Fume hood worktops

As the core carrier for experimental operations, the fume hood worktops safety performance of worktops is directly critical to the safety of laboratory personnel and the environment. The worktops must possess properties of corrosion resistance, high temperature resistance, and impact resistance to withstand the threats of strong acids/alkalis, high-temperature utensils, and accidental collisions. For example, phenolic worktops, synthesized through special processes, can resist corrosion from 98% concentrated sulfuric acid and are not easily deformed or cracked when exposed to high-temperature experimental vessels, fundamentally reducing safety hazards from the material itself.

The anti-spill design at the edges of the worktops is of vital importance. Arcuate diversion grooves can quickly intercept leaked liquid reagents, preventing them from seeping into the cabinet interior to corrode the structure or flowing onto the floor to cause slipping risks. Meanwhile, the worktops need to efficiently integrate with the ventilation system: a smooth and level surface should ensure uniform airflow passage, preventing harmful gases from stagnating in the operation area. Additionally, anti-static and easy-to-clean features can reduce dust accumulation and electrostatic spark hazards. Combined with regular disinfection and maintenance, they further safeguard the experimental environment. From reagent pouring to high-temperature reactions, every detail of the worktop design aims to “block risks and protect safety,” making it the first line of defense in laboratory safety protection.

fume hood countertops Specification

Fume hood countertops	Fume hood phenolic boards
Code
Material	Phenolic resin
Type	Worktop
Size	Custom
Thickness	4, 12.7, 16,19,25
Color	Black, grey, white
Surface finish	Matt
Density	1.51
Certificate	SEFA3-2022
Mini order	30
Fabricating drawing	Requred

Fume hood phenolic sheets

chemical resistance

SGS cretificate

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