Hanging by a Thread
★Exhibit Content: Carbon Fiber ★Interaction: Mechanical Interaction ★Operation: 1. Pull the thin rope handle on the outside of the exhibit; 2. Feel the tension, observe the process of the internal weight being lifted, and experience the load-bearing capacity of the thin rope. ★Exhibit Description: "Critical Moment" is an interactive exhibit for popular science on the performance of new materials, specially designed for the materials science exhibition area, and is also a recommended exhibit of KexMall. The exhibit uses mechanical interaction to show that a thin rope made of carbon fiber can lift heavy objects to demonstrate the high strength of this fiber material, allowing visitors to feel the load-bearing capacity of this high-strength material. The exhibit consists of a circular platform, a weight module, a carbon fiber thin rope, and a pulley interactive mechanism. Inside the acrylic cover of the circular platform, there is a weight suspended by a carbon fiber thin rope. The other end of the rope is connected to a pulley and extends outside the acrylic cover. Visitors can pull the rope to lift the weight, feel the weight, and experience the high strength of the thin rope made of this material. ★Scientific Principle: Carbon fiber has extremely high tensile strength, and its specific strength far exceeds that of traditional metal materials. In this exhibit, the seemingly thin carbon fiber rope, through the pulley mechanism, lifts a heavy object, intuitively demonstrating the high-strength characteristics of carbon fiber materials, and showing the role of advances in materials science in promoting the development of engineering technology.
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- Φ1.0×2.3m Φ1.0×2.3mDimensions (Diameter × Height): Φ1.0×2.3m Brand: KexMall Model: PopsciCat-Progress-008 1. Materials: ① Main platform body: 2mm cold-rolled steel plate, flame-retardant board + baking paint (scratch-resistant and wear-resistant, fireproof and flame-retardant) ② Tabletop: Circular artificial stone material (waterproof and wear-resistant, easy to clean) ③ Transparent protective cover: Acrylic material (protects internal devices, safe against impact) ④ Pulley and handle: Stainless steel and ABS engineering plastic material, smooth and durable ⑤ Carbon fiber thin rope: High-strength carbon fiber material, safe and reliable ⑥ Instruction sign, graphic panel: Acrylic UV printing (including carbon fiber principle, operation guide) 2. Main Configuration: ① Circular platform main body (1 set) ② Carbon fiber thin rope and pulley interactive mechanism (1 set) ③ Weight module (including lifting ring and counterweight) ④ Transparent protective outer cover (1 set) ⑤ Material strength principle interpretation graphic system 3. Installation Requirements: ① Energy requirement: No external power supply needed ② Installation method: Direct placement ③ Entry passage: Door frame size (width × height) ≥1.2m×2.5m, continuous turning interval in passage ≥2.5m ④ Maintenance access: Not required
★Exhibit Content: Carbon Fiber ★Interaction: Mechanical Interaction ★Operation: 1. Pull the thin rope handle on the outside of the exhibit; 2. Feel the tension, observe the process of the internal weight being lifted, and experience the load-bearing capacity of the thin rope. ★Exhibit Description: "Critical Moment" is an interactive exhibit for popular science on the performance of new materials, specially designed for the materials science exhibition area, and is also a recommended exhibit of KexMall. The exhibit uses mechanical interaction to show that a thin rope made of carbon fiber can lift heavy objects to demonstrate the high strength of this fiber material, allowing visitors to feel the load-bearing capacity of this high-strength material. The exhibit consists of a circular platform, a weight module, a carbon fiber thin rope, and a pulley interactive mechanism. Inside the acrylic cover of the circular platform, there is a weight suspended by a carbon fiber thin rope. The other end of the rope is connected to a pulley and extends outside the acrylic cover. Visitors can pull the rope to lift the weight, feel the weight, and experience the high strength of the thin rope made of this material. ★Scientific Principle: Carbon fiber has extremely high tensile strength, and its specific strength far exceeds that of traditional metal materials. In this exhibit, the seemingly thin carbon fiber rope, through the pulley mechanism, lifts a heavy object, intuitively demonstrating the high-strength characteristics of carbon fiber materials, and showing the role of advances in materials science in promoting the development of engineering technology.
Review
Principle Display: ★★★ Interaction Effect: ★★★ Ease of Installation: ★★★★★ Durability: ★★★★ Overall Rating: ★★★