On March 31, 2023, the new product launch conference of Diheng's Hercules Hanger capable of supporting a heavy load was successfully held. So, as a projector equipment manufacturer, why did Diheng develop and produce such a hanger? Was it to obtain more profits? Apparently not. The main reasons are as follows:

First, to solve the fusion problems caused by an unstable hanger and reduce the maintenance costs for customers and partners. Many projectors on the market nowadays have issues such as picture displacement and unstable fusion. After such problems occur, when customers and partners contact maintenance personnel for inspection and repair, 60% of the causes are due to the fusion misalignment caused by an unstable hanger. Even if there is no need for maintenance personnel to come to the site, this problem can be solved. In this case, as the user side, a lot of maintenance costs will be wasted in vain.

Second, reduce the maintenance costs of partners. When customers discover the problem of projection fusion misalignment, they often assume that there is an issue with the projector and call their partners to solve it. As partners, when they are unable to identify the problem remotely, they usually dispatch maintenance engineers to the site to address it. However, the final outcome often shows that the problem lies with the hanger, which can be resolved with simple operations. This will result in the manufacturer wasting a great deal of human resources and time costs. These maintenance costs will significantly compress the profit margin. Perhaps one or two maintenance operations will consume 70% of the profit amount.

Third, self-developed with ultra-high quality, providing better choices for customers and partners. Diheng's Hercules Hanger capable of supporting a heavy load is positioned as a professional engineering projection hanger and adopts a brand-new design concept. The newly upgraded pin shaft mechanism is made by zinc alloy die-casting molding and processed by high-precision CNC machine tools. Threads are processed on the pin shaft, which provides a stronger biting force during use.

The surface layer is treated with the processes of electrophoresis and baking paint, which provides rust prevention and corrosion resistance. With a multi-hole position design, for the requirements of short rod projects, the excess part of the pipe can be directly cut off by a pipe saw, and there is no need for additional processing and hole punching. The circular pipe is made of steel with a diameter of 42mm and a wall thickness of 1.5mm in accordance with the national standard. Compared with the common thin pipes with a wall thickness of about 1.0mm (including the thickness of the baking paint), this product has relatively stronger stability. All the connection and fixing mechanisms adopt 12.9-grade industrial socket head cap screws to ensure a higher connection strength for all structures. In the application scenarios of multi-projector fusion, because the hanger is firm, problems such as ghosting and displacement of the fusion band caused by insecure hoisting will not occur.

Moreover, Diheng's Hercules Hanger capable of supporting a heavy load not only supports ceiling mounting or wall mounting but also allows for multi-angle adjustment. The ceiling mounting can meet the installation requirements of 2*360° projection, and it is simple and easy to use. The telescopic claws can be flexibly adjusted, with a claw distance ranging from 65mm to 200mm, which is suitable for models with different hole pitches. It can easily cope with various different scenarios.

The launch of Diheng's Hercules Hanger capable of supporting a heavy load not only provides strong support for Diheng's projector products, but also offers backing for the entire industry to achieve cost reduction and efficiency improvement. Diheng China takes it as its own responsibility to create a first-class national brand. We will surely embrace changes and, with a spirit of active innovation, contribute to the vigorous development of our customers and the entire industry.