Hoist Safety Device

1.Product Overview

The anti-fall safety device utilizes a purely mechanical centrifugal triggering mechanism, enabling independent operation without reliance on electrical, hydraulic, or pneumatic systems. When the hoist's operating speed exceeds its rated speed by approximately 10% (1.1 times), centrifugal weights automatically activate the braking mechanism; this engages a conical drum friction brake to achieve smooth deceleration and a controlled stop, effectively preventing impact forces and secondary injuries. These devices are widely used in various construction hoists, vertical transport equipment on construction sites, and high-rise building projects.

2.Company Strengths

The company specializes in manufacturing construction lifting equipment and associated safety components, boasting mature machining capabilities and a rigorous quality control system. Every stage-from raw material procurement and manufacturing to final product testing-adheres strictly to industry standards, ensuring stable and reliable performance for every safety device. We also provide comprehensive technical support and after-sales service, delivering safe, efficient, and stable construction solutions to our clients.

3.Services Provided

We offer consultation on safety device selection, technical guidance, installation support, recommendations for periodic inspections, and after-sales maintenance. We provide tailored solutions for various hoist models and assist clients with equipment installation, commissioning, and safety training to ensure long-term, stable operation.

4.Product Improvements

To address the demanding conditions of construction sites, we continuously optimize our product's structural design and braking performance, enhancing the sensitivity of the centrifugal trigger and the reliability of the braking action. Improvements to the friction braking mechanism, spring assemblies, and transmission systems have effectively boosted product stability, durability, and safety, meeting the requirements of high-frequency, high-intensity construction environments.