About Micron Filter Bag
| Micron Size |
20 Micron |
| Material |
Polypropylene |
| Length |
32 Inch |
| Flow Rate |
18 Cu.m/Hr |
| Diameter |
7 Inch |
| Applications |
Pharmaceutical |
| Country of Origin |
Made in India |
Types Available
- Polish filter bag
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- Filter Bag for F.B.D
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- Pulse Jet Filter Bag
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- Fiber Glass Filter Bag
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- Multilayer Filter bag
We have Avaliable in All Range & micron also We can Customize As per reuquirement.
Additional Information:
- Production Capacity: 500
- Delivery Time: Immediate
Exceptional Versatility for Industrial FiltrationDesigned to address complex filtration needs, these micron filter bags are suitable for diverse industries such as chemical processing, pharmaceuticals, and food & beverage production. Their adaptability stems from multiple micron ratings, varied top finishes, and robust seam construction, ensuring compatibility with a wide range of liquid filtration systems.
High Performance and Regulatory ComplianceEngineered from premium polyester or polypropylene felt, these filter bags meet FDA standards for material safety. They feature high efficiency, low initial pressure drop (0.1 bar), and minimal thermal shrinkage (1.5% at 135C), offering reliable service under demanding operating conditions. Their disposable design streamlines maintenance and enhances hygiene.
User-Friendly Design for Swift InstallationAvailable in 16-inch and 32-inch lengths, with options for plastic collar, metal ring, or drawstring closure, these filter bags ensure easy installation and secure sealing. The standardized 7-inch diameter makes them compatible with most industry setups, simplifying replacement while maintaining optimal filtration performance.
FAQ's of Micron Filter Bag:
Q: How do I choose the correct micron rating for my application?
A: Selecting the appropriate micron rating depends on the level of particle retention required in your process. Lower micron values (such as 1 or 5 micron) are ideal for fine filtration, capturing smaller particles, while higher ratings (50 or 100 micron) suit coarse filtering needs. Consider your product requirements and consult with a filtration specialist for the best fit.
Q: What applications are these filter bags suitable for?
A: These micron filter bags are designed for use in liquid filtration systems across the chemical, pharmaceutical, and food & beverage industries. They effectively remove particulates from liquids, helping to maintain purity, protect equipment, and ensure product quality.
Q: Are the filter bags reusable or meant for single use?
A: The filter bags are disposable and intended for single use. This helps maintain process hygiene, prevents cross-contamination, and simplifies the replacement process, reducing maintenance time and effort.
Q: What top finishes are available and how do they impact installation?
A: Top finishes include plastic collar, metal ring, and drawstring options. These finishes are designed to fit various housings, ensuring a secure and leak-proof installation. Choose the appropriate top finish based on your filtration system's requirements for compatibility and ease of use.
Q: At what temperatures can these filter bags operate, and is there any thermal shrinkage?
A: These filter bags can safely operate at temperatures up to 135C. They are designed with minimal thermal shrinkage, rated at only 1.5% at the maximum working temperature, which helps maintain the bag's integrity during high-temperature filtration processes.
Q: Are the filter bags compliant with food safety regulations?
A: Yes, the material used for manufacturing these filter bags is FDA approved, making them suitable for use in applications that demand the highest standards of material safety, especially in the food and beverage industry.
Q: What are the benefits of using sewn versus welded seam construction?
A: Sewn seams provide mechanical strength and flexibility, while welded seams offer enhanced leak-proof performance and reduce the risk of particle bypass at the seam. The choice depends on your specific filtration requirements and desired balance between durability and tightness.