English 
T: +86-17717097520
E: sales1@melko2015.com
E: sales1@melko2015.com
No.222 Xiangche Rd. Chedun Town Songjiang Dist. Shanghai China 201611
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Our range of Other Wound Filter Cartridges includes specialty and custom micron rating solutions designed for unique filtration challenges. This category features cartridges made from alternative materials like acrylic, rayon, or blended media to address specific chemical compatibilities, high viscosity liquid filtration, or specialized process requirements. If standard options don't meet your needs, our engineered wound filters provide the answer.
Tailored Material Solutions: We offer cartridges made from acrylic yarn and other synthetic materials to handle specific aggressive chemicals or solvents that may not be compatible with standard PP or glass fiber, providing a perfect match for your process.
Optimized for Viscous Fluids: Certain wound designs are engineered with larger flow channels to reduce the initial pressure drop when filtering high viscosity liquids like resins, adhesives, gels, and heavy oils, improving process efficiency.
Custom Performance Characteristics: These mixed media depth filters can be engineered to meet specific performance goals, such as achieving a custom capture efficiency or combining different filtration stages within a single cartridge.
Application-Specific Engineering: Whether for chemical processing or a unique industrial application, these cartridges are designed to solve a particular problem, offering a targeted approach to filtration.
Parameters vary widely by specific material and custom design. Please consult for details.
Specialty Chemical Filtration: Handling unique solvents, aggressive formulations, or precious chemical catalysts that require a specific, non-reactive filter media to avoid product loss or contamination.
Adhesive and Resin Production: Filtering viscous polymer solutions, epoxies, and sealants to remove gels and foreign particles without causing excessive pressure drop or shear.
Custom OEM Applications: Integrated into original equipment manufacturer's machines for filtration tasks specific to that equipment's function, requiring a bespoke filter solution.
The operation guide is highly specific to the cartridge design and application. Always refer to the product data sheet provided with your specialty wound filter.
General best practices include: slowly ramping up system pressure, pre-wetting the element if necessary, and monitoring pressure drop to determine replacement intervals.
Q: Can you create a custom micron rating?
A: Yes, we have engineering capabilities to develop and test cartridges to meet specific micron retention requirements. Contact our technical team with your needs.
Q: How do I know which specialty material I need?
A: Provide our team with details about the fluid to be filtered (chemical composition, concentration, temperature) and we will recommend the most compatible material.
Q: What is the lead time for a custom wound filter?
A: Lead times vary based on the complexity of the request. Standard specialty items may ship quickly, while entirely new designs require time for development and testing
Our range of Other Wound Filter Cartridges includes specialty and custom micron rating solutions designed for unique filtration challenges. This category features cartridges made from alternative materials like acrylic, rayon, or blended media to address specific chemical compatibilities, high viscosity liquid filtration, or specialized process requirements. If standard options don't meet your needs, our engineered wound filters provide the answer.
Tailored Material Solutions: We offer cartridges made from acrylic yarn and other synthetic materials to handle specific aggressive chemicals or solvents that may not be compatible with standard PP or glass fiber, providing a perfect match for your process.
Optimized for Viscous Fluids: Certain wound designs are engineered with larger flow channels to reduce the initial pressure drop when filtering high viscosity liquids like resins, adhesives, gels, and heavy oils, improving process efficiency.
Custom Performance Characteristics: These mixed media depth filters can be engineered to meet specific performance goals, such as achieving a custom capture efficiency or combining different filtration stages within a single cartridge.
Application-Specific Engineering: Whether for chemical processing or a unique industrial application, these cartridges are designed to solve a particular problem, offering a targeted approach to filtration.
Parameters vary widely by specific material and custom design. Please consult for details.
Specialty Chemical Filtration: Handling unique solvents, aggressive formulations, or precious chemical catalysts that require a specific, non-reactive filter media to avoid product loss or contamination.
Adhesive and Resin Production: Filtering viscous polymer solutions, epoxies, and sealants to remove gels and foreign particles without causing excessive pressure drop or shear.
Custom OEM Applications: Integrated into original equipment manufacturer's machines for filtration tasks specific to that equipment's function, requiring a bespoke filter solution.
The operation guide is highly specific to the cartridge design and application. Always refer to the product data sheet provided with your specialty wound filter.
General best practices include: slowly ramping up system pressure, pre-wetting the element if necessary, and monitoring pressure drop to determine replacement intervals.
Q: Can you create a custom micron rating?
A: Yes, we have engineering capabilities to develop and test cartridges to meet specific micron retention requirements. Contact our technical team with your needs.
Q: How do I know which specialty material I need?
A: Provide our team with details about the fluid to be filtered (chemical composition, concentration, temperature) and we will recommend the most compatible material.
Q: What is the lead time for a custom wound filter?
A: Lead times vary based on the complexity of the request. Standard specialty items may ship quickly, while entirely new designs require time for development and testing
