Small Bag Dust-Free Feeding StationStep into a realm of extraordinary innovation with our expertly engineered feeding station, meticulously crafted for excellence. This marvel of design effortlessly captures and contains dust during the entire feeding process, establishing an environment of unparalleled cleanliness and purity. By utilizing groundbreaking centrifugal fan or exhaust pipe technology, the system creates a negative pressure environment that skillfully separates materials from the air, entirely eliminating dust dispersion. This sophisticated technology not only dramatically reduces environmental pollution but also cultivates a healthier, immaculate workspace for operators, ensuring optimal working conditions.
Furthermore, in the filter cleaning process, any materials adhering to the filter mesh are precisely channeled back into the hopper, effectively minimizing waste and enhancing efficiency. Designed specifically for the unpacking, releasing, and unloading of small bag materials, this versatile machine integrates faultlessly with material suction machines, pipe chain conveyors, equipment entrances, and a multitude of other applications, rendering it a priceless asset across a wide spectrum of industrial landscapes.
Product Features
- Dust ControlTraditional feeding methods often result in significant dust-related challenges, posing severe risks of contamination, health hazards, and accelerated equipment wear. Our state-of-the-art dust-free feeding station is expertly equipped to contain dust, guaranteeing an immaculate, safe, and highly efficient working environment.
- EfficiencyTransform your material transfer operations with our advanced feeding station, meticulously crafted to dramatically reduce both time and labor costs. The automated systems ensure a consistent feed rate, significantly enhancing operational efficiency to unprecedented levels.
- AccuracyExperience unrivaled precision in material handling with our dust-free feeding station. It substantially reduces material loss and ensures precise dosing, which is crucial for industries such as pharmaceuticals and food processing.
- HygieneOur feeding station's entirely enclosed design serves as a robust barrier against external contaminants, preserving the highest hygiene standards essential for industries with stringent demands.
- Worker SafetyEnhance worker safety significantly by drastically reducing dust exposure and automating the feeding process. Our station minimizes inhalation risks and limits direct contact with potentially hazardous materials, safeguarding the health of your workforce.
| Model |
WT100 |
WT150 |
| Volume(L) |
100 |
150 |
| Power(kW)1 |
0.75 |
1.1 |
Compressed air consumption2/Pressure
[(L/min)/MPa] |
50/0.6 |
| Discharge interface |
8-inch quick connector |
| Dust removal fan interface |
Φ100 |
Φ150 |
| Weight(Kg) |
150 |
200 |
| Overall dimensions(mm) |
Length:1000,Width:900, Height:2000 |
1. The power specifications of the additional selected fan and its electrical components are not included.
2. Includes only the compressed air consumption required for the backflush device.
About Our Company
Shijiazhuang Rongxin Science and Technology Co., Ltd.
Founded in 2007 and strategically located in the bustling epicenter of Shijiazhuang, Hebei Province, we stand as pioneers inthe design and provision of advanced material handling automation systems. Our steadfast dedication to innovation has garnered us numerous patents and accolades, including the prestigious titles of 'National High-Tech Enterprise' and 'Innovative Enterprise.'
Our premier offerings include cutting-edge dust-free enclosed feeding systems, sealed conveying systems, pneumatic conveying systems, and tube chain conveying systems. These groundbreaking solutions cater to a diverse array of sectors, ranging from metal materials and food processing to chemicals, pharmaceuticals, and renewable energy.We take great pride in our state-of-the-art production facility equipped with advanced manufacturing lines, ensuring our equipment meets the highest quality standards.
Our Customers
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