Stainless steel is an alloy material with excellent corrosion resistance, containing alloying elements such as chromium (Cr) and nickel (Ni). Chromium can form a dense chromium oxide protective film on the surface of stainless steel, preventing further corrosion of the steel by media such as oxygen and moisture. Nickel element can improve the toughness and corrosion resistance of stainless steel, enabling the experimental platform to resist corrosion from various chemical substances.In generally, 304 and 316 stainless steel is common material of lab bench. 304 stainless steel is suitable for general chemical experimental environments, while 316 stainless steel contains more molybdenum (Mo) elements and performs better in corrosion resistance, especially suitable for experimental environments containing highly corrosive substances such as chlorides.
Stainless steel lab bench generally includes countertop, cabinet, and frame. The countertop is the main area for experimental operations, It is flat and smooth, . To prevent liquid from accumulating on the countertop, the edges of the countertop usually have a certain curvature or are equipped with water buffer edges. The cabinet is used to store experimental supplies, such as reagent bottles, small instruments, etc. The cabinet door is usually connected by stainless steel hinges, which are easy to open and close, and have good sealing to prevent dust and chemical gases from entering the interior of the cabinet. The frame part plays a role in supporting the tabletop and cabinet. It is made of sturdy 40*40*1.2MM stainless steel tube, which can withstand large weights and ensure the stability of the lab bench when placing heavy instruments.
Frame
40*40*1.2mm stainless steel tube are stamped, bent, welded, and polished to a smooth transition. The welding points is free of burrs and false welding, and the outer surface of the welding joint does not have significant difference from the original surface
Countertop
1.0mm thickness 304 # or 316L stainless steel plates, inner with reinforcement plates to 20mm thickness. Surface is flat and smooth with good welding quality.
Cabinet
Double-layer 1.0mm thickness 304 or 316 stainless steel, inner with sound absorption material.
Feet
Made of nylon die-casting stainless steel screw material, with load-bearing, moisture-proof, rust proof, anti slip, antibacterial, corrosion-resistant and other characteristics. The height of the cabinet can be adjusted to 30-50mm according to the indoor floor. Wear resistant rubber universal activity wheels with brakes can also be selected for easy movement and fixation of the lab bench.
Hardware accessories
Handle: Non-welded one line handle/C-shaped handle/Insertion stainless steel handle / U-shaped handle
Hinges: 304 stainless steel hinge or DTC soft hinge
Guide rail: DTC 18 inch double fold full pull-out with positioning and anti slip protection silence rail, with 45kgs bear ability.
FEATURES AND BENEFITS:
Material Performance
Corrosion Resistance: Resistant to various corrosive substances like acids, alkalis and solvents, suitable for corrosive reagent environments and prolonging service life.
High Temperature Resistance: Can endure high temperatures without deformation, ensuring stability and safety for heated experiments.
High Strength: Withstands heavy weights and impacts, protecting experimental apparatus.
Cleaning and Maintenance
Easy to Clean: Smooth surface, not prone to dirt or bacteria, zero water absorption. Modular design for easy disassembly and cleaning, maintaining laboratory hygiene.
Safety and Hygiene
Hygienic & Environmentally Friendly: Doesn't breed bacteria, free of toxic substances and radiation, suitable for high-hygiene labs.
Appearance and Durability
Aesthetic & Durable: Simple and modern look, wear-resistant and long-lasting.
Functional Design
Multi-functional: Multiple drawers, doors and adjustable shelves for storage. With power and gas interfaces for equipment connection.
User-friendly: Adjustable height and angle for operator comfort and efficiency.
Stability
Stable Structure: The overall structure is solid and stable. With high-quality stainless steel materials and excellent manufacturing techniques, it ensures that the laboratory bench will not shake or deform during long-term use, providing a reliable platform for experimental operations.
Fire Resistance
Fireproof and Flame Retardant: Stainless steel itself has certain fireproof performance and is not easy to burn, which can reduce the fire risk and improve safety in laboratories and other places.
ADAPTABILITY
Wide Range of Applications: It is widely used in experimental operations in multiple fields such as chemistry, biology, medicine, environmental monitoring, food science and industry, and can adapt to various types of experimental requirements.
