Safety carpets are suitable for areas that require quick response to trampling hazards. The scene classification and adaptation solutions are as follows:
Industrial production (emergency shutdown of equipment to prevent mechanical injuries)
Machine tools and automated workshops: The equipment operation area uses PU surface (resistant to oil and dirt rolling) + piezoelectric sensing layer (fast response), triggering shutdown to prevent pinching.
Warehousing and logistics equipment area: The edge of the channel uses rubber bottom to prevent slipping, and the metal contact sensing layer accurately prevents accidental touch to prevent people from entering by mistake.
Heavy machinery operation area: Glass fiber cloth is used to enhance the strength around large equipment, and it is matched with a wear-resistant surface layer to adapt to high-intensity use.
Public places (regional warning guidance)
Crowded areas such as transportation hubs: PVC surface (low-cost and easy to clean) is used for platforms and elevator entrances, triggering sound and light alarms to prevent accidents.
Entertainment and sports venues: The fences and edges of amusement equipment use rubber surface to prevent slipping, and the conductive rubber sensing layer quickly responds to multiple points of trampling.
Medical and laboratory: The operating room and dangerous reagent area use acid and alkali resistant surface, the insulation layer prevents interference, and the piezoelectric sensing layer avoids bacterial residue.
Special hazardous environments (extreme conditions protection)
Flammable and explosive places (gas stations, etc.): anti-static surface, explosion-proof metal contact induction layer, rubber bottom resistant to chemical corrosion
Extreme temperature and humidity areas (cold storage, high temperature workshop, etc.): rubber surface resistant to high and low temperature and non-slip, foam rubber buffer to ensure induction.
Clean room (semiconductor, pharmaceutical workshop): smooth and easy to disinfect surface, with sealed piezoelectric induction layer to prevent pollution.
Core: select materials according to the scene, match risk requirements, and realize trigger protection in dangerous areas.
