Description
|
Item
|
Dia(inch)
|
length(inch)
|
mm
|
|
1#
|
7″
|
17″
|
180X420
|
|
2#
|
7″
|
32″
|
180X810
|
|
3#
|
4″
|
9″
|
102X230
|
|
4#
|
4″
|
15″
|
102X410
|
|
5#
|
6″
|
22″
|
152×559
|
|
Material
|
PE,PP,NMO
|
|
Bag top ring
|
Plastic ring, Stainless steel ring
|
|
Relative filtration pore size
|
0.5, 1,5, 10, 25, 50, 100, 200 ,300µm
|
|
Type
|
various specifications
|
|
Airtight method:
|
Hot Melt, reverse sewing
|
|
Effective filtration area
|
various specifications
|
|
Others
|
special requirement of diameter and collar extension can be customized
|
Why Choose Our 0.2 Micron Nylon Water Filter Bags?
Our 0.2 Micron Nylon Water Filter Bags are engineered for superior performance in liquid filtration, particularly in the food and chemical industries. Made from high-quality nylon, these bags offer exceptional filtration efficiency, ensuring your liquids are free from contaminants. As a factory supplier and wholesaler, we can provide these bags at competitive prices without compromising on quality.
What Makes Our Filter Bags Stand Out?
Our filter bags come in a variety of sizes and shapes, allowing you to choose the perfect fit for your filtration system. The durable construction, featuring options for plastic or stainless steel top rings, ensures a secure and airtight seal. Additionally, we offer customization options for diameter and collar extensions, making our bags adaptable to your unique needs. With a 1-year warranty and food grade testing, you can trust in the reliability and safety of our products.
How Can Our Filter Bags Benefit Your Business?
By choosing our 0.2 Micron Nylon Water Filter Bags, you're investing in a high-performance filtration solution that can handle processing capacities of up to 500L/Hour. The efficient filtration ensures minimal downtime and maximum productivity, saving you time and money in the long run. Whether you're in the food industry, chemical industry, or looking for water purification solutions, our filter bags are the ideal choice for reliable and effective filtration.
