新日南 Product Lineup

The "Shin Nichinan Product Photo Collection" is a product catalog from Shin Nichinan Co., Ltd., which designs and manufactures products such as ash humidifiers, humidification kneading devices, and mixers/kneaders. It features products including the kneader/mixer "Dow Mixer," as well as the "Dow Pelletizer" and "Dow Feeder." [Contents] ■ Dow Mixer ■ Dow Pelletizer ■ Dow Feeder ■ Oscillating Feeder ■ Various Feeders, etc. *For more details, please refer to the catalog or feel free to contact us.

The "Uni-Handler" is an automatic valve opening and closing device developed to operate manual valves in chemical plants and power facilities more safely and easily. It demonstrates excellent performance in various locations, including manual valves in nuclear power plants, large valves in explosion-proof areas of chemical factories, and manual opening and closing gates for sluices and weirs. Due to its lightweight and portable drive system, a single drive unit can operate multiple valve openings and closings, offering excellent cost performance. [Examples of Implementation] - Manual valves in nuclear power plants - Large manual valves in thermal power plants - Large valves in explosion-proof areas of chemical factories - Manual opening and closing gates for sluices and weirs *For more details, please download the catalog or contact us.

We would like to introduce a case study of the valve actuator "Uni-Handler" that our company handles. At a certain power and nuclear power plant, a universal joint was connected to the stem of a manual valve inside the partition wall separating the controlled and non-controlled areas, extending it outside the wall for operation with a manual handle. In the modified mechanism, a through shaft was installed in the partition wall, and an attachment was set up outside the wall, allowing for easy valve operation by connecting it to the flexible shaft of the "Uni-Handler." [Case Study] - Delivery Location: Power and Nuclear Power Plant - Delivered Product: Uni-Handler - Issues Before Modification: - It was necessary to operate the handle with a very large force continuously. - Advantages After Modification: - The existing Uni-Handler drive unit could be utilized, resulting in smooth and rapid valve operation. *For more details, please refer to the PDF document or feel free to contact us.

We would like to introduce a case study of the valve actuator "Uni-Handler" that our company handles. At a certain factory in the Kyushu region, there were many low-pressure manual valves (300A), which required considerable effort and time to operate. Although we competed with Bestork, the proximity of the valve positions allowed for the operation of 9 valves with a single drive unit, leading to the decision to adopt the UH operating method. In the modified mechanism, since the floor positions were different, we installed two drive units for each floor, allowing for the operation of 1 unit per 9 valves. As a result, by utilizing the UH, we achieved labor savings and time reduction, and discussions for implementation in similar facilities within the same factory have begun. [Case Study] - Delivery Location: Kyushu Region Factory - Delivered Product: Uni-Handler - Issues Before Modification: - Although it was a manual low-pressure valve, the large diameter required considerable effort and time to operate. - Benefits After Modification: - Labor savings and time reduction were achieved by utilizing the UH. *For more details, please refer to the PDF document or feel free to contact us.

We would like to introduce a case study of the valve opening and closing device "Uni-Handler" that our company handles. In operations such as lowering and raising inspection boats for city-managed dam lakes, electric winches could not be used due to the lack of power in the area or the high costs associated with laying power lines. Therefore, in the modified mechanism, a special adapter was connected to the handle of the manual winch, and an attachment was installed to allow the winch to be operated with a portable engine-driven unit. As a result, by using the portable drive unit and attachment, we were able to reduce the labor required for the lifting operation. Additionally, since everything except the special adapter is portable, it can be stored in a warehouse. [Case Study] ■ Delivery Locations - Lowering and raising operations for inspection boats at city-managed dam lakes (Kansai region) - Lifting of floating debris collection nets installed in dam lakes (Hokkaido region) ■ Delivered Product: Uni-Handler ■ Issues Before Modification - Manual winches required significant physical strength for operation, making the work difficult ■ Advantages After Modification - The use of a portable drive unit and attachment allowed for a reduction in labor for the lifting operation *For more details, please refer to the PDF document or feel free to contact us.

We would like to introduce a case study of the valve actuator "Uni-Handler" that we handle. At a certain factory in the Chubu region, despite being a high-pressure valve, it was manual, requiring considerable effort and time for opening and closing the valve. Additionally, the valve's location was not suitable for operation, resulting in a poor working environment. Therefore, in the modified mechanism, since each valve position was nearby, a single drive unit could be used, leading to cost merits, and the UH method was chosen. As a result, by utilizing the UH, labor-saving and time reduction were achieved, and there was interest in updating and maintaining the existing UH within the same factory. 【Case Study】 ■ Delivery Location: Factory in the Chubu Region ■ Delivered Product: Uni-Handler ■ Issues Before Modification: - Required effort and time for opening and closing due to manual high-pressure valves. ■ Advantages After Modification: - Achieved labor-saving and time reduction by utilizing the UH. *For more details, please refer to the PDF document or feel free to contact us.

We would like to introduce a case study of the valve actuator "Uni-Handler" that we handle. At a certain power and geothermal power plant, the opening and closing of the steam well valve (manual type) was extremely difficult due to scale buildup inside the piping, and while it was performed during regular maintenance, it required significant labor. By introducing the "Uni-Handler" in the modified mechanism, we were able to reduce the opening and closing time and achieve a reduction in labor. Additionally, the conventional drive body, flexible shaft, and attachments were transported separately, but by newly fabricating a transport cart for the equipment, simultaneous transportation of the necessary equipment became possible, improving work efficiency. [Case Study] ■ Delivery Location: Power and Geothermal Power Plant ■ Delivered Product: Uni-Handler ■ Issues Before Modification: - The opening and closing operations took a considerable amount of time, leading to a decrease in opening and closing frequency and promoting scale growth. ■ Benefits After Modification: - Reduction in opening and closing time (reduction in labor) *For more details, please refer to the PDF document or feel free to contact us.

We would like to introduce a case study of the valve actuator "Uni-Handler" that we handle. At a certain power generation plant, valves with high opening and closing frequency were automated to reduce labor, but valves with low frequency were still manual, requiring a lot of effort and time for their operation. In the modified mechanism, by connecting an attachment and a flexible shaft to the target valve, remote operation (at a safe point) became possible, significantly reducing both effort and time. [Case Study] - Delivery Location: Power Generation Plant - Delivered Product: Uni-Handler - Issues Before Modification: - The position of the target valve was in a hazardous area, making opening and closing very troublesome and labor-intensive. - Advantages After Modification: - By connecting a flexible shaft to the target valve, it became possible to operate it from a work point, significantly reducing effort and time. *For more details, please refer to the PDF document or feel free to contact us.