A stainless steel hopper that is less likely to have powder adhesion and to experience bridging.
A feeding hopper with a surface treatment that allows powder to flow smoothly, suitable for feeding into filling machines and large containers.
Powder Adhesion Prevention Input Hopper [THT-G] ○ The inner surface of the hopper has been treated with a gemini process to prevent powder adhesion. ○ Since the surface is directly processed, there is no concern about peeling like with coatings. ○ It has good slip properties, making it less likely to cause bridging, allowing for smooth discharge. ○ The discharge port is a helix, making installation, removal, and cleaning easy.
basic information
Material: SUS304 (Option: can be changed to SUS316L.) Surface treatment: gemini treatment Hewler: 1.5S, 2S hewler Capacity: 1L, 2L, 3L, 4L, 5L, 8L, 10L, 13L, 18L, 25L Hewler size and capacity can be changed. Please let us know your desired specifications. *Gemini treatment is a trademark of Fuji Manufacturing Co., Ltd.
Price range
Delivery Time
Model number/Brand name
THT-G
Applications/Examples of results
It is suitable for the filling machine's feed hopper. If there is a helical pipe in your equipment, it can be installed immediately.
Detailed information
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Thank you for visiting the Powder Industry Exhibition in Osaka.
We would like to express our sincere gratitude to the many visitors who came to our booth. For inquiries or consultations regarding our exhibits and custom-made products, as well as for viewing or requesting product catalogs, please visit our website. ○ Exhibited Products ○ Hopper with Dust Collection Hood (with legs) Powder Adhesion Prevention Feeding Hopper Magnet Filter For exhibition information and document requests, click here: https://www.nitto-kinzoku.jp/archives/48515/
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[Technical Column] We have published "What is 'Flowability' that you should know when handling powder hoppers?"
The Nitto Metal Industry website has been updated with a new technical column. "What is 'flowability' that you should know when handling powder hoppers?" When a hopper used for feeding powder gets clogged or fails to discharge properly into the next process, it is often said that "the powder has poor flowability." But do you know what specific factors determine that "flowability"? This column provides a brief explanation of the factors that influence the flowability of powders. <Contents> 1. What is flowability? 2. Factors that affect flowability 3. How to improve flowability 4. You can actually experiment with the flow of powder and the angle and surface treatment of the hopper. For more details, visit: https://www.nitto-kinzoku.jp/archives/47385/ Technical column on stainless steel containers https://www.nitto-kinzoku.jp/tecnical-list/ This is a technical column on stainless steel containers explained by a top manufacturer that supplies "high-quality stainless steel containers" to the pharmaceutical industry. Please take a look.
