Steel-wood edge tables are a common type of laboratory bench, combining the strength and durability of steel with the ease of wood processing. They feature strong load-bearing capacity, good stability, high cost-performance, and flexible design. They are widely used in the peripheral areas of chemical, biological, and physics laboratories for placing experimental equipment, reagent bottles, and small devices.Here is a detailed introduction to the steel and wood edge table:

I. Material and Structure

1. Frame Material：

• Master FrameTypically made from high-quality cold-rolled steel plates or channels, the surface is treated with processes such as acid washing, phosphatizing, and electrostatic powder coating, featuring rust prevention, corrosion resistance, and easy cleaning.
• ConnectorsUtilize stainless steel or galvanized steel screws, nuts, and other fasteners to ensure structural stability.

1. Counter Material：

• Solid-core physical and chemical boardAcid and alkali-resistant, corrosion-resistant, and heat-resistant, with a smooth surface for easy cleaning, it is a commonly used material for laboratory countertops.
• Epoxy resin boardWith superior chemical corrosion resistance and high-temperature performance, suitable for strong acid and alkali experimental environments.
• Ceramic CountertopHigh-temperature and wear-resistant, easy to clean, but expensive; commonly used for special experimental requirements.
• Stainless Steel CountertopCorrosion-resistant and easy to clean, but prone to scratching; suitable for laboratories with high hygiene requirements.

1. Cabinet Material：

• Wooden cabinet bodyGenerally made of high-quality particleboard or medium-density fiberboard (MDF), with fire-retardant panels or solid wood veneer on the surface, it is both aesthetically pleasing and practical.
• Steel cabinet bodyAll-steel construction with high corrosion resistance; however, it is more expensive, suitable for laboratories with high requirements for corrosion resistance.

1. Structural Features：

• Steel and wood compositeThe frame is made of steel, and the cabinet is wooden, ensuring structural stability while also reducing costs.
• Modular designSide desks are typically modular in design, allowing for flexible combination and adjustment according to laboratory space and requirements.
• Adjustable footThe side table is equipped with adjustable feet at the bottom, which can accommodate uneven ground surfaces, ensuring the tabletop remains level.

II. Core Advantages

1. High load-bearing capacity：

• Steel frameworks offer robust support, capable of bearing heavier experimental equipment and machinery.
• Wooden cabinet bodies ensure load-bearing capacity while reducing overall weight, making them easy to move and install.

1. Good stability：

• The steel-wood structure combines the rigidity of steel with the toughness of wood, making the side table resistant to deformation or damage over long-term use.
• Adjustable feet further enhance the stability of the side table, accommodating different ground requirements.

1. High cost-performance ratio：

• Compared to all-steel lab benches, the steel-and-wood edge benches offer cost savings while maintaining performance, making them more suitable for labs with limited budgets.
• Wooden cabinet bodies offer more design options, such as colors and textures, to meet the decoration styles of different laboratories.

1. Design Flexible：

• Modular design allows the side table to be flexibly combined and adjusted according to the lab space and requirements.
• Equipped with drawers, cabinet doors, and shelves for storage, convenient for the storage and management of laboratory supplies.

1. Easy to clean and maintain：

• The steel surface is electrostatically powder coated, making it easy to clean and corrosion-resistant.
• The wooden cabinet bodies feature fire-resistant panels or real wood veneers, making them easy to clean and maintain as well.