Focusing on pneumatic conveying of powder, granules, and powders, leveraging industry-university-research technology advantages to create sealed, dust-free precision conveying solutions. For inquirie
Focusing on pneumatic conveying of powder, granules, and powders, leveraging industry-university-research technology advantages to create sealed, dust-free precision conveying solutions. For inquirie
Introduction:
During powder conveying, ordinary feeders often experience seal failure and frequent leaks due to material corrosion or wear, which not only affects production line stability but also leads to high replacement and downtime costs. The stainless steel rotary feeder launched by Head Powder uses food-grade or industrial-grade stainless steel, fundamentally addressing corrosion resistance and durability issues, providing solid support for continuous and stable feeding.
During powder conveying, ordinary feeders often experience seal failure and frequent leaks due to material corrosion or wear, which not only affects production line stability but also leads to high replacement and downtime costs. The stainless steel rotary feeder launched by Head Powder uses food-grade or industrial-grade stainless steel, fundamentally addressing corrosion resistance and durability issues, providing solid support for continuous and stable feeding.
The stainless steel rotary feeder is a quantitative conveying device designed specifically for powder and granular materials that require corrosion resistance, hygiene, or wear resistance. Both the housing and rotor are made of stainless steel, combined with a high-precision sealing structure, enabling uniform and controllable continuous feeding in chemical, food, pharmaceutical, and environmental protection industries. Head Powder can provide customized solutions based on material characteristics and on-site conditions, helping equipment operate continuously.
Good stainless steel material: Made of 304 or 316L stainless steel, resistant to acids, alkalis, and corrosion, suitable for hygiene-grade environments such as food and pharmaceuticals.
High-precision sealing design: Uses multi-layer sealing or gas-sealing structures to effectively prevent gas backflow and material leakage.
Compact and durable structure: High overall machining precision, small gap between rotor and housing, long service life, and easy maintenance.
Flexible customization: Rotor types, inlet and outlet flange sizes, and drive methods can be customized according to material characteristics and process requirements.
Stainless steel rotary feeders are non-standard custom products, and their specific prices are affected by material grade, size specifications, sealing configuration, and additional requirements. Head Powder offers one-on-one technical selection and quotation services. Please provide your material parameters and conveying requirements, and we will calculate a relatively accurate cost plan for you.
Pre-sales consultation: Professional engineers assist with model selection, with technical solutions provided.
Quality support: Strictly manufactured according to process standards, tested unit by unit before leaving the factory.
Worry-free after-sales service: Installation guidance, commissioning support, and free repairs during the warranty period are provided.
Non-standard custom-made: Quickly responds to special working condition demands, creating dedicated feeders.
| Parameter name | Explanation |
|---|---|
| Material | 304 / 316L stainless steel |
| Operating temperature | -20℃ ~ 120℃ |
| Speed range | 10 ~ 60 rpm (adjustable) |
| Applicable materials | Powders, granules, sheets, etc |
| Sealed form | Packing seal / Pneumatic seal / Mechanical seal (optional) |
| Drive method | Electric reducer / pneumatic motor |
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The most frequently asked questions before placing an order. If you can't find the answer, you can leave a message or consult online.
Specify materials and operating conditions; engineers calculate selection parameters and provide configuration lists; Drawings and technical documentation for this model can also be requested directly.
Leave a message or call; engineers calculate selection parameters by model and send back technical data. Response within 2 hours on working days, and model selection recommendations within 24 hours.
