas outlet (e.g., nitrogen, argon) and power outlet (16A/250V), catering to complex experimental needs.
• Smart Environment Monitoring UpgradeOptional temperature and humidity sensor, real-time data feedback to Laboratory Information Management System (LIMS).
• Remote ControlAdjust fume hood airspeed and lighting brightness via the mobile app to enhance energy efficiency.
• Safety AlertIntegrated gas leakage detection module; automatically triggers an audible and visual alarm and shuts off the gas source when exceeding the limit.