Tell us about your liquid: select the liquid type, enter your operating temperature, viscosity, and system pressure. If your process involves strong acids, alkalis, oxidizing agents, organic solvents, or food-grade compliance requirements, select all that apply. Filter bag chemical compatibility is the single most important factor in material selection — this step ensures we rule out unsuitable options before making a recommendation.
Liquid properties
Any special chemical components? (multiple selection allowed)
Set your target micron rating, volumetric flow rate, and preferred filtration method (surface or depth filtration). Select your bag housing size — #1, #2, #3, or #4 — or choose Auto to let the tool recommend the most appropriate size based on your flow rate. You can also indicate your priorities: cost, service life, chemical resistance, hygiene compliance, filtration efficiency, or high-temperature performance.
Filtration target
What matters most for the filter bag? (multiple selection allowed)
Review your recommended primary material and alternative option, each with clear reasons based on your inputs. Bag size, filtration flux (L/m²·h), and any operating warnings are shown alongside the material recommendation. Use the buttons below the results to request a quote, run further flow or pressure calculations, or compare material specifications in detail.
The tool recommends suitable liquid filter bags based on your application, filtration accuracy, liquid characteristics, and operating conditions. It helps users quickly identify the most appropriate filter bag material, micron rating, and bag size without manually comparing multiple product specifications.
Standard liquid filter bags are available in micron ratings from 1 to 1000. For coarse particle removal, a 200 micron filter mesh is one of the most commonly selected options for industrial water filtration, cooling water systems, chemical processing, and wastewater treatment. Smaller micron ratings are typically used when finer filtration is required.
Mesh filter bags provide precise surface filtration and are ideal for retaining larger particles that can be visually defined. Felt filter bags offer depth filtration and higher dirt-holding capacity, making them suitable for applications with varying particle sizes or higher contaminant loads.
If you're searching for "how to change filter inserts", the process is generally straightforward. First, stop the system and release pressure from the housing. Open the filter vessel, remove the used filter bag, inspect the basket and sealing surfaces, then install a new filter bag of the correct size and micron rating. Finally, secure the housing and restart the system. Always follow the equipment manufacturer's maintenance instructions for safety.
The tool can help identify whether polyester, polypropylene, nylon, or PTFE filter bags are more suitable for your application. Recommendations are based on factors such as chemical compatibility, operating temperature, filtration efficiency, and expected service life.
EMAIL: sales6@incefiltration.com
Mobile/WhatsApp: +86 186 3308 5625
TEL: +86 (311) 8968 1588
TIME: Monday-Friday 8:00am - 5:30pm (CST)