I. Material Type: Determines Durability and Applicable Scenarios
Aluminum Alloy: Lightweight and corrosion-resistant, suitable for frequent movement or outdoor use, but slightly weaker in load-bearing capacity and wind resistance.
Carbon Fiber: High strength and lightweight, suitable for scenarios requiring high stability, but more expensive.
Stainless Steel: Corrosion-resistant and strong load-bearing capacity, suitable for long-term fixed installations or harsh environments, but heavy and costly.
II. Physical Properties: Affects User Experience and Safety
Weight: Aluminum alloy is lightweight, stainless steel is heavy, and carbon fiber is the lightest.
Magnetic Properties: Steel is magnetic, aluminum is non-magnetic.
Hardness: Steel is hard, aluminum is relatively soft.
III. Manufacturing Details: Affects Environmental Adaptability and Lifespan
Surface Treatment: Aluminum alloys are commonly anodized or coated with fluorocarbon, while stainless steel is mostly powder coated.
Protection Rating: IP65 is suitable for outdoor or humid environments, IP55 is suitable for general outdoor use. IV. Application Scenarios
Nighttime Construction: Choose high-brightness, long-lasting models, such as those equipped with 4×500W light heads.
Emergency Rescue: Requires rapid deployment and strong protection, such as models with pneumatic lifting and IP65 waterproof features.
Outdoor Activities: Portability and environmental friendliness are key, such as solar-powered or lightweight LED models.
