When discussing Chain Hoists with anti chain detachment effects, our main focus is on the safety and reliability of their chain transmission systems. Although specific product descriptions targeting "Chain Hoist with anti chain detachment effect" may not be common in general literature, we can summarize some key elements and technical measures from the perspective of chain transmission system design and maintenance to achieve or enhance the effect of preventing chain detachment.

1、 Design and optimization of chain transmission system

Chain buckle design

High quality chain buckle: Using high-quality chain buckles to ensure a firm fit between the buckle and the chain, reducing chain detachment caused by quality issues with the buckle.

Reinforced structure: Design a reinforced chain buckle structure to improve the anti detachment ability of the buckle by increasing its thickness, strength, or using special materials.

Chain slack control

Reasonable looseness: Set a reasonable chain looseness based on the actual use of the crane and the material and specifications of the chain. Excessive looseness increases the risk of chain detachment, while insufficient looseness may affect the flexibility and service life of the chain.

Adjustment mechanism: equipped with a chain slack adjustment mechanism, allowing users to make minor adjustments as needed to ensure that the chain is always in its optimal state.

Chain guide device

Guide wheels and tracks: Set guide wheels and tracks on the chain transmission path to guide the chain to run according to the predetermined trajectory, reducing the risk of chain deviation from the track.

Wear resistant material: The guide wheel is made of wear-resistant material, reducing friction and wear between the chain and the guide wheel, and improving the stability and reliability of the system.

2、 Security measures

Anti chain detachment device

Physical obstruction: Install anti stripping devices in key parts of the chain transmission system, such as chain baffles, chain guards, etc., to prevent the chain from falling off in abnormal situations.

Induction detection: Advanced technologies such as sensors are used to monitor the status of the chain. Once the risk of chain detachment is detected or has already occurred, an alarm is immediately triggered and the crane operation is stopped.

braking system

Efficient braking: Equipped with an efficient and reliable braking system, it ensures that the crane can be quickly braked in emergency situations, preventing chain detachment or other accidents caused by inertia.

Regular inspection: Regularly inspect and maintain the braking system to ensure it is always in good condition.

3、 Operation and Maintenance

Standardized operation

Operating procedures: Develop and strictly implement crane operating procedures to avoid accidents such as chain detachment caused by improper operation.

Training and education: Provide professional training and education to operators to enhance their safety awareness and operational skills.

Regular maintenance

Check the condition of the chain: Regularly check the wear, deformation, cracks, and other conditions of the chain, and replace damaged chains and chain buckles in a timely manner.

Cleaning and lubrication: Keep the chain transmission system clean and lubricated, reduce friction and wear, and improve the operating efficiency and service life of the system.

The main equipment produced by Hebei Makita: stage electric hoist, electric chian hoist, wire rope electric hoist，Hand chain hoist, lever hoist, pneumatic hoist and other lifting equipment