TEXTILE CARDING EQUIPMENT DANGER SIGN – CRUSH INJURY WARNING – FOR SPINNING PRODUCTION FLOORS – 8X12 UV-RESISTANT, RUST-RESISTANT ALUMINUM – PROFESSIONAL FACILITY GRADE – BY CGAP SAFETY

This durable industrial safety sign alerts personnel to severe dangers present around carding machines. It clearly communicates critical hazard information and control instructions to prevent crushing and pinching injuries.

This professional-grade sign helps textile processing facilities maintain compliance with safety regulations by marking high-risk zones effectively. It promotes a safer work environment for machine operators and maintenance staff.

Common placements
• Near carding machine inlets
• Adjacent to roller mechanisms
• On machine frames
• At access panels
• In fiber preparation areas

Intended buyers
• Plant managers
• Safety officers
• Facility maintenance teams
• Textile engineers
• Industrial safety consultants

Construction features
• High visibility color contrast
• Weatherproof aluminum material
• UV resistant printed legend
• Pre-drilled mounting holes
• Rounded corners for safe handling

Operational note: Ensure regular inspection for sign visibility and integrity.

• Manages high-risk access control: Clearly identifies ROTATING ROLLER CRUSH HAZARDS zones and reinforces restricted entry protocols to reduce accidental exposure for employees, contractors, and visitors.

• Improves operational awareness: High-contrast professional layout and clear "DANGER" header provide instant hazard recognition near CARDING MACHINE ACCESS POINTS to support site safety compliance.

• Built for harsh conditions: Made from rust-resistant aluminum with UV-resistant printing for long-term outdoor and indoor durability in heat, rain, and humidity.

• Fast, clean installation: Pre-drilled mounting holes and rounded corners support quick mounting on gates, fences, doors, walls, and equipment areas.

• Made by CGAP Safety: CGAP Safety is an American safety manufacturer focused on durable, professional-grade facility and jobsite signage.