What is Spread Anchor and how does it help improve the safety of building panels and beams?

1. Structure and design of Spread Anchor
The design of Spread Anchor focuses on its "extended foot" structure. Unlike traditional lifting equipment, Spread Anchor adopts an extended foot design, which can better disperse the load pressure generated during lifting. The function of the extended foot is to increase the contact area with the hoisted object, thereby effectively reducing the concentration of local loads and ensuring that the object will not break or shift due to excessive or uneven loads during lifting.

In addition, the design of Spread Anchor also takes into account additional reinforcement needs. The second hole design of the anchor provides reinforcement options for heavy components that require additional support. This design can flexibly increase or decrease the load-bearing capacity according to actual needs on site, so that it can cope with building panels and beams of different weights.

2. Efficiently improve the safety of building components
In construction, especially when installing large prefabricated components such as wall panels, beams and plates, improving safety has always been a top priority. Traditional lifting methods may cause uneven loads or improper operation, thereby increasing the risk of accidents. The use of Spread Anchor just makes up for this shortcoming. It greatly improves the safety of lifting operations through several key designs.

First, Spread Anchor achieves better load distribution through the extended foot design. The larger support area makes the force transmission more uniform during the lifting process, and it is not easy to cause excessive force on a single point, thus avoiding damage to components or accidents caused by uneven load during the lifting process.

Second, the versatility of Spread Anchor enhances the flexibility during the lifting process. The anchor can be applied to the front, back or edge position of the panel, which makes it adaptable to lifting needs of different forms and angles. When the back of the panel is peeled off, Spread Anchor can stably support the rotation of the panel, easily realize the horizontal to vertical rotation operation, ensure that the component remains stable during the transposition process, and avoid tilting or falling due to improper rotation angle.

In addition, the second hole reinforcement function of Spread Anchor provides additional safety protection. When faced with heavy components or lifting tasks that need to bear heavy loads, construction personnel can increase the bearing capacity of the anchor by adding reinforcement devices, thereby reducing the risk of equipment failure due to excessive lifting load. This design is particularly suitable for complex construction sites and can effectively cope with a variety of lifting needs.

3. Flexibility and stability in a variety of application scenarios
Another major advantage of Spread Anchor is its diversity and flexibility in various lifting tasks. It can not only be used for conventional beam and plate lifting, but also can handle a variety of different types of building materials such as wall panels and concrete components. Whether it is horizontal or vertical lifting on the construction site, or reverse lifting operations in more complex environments, Spread Anchor can provide stable support.