Material	Best For	Key Weaknesses	Key Strengths	Ideal Environment
Stainless Steel 316	Laboratories, Medical, Marine, Chemical Processing	Highest cost	Superior chemical & chloride resistance, hygienic, durable	Wet, corrosive, sterile
Stainless Steel 304	Food Processing, General Labs, Workshops	Not for harsh acids/chlorides	Corrosion resistant, easy to clean, good durability	Damp, hygienic, general industrial
Mild Steel (Coated)	Welding, Fabrication, Heavy Machinery, Automotive	Requires coating; can rust if damaged	Extreme impact/abrasion resistance, cost-effective for heavy use	Dry, heavy-duty industrial
Laminated Chipboard	Electronics Assembly, Packaging, Light Workshops	Poor moisture/heat resistance	Cost-effective, scratch/stain resistant, various colors	Dry, light-duty, clean rooms
Rubberwood	Precision Assembly, Toolrooms, Carpentry	Requires sealing; poor chemical resistance	Shock-absorbent, non-slip grip, eco-friendly	Dry, precision work areas
Plywood	Woodworking, Substrate Base, Temporary Stations	Poor durability if unfinished	Good strength, screw-holding, stable, economical	Dry workshops, as base material