Fluid Bed Dryer - Company Ranking(4 companyies in total)
Last Updated： Aggregation Period:Jul 09, 2025〜Aug 05, 2025
This ranking is based on the number of page views on our site.
Display Company Information
| Company Name | Featured Products | ||
|---|---|---|---|
| Product Image, Product Name, Price Range | overview | Application/Performance example | |
| 【Features】 - Due to the constant rate drying that occurs at the wet bulb temperature characteristic of fluidized beds, drying to low moisture levels is possible even at relatively low temperatures. - There is minimal particle breakage, making it suitable for drying granular materials and crystals. - By incorporating a heat transfer medium, over 80% of the required heat is provided through indirect heating from the heat transfer medium, achieving high thermal efficiency. - Because the heat transfer from the heat transfer medium is significant, it is possible to reduce the gas volume, resulting in a compact design for the fluidized tower body, blower, dust collection equipment, and other auxiliary devices. - The heat transfer medium can be easily removed. Additionally, designs that accommodate automatic cleaning (CIP) are also possible. - It is possible to manufacture large equipment suitable for bulk processing (track record: bed area of 102 m²). - Designs for equipment that can simultaneously perform drying and cooling in a single unit are also feasible. | 【Unit Operations】 Drying, solvent recovery, cooling, heat treatment (crystallization), etc. 【Material Shapes】 Synthetic resins (PVC, PP, PE, ABS, MBS, PPS, etc.), food, chemical products, fertilizers, feed, pesticides, ceramics, pigments, etc. | ||
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奈良機械製作所
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- Featured Products
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Continuous Fluidized Bed Dryer (C-FBD, CT-FBD)
- overview
- 【Features】 - Due to the constant rate drying that occurs at the wet bulb temperature characteristic of fluidized beds, drying to low moisture levels is possible even at relatively low temperatures. - There is minimal particle breakage, making it suitable for drying granular materials and crystals. - By incorporating a heat transfer medium, over 80% of the required heat is provided through indirect heating from the heat transfer medium, achieving high thermal efficiency. - Because the heat transfer from the heat transfer medium is significant, it is possible to reduce the gas volume, resulting in a compact design for the fluidized tower body, blower, dust collection equipment, and other auxiliary devices. - The heat transfer medium can be easily removed. Additionally, designs that accommodate automatic cleaning (CIP) are also possible. - It is possible to manufacture large equipment suitable for bulk processing (track record: bed area of 102 m²). - Designs for equipment that can simultaneously perform drying and cooling in a single unit are also feasible.
- Application/Performance example
- 【Unit Operations】 Drying, solvent recovery, cooling, heat treatment (crystallization), etc. 【Material Shapes】 Synthetic resins (PVC, PP, PE, ABS, MBS, PPS, etc.), food, chemical products, fertilizers, feed, pesticides, ceramics, pigments, etc.
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奈良機械製作所
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